HMS Indus III (launched as Bellerophon, 1865)
HMS Indus III (launched as Bellerophon, 1865)

Royal NavyVessels

Browse RN vessels: A; B; C; D; E - F; G - H; I - L; M; N - P; Q - R; S; T - U; V - Z; ??
NameIndus III (launched as Bellerophon, 1865)Explanation
TypeCentral battery ironclad   
Launched26 May 1865
Builders measure4270 tons
Displacement7551 tons
Ships bookADM 135/42
Note1892 guard ship.
1904 = Indus III, training ship for stokers.
Snippets concerning this vessels career
28 March 1866
- 29 June 1867
Commanded by Captain Edward Tatham, Channel squadron
27 June 1867
- 11 June 1869
Commanded by Captain Reginald John James George Macdonald, Channel squadron
5 June 1869
- 1 April 1870
Commanded by Captain Francis Marten, Mediterranean
11 April 1870Commanded by Captain Augustus Chetham-Strode, Mediterranean
10 November 1871
- 11 March 1873
Commanded by Captain John Dobree McCrea, Channel squadron
14 October 1873
- 17 March 1876
Commanded (from commissioning at Portsmouth) by Captain Richard Wells, flagship of Rear-Admiral George Greville Wellesley, North America and West Indies
(17 February 1876)
- 20 October 1876
Commanded by Captain Hugh Campbell, North America and West Indies
15 March 1877
- 4 June 1878
Commanded by Captain John Arbuthnot Fisher, flagship of Astley Cooper Key on the North America and West Indies station
23 April 1878
- 22 March 1879
Commanded by Captain St George Caulfield D'Arcy-Irvine, flagship of Vice-Admiral Edward Augustus Inglefield on the North America and West Indies station
11 July 1879
- 24 February 1880
Commanded by Captain St George Caulfield D'Arcy-Irvine, flagship of Vice-Admiral Edward Augustus Inglefield then Vice-Admiral Francis Leopold McClintock on the North America and West Indies station
15 December 1885
- 20 October 1886
Commanded by Captain Charles Cooper Penrose-Fitzgerald, North America and West Indies
10 September 1886
- 1 April 1889
Commanded by Captain Bouverie Francis Clark
11 March 1889
- 29 April 1892
Commanded by Captain Charles Carter Drury
28 January 1893
- 4 July 1893
Commanded by Captain Charles Cooper Penrose Fitzgerald, Superintendent of Pembroke dockyard
1904Renamed Indus III
12 March 1904
- 6 August 1904
Commanded by Commander Arthur Parkinson James
Extracts from the Times newspaper
Th 22 October 1863The mechanics employed in the smithery at Chatham dockyard are now engaged in forging the first portion of the stem for Mr. Reed's new iron frigate Bellerophon, the next vessel to be commenced at Chatham, as soon as the iron ship Achilles is out of hand. The stem will be composed of three immense pieces of iron, and will be the largest forgings of the kind ever attempted at Chatham dockyard, the stem and stern portions of the Achilles having been manufactured by a private firm. In order to afford greater facilities for the work, and to meet the increased demand made on the establishment since the introduction of iron shipbuilding, the smithery is to be considerably extended, and, in addition to another large and powerful steam hammer, some new furnaces of an improved kind are to be forthwith erected. The object of the Admiralty in having the principal forgings for the new iron ship made in Chatham yard is to prevent a repetition of the delays which were experienced in the early stages of the construction of the Achilles, caused chiefly by the long time occupied by private firms in producing similar forgings for that ship. With the same object in view the form of the forgings for the Bellerophon have been greatly simplified under the personal direction of the Chief Constructor of the Navy, who has sent an Admiralty draughtsman to Chatham dockyard, where he has been engaged for some time in the preparation of the detailed drawings of the various parts of the new ship, in order that every practicable improvement may be made in carrying out the designs for her construction. There can be little doubt that this arrangement will tend greatly to facilitate the progress of the Bellerophon, and thus reduce the time and labour expended upon her construction. It will also, it is to be hoped, be the first step towards putting an end to those changes and alterations which have hitherto been so frequently made by the Admiralty during the building of new ships at Chatham and the other dockyards.
We 10 August 1864A number of the workmen employed on the iron frigate Achilles, 20, 1,250-horse power, at Chatham, have again commenced working extra hours, and are now employed each evening until 9 o'clock p.m., by order of the Admiralty. In anticipation of the mechanics employed on the iron-clad frigate Lord Warden, building at Chatham Dockyard, being required to work additional hours during the approaching autumn, the Admiralty have given directions for the necessary gasfittings to be erected at the slip on which the ironcased ship is under construction. The Achilles is expected to be entirely out of the hands of the dockyard officials by the close of the present month, when the mechanics still engaged on her will be transferred to the Bellerophon and Lord Warden, both of which will, it is believed, be completed and afloat by the end of the ensuing year. The Achilles commenced shipping her sails from the dockyard yesterday.
Tu 11 October 1864Yesterday the officers, seamen, and Royal Marines belonging to the iron frigate Achilles, 20, 1,250-horse power, Capt. E.W. Vansittart, who have been berthed on board the sailing frigate Gloucester, 50, in Chatham harbour, during the time the ironclad vessel has been fitting for sea, were turned over to the Achilles, the paddlewheel steamers Adder and Otter being employed in the work of conveying the officers and seamen from the one vessel to the other. Only a few mechanics now remain employed on board the iron ship, nearly the whole of the workmen having again resumed their duties at the dockyard, the ironclad frigates Lord Warden and Bellerophon employing the whole resources of the establishment. The Achilles was to be ready to take her departure from Chatham to-day; but late yesterday it was announced that she was not likely to get away from her moorings until to-morrow or the following day, when, according to existing arrangements, she proceeds to the Nore. There she will remain for a few days for the adjustment of her compasses and other matters, proceeding thence to Plymouth for the customary docking before leaving for her first cruise.
Sa 12 November 1864The following is the list of the vessels of the Royal navy which will be armed, and are now being armed, with the new description of 300-pounder and other guns in course of issue. The figures after each vessel specify the number of guns of the description mentioned she will carry. To mount the 12-ton 300-pounders:- Bellerophon, 10; Royal Sovereign, 5; Minotaur, 4; Scorpion, 4; Wiveren, 4; Prince Albert, 4; Agincourt, 4; and Northumberland, 4. To be armed with the 6½-ton guns:- The Achilles, 20; Black Prince, 20; Warrior, 20; Lord Warden, 20; Lord Clyde, 20; Royal Oak, 20; Prince Consort, 20; Royal Alfred, 20; Caledonia, 20; Ocean, 20; Minotaur, 18 ; Agincourt, 18; Valiant, 16; Zealous, 16; Hector, 16; Defence, 10; Resistance, 10; Endymion, 6; Mersey, 4; Orlando, 4, Pallas, 4; Favourite, 4; Research, 4; Enterprise, 4; Amazon, 2; Viper, 2; and Vixen, 2. To mount the 64-pounder muzzle-loader:- The Bristol, 12; Melpomene, 12; Liverpool, 12; Severn, 12; Arethusa, 12; Phoebe, 12;. Shannon, 12; Octavia, 12; Constance, 12; Sutlej, 12; Undaunted, 12; Impérieuse, 12; Aurora, 12; Leander, 12; Bacchante, 12; Emerald, 12; Phaeton, 12: Narcissus, 12; Forte, 12; Euryalus, 12; Topaz, 12; Newcastle, 12; Liffey, 12; Immortalité, 12; Glasgow, 12; Clio, 8, North Star, 8 [laid down 1860, cancelled 1865]; Racoon, 8; Challenge[r], 8; and Menai, 8 [laid down 1860, cancelled 1864]. The following will be supplied with the 64-pounder breech-loaders:- The Scout, 8; Rattlesnake, 8; Cadmus, 8; Scylla, 8; Barossa, 8; Jason, 8; Charybdis, 8; Wolverine, 8; Pylades, 8; Orestes, 8; Pearl, 8; Pelorus, 8; Satellite, 8; Acheron, 4 [laid down 1861, cancelled 1863]; Shearwater, 4; Valorous, 4; Furious, 4; Bittern, 4 [laid down 1861, cancelled 1863]; Magicienne, 4; and Columbine, 4. A supply of the 6½-ton smooth-bore 100-pounder wrought iron guns has already been received at Chatham, and it is understood that the first supply of the 300-pounder rifled 12-ton Armstrong gun may shortly be expected at the Ordnance wharf.
We 25 January 1865The Lords of the Admiralty have approved the machinery proposed to be adopted for working the large 12-ton 300-pounder Armstrong rifled guns with which the ironclad frigate Bellerophon, 14,1,060-horse power, is to be armed, and instructions have be given for one of the training machines to be immediately constructed from the plans submitted by Mr Reed, in order that it may undergo a variety of tests, chiefly with the view of ascertaining its capabilities of satisfactorily withstanding the shock of the discharge of the guns. Should the new machinery pass through this ordeal satisfactorily, it is intended to place one of the 12-ton guns, worked on the new principle, on board either the iron-clad frigate Pallas or Favourite, whichever can be first made ready for sea, in order that the application of the principle to monster guns worked at sea, under all circumstances of rolling, pitching, and other exigencies, may be carefully tested, and the results reported upon. In conjunction with the new plan of training guns of the largest calibre on board ironclad vessels of war, the Lords of the Admiralty have decided on testing the improved form of iron gun-carriage, the invention of Commander Scott, of the Royal Navy, on which it is proposed to mount the Bellerophon's guns, and which, judging from the models and plans exhibited at Chatham, seems to possess very great facilities for running the guns in and out, as well as for elevating and depressing them, as compared with the system hitherto in use in the service, The results of the trials, which are shortly to be made, are looked forward to with the keenest interest. It is believed that the working of ship's guns by machinery will inaugurate an entirely new era in naval gunnery, for should the results anticipated prove successful, of which no reasonable doubt exists in the minds of those qualified to form an opinion, the problem which has hitherto been the stumbling-block to the employment of monster guns at the broadside will be solved. The plans and drawings of the new machinery show the mechanism employed by Mr. Reed to be exceedingly simple, so that it will not readily get out of order, even in the hands of seamen. Another most important feature in the invention is that the apparatus by which the guns are to be worked will be placed below the gun deck and beneath the water-line, thus rendering it secure from injury by shot or shell. The only portion of it which will be seen on the gundeck will be a kind of steering wheel for each gun, by the aid of which some three or four seamen only will be able to shift it from side to side and train it with the utmost nicety in any direction. Although, however, every precaution will be taken to prevent the machinery becoming injured, the ordinary train tackles, &c., will be supplied to each gun in the event of any unforeseen accident. During the last few days the officials connected with the War-office to which department everything is confided relating to the armament of vessels of war - have made frequent inspections of the Bellerophon, in order to ascertain the extent of accommodation offered for the heavy armament intended for her, and it is satisfactory to know that from the manner in which that frigate has been built there is abundant room afforded at the broadside ports for ten of the 300-pounders which it is intended to place in the central battery, while arrangements have at the same time been made to enable her to carry a formidable armament at her armour-plated bow battery, the guns of which will fire in a direct line with her keel.
Tu 5 September 1865The mechanics and workmen employed in the erection of the shot-proof reconnoitring tower on the upper fighting deck of the iron-plated frigate Bellerophon, as well as those engaged on other parts of that frigate, yesterday commenced working until 10 o'clock at night, in order to expedite the work on which they are engaged, and to complete the vessel by the date fixed by the Admiralty - the 18th inst. The tower, upon which a number of mechanics are now engaged, is so far advanced that a fair idea may be formed of the appearance it will present when entirely completed. Already several of the 8-inch iron plates, rolled at the Cammell Company's works, have been fitted to the place they will occupy on the port and starboard sides, the fore and aft plates being two inches less in thickness, and the entire structure is expected to be completed during the present week. Already the position of the tower, as well as the structure itself, has been subjected to an unusual amount of criticism from the numerous scientific, nautical, and other visitors to the Bellerophon, while the criticisms themselves of those whose opinions are entitled to respect have been of an adverse character. Of the structure itself the opinion is unanimous that no modern gun yet invented, fired at a distance of not less than 1,000 yards, will make any serious impression on such a ponderous erection in the way of penetration; while, on, the other hand, should the fire of a single powerful gun be concentrated upon it the tower itself would in all probability be torn up from the deck. But the most serious objection raised is that relating to the position of the tower, which is placed a short distance abaft of the mainmast, and immediately adjoining the main hatchway of the engine room and machinery. Such a position is obviously one of the worst - if not the very worst - which could have been selected, it being clear that every shot aimed at the tower will, on striking the armour covering, rebound at an angle, and fall among the machinery below the hatchway appearing to be conveniently placed to facilitate such an occurrence. This singularly unfortunate position of the tower has been on more than one occasion pointed out in The Times, and the attention of the Admiralty directed to it from other quarters, but no steps have been taken to remove it to a spot on the deck where its presence would be free from the objection urged against its present situation. The engines for the screw steam launch, which is now being constructed at Chatham for the Bellerophon, arrived from Messrs. John Penn and Sons' establishment, Greenwich; where they have been manufactured, yesterday, and during the day were landed at the dockyard. They are on the double screw principle, and are similar in design and construction to those supplied to the screw launch for the Bombay, and lost with that vessel. In the new engines, however, several improvements have been effected, the machinery itself occupying a much smaller space. The engines, complete, weigh about three tons, and they can be easily lifted in and out of the launch when required. The most important feature connected with them is the employment of the double screw, each screw being driven by its own independent shafting, which thus enables either to be worked in contrary directions. The engines are on the high pressure principle, which allows of their being worked up to about ten times their nominal horse power. The screws are each four-bladed, with a diameter of 2ft., each being set at a pitch of 3ft. 4in. The number of revolutions at which they can be driven is rather more than 200 per minute. The Bellerophon is fitted with a four-bladed screw, on the Mangin principle, the same as supplied to the Achilles, and the work of fixing it has been completed. The entire weight of the propeller is 22 tons, the "boss" weighing rather more than 5 tons 10 cwt., and each of the four blades averaging in weight 3 tons 16 cwt. 3 qrs. The screw is set at a pitch of 22ft.
Th 7 September 1865Yesterday Mr. E.J. Reed, the Chief Constructor of the Navy, visited Chatham dockyard for the purpose of inspecting the progress made with the iron-clad vessels under construction at that establishment, especially the two armour-plated ships Bellerophon and Lord Warden, for the early completion of which every effort is now being made. Both vessels lie in adjoining docks, close to the factory, where the iron work and other materials used on board are being prepared. After transacting business in the offices of the master-shipwright, Mr. Reed visited the Bellerophon, the most forward of the two ironclads, on which all the available workmen are employed. At the time of Mr. Reed's visit upwards of 1,000 workmen were employed in various parts of the Bellerophon, and under their exertions the frigate is rapidly approaching completion. The whole of the exterior armour-plating, as well as the plates forming the bulkhead protecting the gun-deck battery, are fixed, the iron decks laid, and the ordinary planking in its place. Between decks all is bustle and activity, and it is here that the principal work now remains to be executed. The large 300-pounder smoothbore gun deposited some weeks since on the main deck for experimental purposes, with Mr. Reed's machinery for training guns of this description, still encumber the deck, awaiting the inspection of the Lords of the Admiralty, who will then decide as to the adoption of the machinery for each of the other 300-pounders the Bellerophon will mount. Mr. Reed also visited the iron-clad frigate Lord Warden, the fitting of which is being proceeded with, although the work is not being pushed forward so energetically as in the case with the Bellerophon. The 5½-inch broadside plates below the water-line of the frigate are already fixed, and the operation of fixing the remainder of the plates is now being proceeded with. The machinery for the Lord Warden is now being fitted on board by Messrs. Maudslay, Son, and Field, the contractors, the principal portion being already fixed in its place. There is still several months' work remaining to be executed on board before this frigate will be out of hand and ready for her first commission. Mr. Reed was occupied in his inspection until late yesterday afternoon, when he returned to the Admiralty.
Fr 22 September 1865Yesterday Her Majesty's iron-clad frigate Bellerophon, 16, of 4,270 tons burden, entered on the preliminary official trial of her machinery, to enable the Admiralty officials to ascertain her rate of steaming at light draught. The steam-tender Adder, Master-Commander W. Blakey, left Chatham Dockyard yesterday morning with the officials, under whose superintendence the trials were to take place. These included Capt. W.H. Stewart, C.B., superintendent of the dockyard; Capt. Tatham, of the Bellerophon; Commander Stokes, Mr. Reed, Chief Constructor of the Navy; Mr. Dinnen, of the engineer department of the Admiralty; Professor Woolley, LL.D., Mr. Thornton, master shipwright; Mr. Baker, chief engineer and inspector of machinery afloat; Mr. Barnaby, assistant constructor of the navy, and other officers. By 10 o'clock the Bellerophon was reached, lying inside the Nore with her steam up, ready for starting. At this time her draught of water forward was 16ft. 4in., and aft, 23ft. 6in., the quantity of coals on board being 174 tons, and other stores about 50 tons. Her screw was set at a pitch of 21ft. 8¼in., with the immersion of the upper edge of 1ft. 11⅜in. The weather was exceedingly unfavourable for the trial, the wind blowing strong with a force of four to five, which threw it into foam round the ship. At first it was considered that the trial had better be postponed, but it was at last determined to proceed, mainly from the anxiety evinced by the engineers. The firm of Messrs. Penn and Son was represented by Mr. Matthews, and the engines were in charge of Mr. Wigzell. On starting from her moorings the displacement of the vessel was ascertained to be 5,600 tons. The engines were found to work very satisfactorily, although steam had only been got up for the first time on Tuesday. The Bellerophon was soon advancing at a high speed, and throwing up a great wave at her bow. This arose from the water meeting the long projecting submerged stem. On reaching the measured mile at the Maplin Sands, it was determined to test the vessel, although at the time the screw could only be brought to realize a maximum of 53 revolutions, while the contract guaranteed that the revolutions were to be 70 per minute, but at no time yesterday were 60 revolutions reached. After a slight delay four runs were taken with the following results:- First run, time, 3min. 57sec.; speed, 15·190 knots; steam, 22lb.; vacuum, 26½; revolution of engines, 59; second run, 4min. 54sec.; speed, 12·245 knots; steam, 22lb.; vacuum, 26; revolution of engines, 58; third run, 4min. 9sec.; speed, 14·457 knots; steam, 22lb.; vacuum, 26½; revolution of engines, 57½; fourth run, 4min. 39sec., speed 12·903 knots; steam, 21lb.; vacuum, 26; revolution of engines 55½. The above readings would give an average speed of 13·698 knots, but from the circumstances stated, and from the fact that the engine showed a falling off in the working of the screw after each run, no proper estimate can be formed of the true speed of the vessel. At the close of the fourth run it was found that so many circumstances militated against the trial, among others inferior coal, that it was determined to discontinue the speed trial, and some experiments were then made in testing the steering of the frigate. The adoption of the balanced rudder on board a vessel of the Bellerophon class was at first considered to be a doubtful experiment, but the results of the trials made yesterday were in the highest degree satisfactory. With the helm at port, and the angle of the rudder 32 deg., the helm was put over in four turns by eight men in 23 secs., and the complete circle accomplished in 4 min. 30 secs., and the half circle in 1 min. 50 sec., with the helm to starboard the rudder was brought to an angle of 37deg. by 8 men in 25 sec. The value of the balanced rudder in a vessel of the Bellerophon class, which is required to steer readily to enable her broadside battery guns to be worked with advantage, will be apparent when, in the case of the Warrior, for instance, the average time in making the circle is eight minutes. At the close of the experiments with the steering gear it was decided to abandon the further trials till to-day, and the Bellerophon was moored alongside the Ocean, coal-ship, in readiness to proceed on her speed trials this morning. In the meantime she will be supplied with a fresh quantity of hand-picked Welsh coals for her furnaces.
Sa 23 September 1865 The iron-clad frigate Bellerophon, 16, 1,000-horse power (nominal), resumed, and brought to a conclusion, her official full-boiler trials of speed at the measured mile, Maplin Sands, yesterday, the conditions under which the trials were made on this occasion being far more favourable than on the previous day. Owing to various circumstances, the causes of which became apparent yesterday, the engines, although satisfactorily performing their work, could not drive the frigate through the water during the preliminary trials on Thursday at a greater speed than a little over 13 knots per hour. During the trials yesterday, although this speed was exceeded, it was nevertheless not what had been anticipated by her designer and builders. The officials who conducted the trials left Chatham Dockyard at 9 o’clock yesterday morning in the paddlewheel steamer Adder, Mr. W. Blakey, Master-Commander. These included Mr. Reed, Chief Constructor of the Navy; Mr. Dinnen, Inspecting Officer of the Steam Branch; Capt. Tatham, of the Bellerophon; Capt. Stokes, Queen’s Harbour-master; Mr. Baker, Chief Engineer and Inspector of Machinery; Mr. Tucker, Inspector of Machinery Afloat; Mr. Thornton, Master Shipbuilder, and the officials connected with his staff; Mr. Barnaby, Assistant Constructor of the Navy, and others. During the night the Bellerophon had received about 100 tons of the best Welsh coal in her bunkers, one cause of the unsatisfactory nature of the results, as regards her speed, on the occasion of her trial on Thursday being the inferior quality of the coal supplied to her. On the Bellerophon being reached at her moorings near Saltpan Beach, at the entrance to Chatham harbour, she was ready with her steam up, and after receiving Capt. Randolph, commanding the Steam Reserve, and the other officials on board, she at once steamed towards the Nore with her head laid for the Mouse light. The firm of Messrs. Penn and Son, the makers of the engines, was again represented by Mr. Matthews, and the machinery during the day's trial was under the management of Mr. Wigzel. The weather yesterday was all that could be desired for the trial, the wind, which on Thursday was blowing half a gale from the north-westward, having moderated to a force of between 2 and 3. At this time the frigate's draught of water was slightly in excess of that on the previous day, her forward draught, being 16ft, 6in., and that aft 23ft. 6in.; pitch of screw, 21ft. 8¼in; diameter, 23ft,, with the upper edge out of the water 1ft. 11⅜in. On running down past the Nore the engines were found to be doing their work most satisfactorily, there being abundance of steam, although, from causes which soon became evident, the screw could not be made to revolve more than 58 times per minute, which appeared to be the maximum. The vessel's displacement was 5,630 tons, or less than 1,000 tons of her true displacement when at her deep draught. With all the attendant, favourable circumstances stated, the Bellerophon was placed on the measured mile for her full-speed trials, and seven runs were taken with the following results:— First mile — time, 5 min.; speed in knots, 12·000; steam, 22lb.; vacuum, 26½in.; revolutions of screw, 57. Second mile — time, 3 min. 57 sec.; speed, 15·190 knots; steam, 22lb.; vacuum, 26in.; revolutions of screw, 58. Third mile — time, 4 min. 59 sec.; speed, 12·040 knots; steam, 23lb.; vacuum, 26in.; revolutions of screw, 56. Fourth mile — time, 3 min. 56 sec.; speed, 15·254 knots; steam, 24lb.; vacuum, 25in.; revolutions, 58. Fifth mile — time. 4 min. 56 sec.: speed, 12·162 knots; steam, 24½lb.; vacuum, 26in.; number of revolutions, 57. Sixth mile — time, 4 min. 1 sec.; speed, 14·938 knots; steam, 24lb.; vacuum, 26in,; revolutions of screw, 58. Seventh mile — time, 4 min. 47 sec. ; speed, 12·543 knots; steam, 24lb.; vacuum, 26in.; revolutions, 57½. Rejecting the first of the runs, so as not to interfere with the calculations, the first means of the above figures will be 13·615, 13·647, 13·708, 13·550, and 13·741 knots; and the second means 13·631, 13·677, 13·629, and 13·645 knots, giving the true mean speed of the ship as 13·645 knots per hour. With regard to the fact of the Bellerophon not having made a minimum speed of 14 knots per hour on her trial, as was intended by her designer, the causes must be sought for in various quarters. Chief of them is undoubtedly the character of the screw. When the Bellerophon was designed it was never intended to fit her with a four-bladed screw only a little smaller than that supplied to the Minotaur, which is 100ft. longer, and driven by engines of one-third greater horse-power. The mistake made in this respect was painfully apparent during the trials yesterday, the engines, although working to their utmost, being only capable of driving the monster screw at a maximum rate of 58 per minute, although it was always intended that the Bellerophon should be furnished with a screw propelled at the rate of 70 revolutions per minute. The pitch, too, was found after the first few minutes' steaming to be bad. Under all the comparatively unfavourable circumstances, therefore, the trials yesterday will allow a fair estimate to be formed of what the Bellerophon will do when fitted with a screw adapted to her size and the character of the machinery placed in the vessel to drive it. It will also be necessary to set the new screw at a pitch of about 20ft, to arrive at anything like satisfactory results. There is no doubt whatever that when the alterations now pointed out are effected the Bellerophon can approach to, if not exceed, 15 knots per hour, her engines being all that can be desired. At the close of the trials yesterday the Bellerophon steamed up into Chatham harbour at a rate of 10 knots an hour, a vessel of her size never having entered the dockyard at such a rate before.
Ma 25 September 1865The recent trials of the iron-clad frigate Bellerophon, which have been, briefly reported in our Naval Intelligence from day to day, have resulted in one of the most extraordinary phenomena ever developed since the introduction of steam propulsion. For three days in succession this ponderous ship has been steaming about at the entrance to the Thames and Medway under circumstances for which all the science of the day vainly attempts to account, and which baffles those who have designed, built, and put engines into the ship, no less than the nautical gentlemen who had charge of her during her trials. In technical language the phenomenon in question is denominated "negative slip," but in common parlance it is spoken of at a case of the ship overrunning the screw, which in this instance has occurred to an altogether unexampled degree. We may state the case in the simplest manner to the general reader by saying shortly that, although throughout the trials of this ship, while the screw propeller which drives her has been itself advancing with a speed barely, if at all, exceeding 12¼ knots per hour, the ship herself has been speeding through the water at a rate of 13¾ knots. If a phenomenon of this nature had occurred with a light vessel constructed with exclusive regard to fleetness it would obviously have been a singular circumstance, but for it to happen with an iron ship of war of the stoutest construction, covered with the most ponderous armour ever yet applied to a seagoing ship, and carrying a greater weight of it on a hull only 300ft. long than the Warrior carries on a hull nearly 400ft. long, is a most unexpected and unaccountable circumstance. This over-run of the screw by the ship has happened before in a less degree even in some of our iron-clad ships, but up to the present time people have steadfastly refused to believe in it, and have resorted to many ingenious devices by way of accounting for it. The first and most obvious explanation was to attribute it to errors of calculation or measurement; another was to attribute it to obscure tidal influences, and this was favoured by the circumstance that it has been most frequently observed on the measured mile at Stokes Bay, where two high and two low waters are said to happen each tide, the one resulting from that portion of the Atlantic tidal wave which finds its way through the Needles Channel at the west end of the Isle of Wight, and the other from the portion which flows in round the eastern end of that island, A further explanation was sought for in the fact that the screw propeller of a ship works in a wave of water which is following her, and which thus adds to the real speed of the screw through the water — an explanation which is untenable because it would require that screw ships with full after bodies would give the best results in steaming, whereas it is well known that they invariably give the worst. But perhaps. the most popular explanation of all is that of assuming that the blades of the screw propeller bend under the resistance of the fluid, and thus become for the time being different screws, having a greater velocity in advance than when at rest. This explanation appeared to receive an extraordinary confirmation in the Achilles, the first iron-clad frigate which was found to overrun the screw, for on docking the ship after her first trials it was found that the blades had actually bent forward and grazed the sternpost of the ship. The explanation proved insufficient, however, for on trying the ship again with stronger blades, the bending of which was out of the question, nearly the same overrunning of the ship was found to happen. In the case of the Minotaur also, the trials of which at Stokes Bay were recently reported in great detail in The Times, the speed of the ship somewhat exceeded that of the screw. The Achilles and the Minotaur are, however, extremely long ships, with water-lines as sharp as those of a river steamer, and the excess of the ship's speed over that of the screw fell in every instance short of a knot per hour. It is the occurrence of the same phenomenon in a far greater degree in a short ship like the Bellerophon, and its repetition day after day under circumstances which set all the popular explanations at naught, that give the recent trials so much importance, and impose upon our shipbuilders and engineers the duty of thoroughly investigating and accounting for its existence, If, in addition to being a short ship, the Bellerophon had not possessed what in nautical parlance is known as a very "clean run" aft, the old explanation of the following wave might again have been adduced in this instance; but the form of the ship's after body is as tapering as that of the Minotaur, and is wholly incompatible with this mode of accounting for what has happened. If this subject possessed only an abstract scientific interest we should not have taken this notice of it, but it exercises so practical and immediate an influence upon the speed of our ships that it is calculated to excite the most general interest among engineers and shipbuilders, and throughout the navy; for it is found that with screw propellers that thus lag behind the ships which they are driving a most injurious drag is put upon the engines. The engines put into the Bellerophon are designed expressly to revolve rapidly, and the ship was taken down the river on trial with the understanding that the screw would have been turned round about 70 times per minute, thus developing 6,000 indicated horse power. Instead of this, to the astonishment and disappointment of everybody on board, and of no one more than the engine-makers themselves, who are men of the greatest eminence, the drag of the four-bladed screw was found to be so great that not even 60 revolutions could be secured, even when all idea of using the steam expansively was abandoned and it was allowed to rush with full force into and through the cylinders. A great waste of steam was thus of course occasioned, and consequently scarcely 5,000-horse power, instead of 6,000, was developed. The wonder is that under such circumstances the high speed of 13¾ knots was attained, and the fact that it was is the best possible guarantee that a speed of more than 14 knots will be secured in this remarkable ship when the full power of her engines has been developed with a different screw. The peculiarity of the screw at present applied to the ship is not limited to the number of its blades. Each of these four blades is formed with two faces standing at an angle of inclination to each other, in order that each half of it may impart a different velocity to the water, somewhat upon the principle of the differential screw propeller invented many years ago by Professor Bennett Woodcroft, of the Great Seal Patent-office. The Bellerophon's screw really has eight blades, in fact, arranged in four pairs, and as the diameter of the whole is no less than 23ft. 6in., the drag which it puts upon the engines must be truly enormous. So far as we can learn, neither the designer of the Bellerophon nor the Admiralty approve such a propeller being applied to the ship, and after the trials of last week it is hard to believe that the engineers will care to insist upon its use. It is understood, however, that one other trial is to be made of it, with its blades set to a different pitch, as soon as possible, and if the result then secured be not satisfactory, a two-bladed Griffiths screw, like that of the Warrior, will be fitted to the ship. It is understood that this is what Mr. Reed would prefer, not only on account of the steaming qualities of the ship, but because of the serious obstruction to the speed of the ship under canvas which the four-bladed screw must necessarily present. The Bellerophon will be a full-rigged sailing ship as well as a high-speed steamer; but it is not to be expected that any amount of sail-power would suffice to propel her rapidly through the water if subjected to the drag of a screw which lags so much behind the ship, even when it is itself the propelling agent. The extreme handiness of the Bellerophon under the action of her novel form of rudder affords the strongest possible inducement to disembarrass her as much as possible from the hindrance of an improper form of screw. Her rudder is on what is known as the "balanced principle," being pivoted near the middle instead of at its forward end, as usual. It is coming into use rapidly in America, and was tried in the Great Britain steamship in this country many years ago. For some cause or other, however, it was prematurely abandoned, like many other useful things. With the exception of an experimental trial in a small gunboat at Devonport, under the direction of Capt. Astley Cooper Key, R.N., C.B., it has never before been applied to a British ship of war, and it certainly was a very bold experiment to apply it at once in so large and powerful a ship as the Bellerophon. That ship, however, being of iron, and very strongly built, afforded a really favourable opportunity for its trial on a large scale, and the success attained is most remarkable. It is true the Bellerophon has been designed expressly with a view to handiness, being made short, and of a light draught of water forward expressly for this purpose, and she would no doubt have steered remarkably well with an ordinary rudder. But it is to the adoption of the balanced principle that the extreme ease with which the helm is handled is due. On Friday last Capt. Randolph, R.N., who had charge of the ship, and Mr. Reed, themselves took the steering wheel with the ship at full speed, and steered her easily without assistance. At Portsmouth, on the Minotaur’s trial, it required 60 men to put the rudder over 31 deg., and they were 1 min. 4 secs, in doing it. On Friday eight men put the Bellerophon's rudder over 37 dog. in 20 sees. The Minotaur, with 60 men, turned a circle in 7 min. 15 secs.; the Bellerophon, with eight men, turned it in 4½ min. The Minotaur turned the first half circle in 3 min. 47 secs,; the Bellerophon in 1 min. 50 secs. Even these figures will scarcely enable the reader to fully realize the handiness of the new frigate; but few will be at a loss to understand it when it is stated that while the Admiralty have at length been compelled to build new and powerful steam tugs in order to enable the Warrior and other long iron-clad ships to be got into and out of Portsmouth and Devonport harbours, the Bellerophon, after the completion of het trials on Friday, steamed, without the aid of tugs, not merely into Sheerness harbour, but pursued her way at a speed of 10 8-10 knots (by log) along the 14 miles of the river Medway's winding course, threading her way among the long succession of hulks which encumber that narrow and tortuous stream, never stopping her engines for a moment until she reached the sheer-hulk off Chatham Dockyard, to which she was secured for the night. This achievement was one of national interest, and much credit is due to Capt. Stokes, the master attendant of the dockyard at Chatham, who had charge of the ship after Sheerness was passed, for affording so striking an illustration of the steering capabilities of our latest iron-clad frigate.
Th 28 September 1865


Sir,— In your naval intelligence of yesterday I notice your remarks respecting the negative slip of screws.
I believe the reason of the negative slip, which I have experienced considerably in large steamers with four-bladed screws, is that the screw propels a larger body of water from it than is required to overcome the resistance of the vessel in passing through the water at the same speed as the screw, and that the vessel must therefore pass through a greater space of water than is due to the travel of the screw to supply the superabundance of water thrown backwards by it. This, of course, involves an increase of speed of the vessel in proportion to the increased quantity of water required to supply the screw.
I may not have explained my views very clearly, but I think you will perceive what my idea on the subject is.
I am convinced that the effect of negative slip on the engines is very bad.
I am, Sir, yours obediently,
Sept. 26.
Fr 29 September 1865


Sir,— In reference to the observations of your correspondent "Z." on the phenomenon of what is professionally termed the "negative slip" in screw steamers, which was apparent in so remarkable a degree during the recent speed trials of the iron-clad frigate Bellerophon, permit me to remark that the theory according to which he attempts to explain the seemingly unaccountable paradox of a large screw steamer actually forcing her way through the water at a speed greater than she is driven by her propeller can scarcely be the correct one, inasmuch as the same result would arise, to a more or less extent, in the case of all steam-vessels driven by screw, although probably in a greater degree in steamers propelled by the four-bladed screw. The contrary, however, it is well known, is the actual fact; what is known as "positive slip," or a screw overrunning the ship, being the almost invariable rule; and the opposite, or "negative slip," being the equally nearly invariable exception, one of the earliest instances of the circumstance being observable in the case of the Arrogant, in which the amount of "negative slip" was scarcely over one per cent., although instances subsequently occurred as high as 17 per cent, of "negative slip" being obtained. The further theory of the vessel being acted upon by invisible currents is, I would submit, equally untenable, as in the case of the Bellerophon the phenomenon was observable during each run over the measured mile, when tidal influences of the nature adverted to would of course be entirely out of the question, as having no effect whatever in the production of the results obtained.
The more correct theory would appear to be that already pointed out — namely, that the tremendous force brought to bear on the powerful four-bladed propeller, taken in conjunction with the rapidity of its revolutions, causes, in effect, a possible deflection of the screw blades, standing, as they do, at a different angle to each other, the water impinging on which imparts to them a power in excess of that obtainable under the recognized method of calculation.
Whatever theory, however, may be adduced to account for the novel results achieved by the Bellerophon, the whole subject of "negative slip" is one of paramount, and it may be said of national, importance at the present moment, when the great object of our naval engineers is to produce machinery that shall propel a given mass through the water at the highest possible obtainable rate of speed, with the minimum loss of power in the propelling force, Without entering upon the still larger question of the form and character of the Bellerophon, and the possible effect these may have had in the production, to a more or less extent, of the results arrived at, the fact of a vessel having been constructed which on the occasion of her very first trial overran her engines by considerably more than a knot an hour, possesses a more than passing interest, when it is recollected that in any future naval combat victory will undoubtedly incline to that vessel which can steam a fraction of a knot an hour over her antagonist, and that, too, irrespective of massive armour-plating or monster rifled ordnance.
I am, Sir, your obedient servant.
Sept. 28,
Ma 16 October 1865The ironclad frigate Bellerophon, 16, 1,000-horse power, in dock at Chatham, fitting, has had her four-bladed screw taken out preparatory to being fitted with a two-bladed Griffith propeller now being manufactured for her, with which she will again be tried at the measured mile, Maplin Sands. No relaxation has taken place on the part of the workmen engaged on this vessel in completing her, the hands being still engaged working on board until a late hour each evening, while gas is laid on to every part of the vessel.
Sa 4 November 1865The work of fixing the light iron head to the ironclad frigate Bellerophon, 16, 1,000-horse power (nominal), is being carried out in No. 3 dry dock at Chatham. In addition to clearing the forecastle of the seamen's closets, hammocks, &c., the new head will possess the great desideratum of serving as a cutwater to divide the tremendous wave which the ponderous under-water, cleaver-shaped prow ploughs up when the frigate is being driven through the water at full steam, and which was so apparent on the occasions of the recent speed trials of the Bellerophon, when the water was thrown up in a comparatively smooth sea as high as her hawse-pipes. The iron head, which fills up the space caused by the projecting prow and the receding stem, will be purposely kept short, so as not to weaken the effect of the blow which the Bellerophon would deliver against an enemy under ordinary circumstances, while, at the same time, it would be easily crushed up in the event of a very violent collision. Provision for the additional head was made in the original designs for the frigate received at the dockyard, should it be found desirable to adopt the same. The screw-blades of the four-bladed propeller have been unshipped, and their pitch altered to one of 18 feet 6 inches. It is also intended to fit the frigate with a two-bladed screw, now being prepared for her, but it is not expected that the new screw will be completed and fitted in sufficient time to enable the frigate to be ready for another trial of her machines by the approaching springs.
Sa 2 December 1865Instructions have been received at Chatham directing the whole of the 12½-ton 300-pounder smooth-bore Armstrongs, with which the ironclad frigate Bellerophon, 1,000 horse-power, is to be armed, to be worked by means of the machinery invented by Mr. Reed, the Chief Constructor of the navy. It has been already fitted, for experimental purposes to one of the guns on board the Bellerophon, on which the invention has been submitted to a variety of tests with the most satisfactory results. The machinery by which each of the guns and its fittings, together weighing 17 tons, are manoeuvred is exceedingly simple, and by its means two seamen can train the gun in less than a minute. Not the least important and valuable feature in the invention is that the mechanical arrangements by which the gun is worked are placed below the gun battery. They are thus removed from injury by a hostile shot. It had been intended to have the Bellerophon completed in readiness for undocking by the end of the present month; but an order received at Chatham directs the date for her completion in readiness for being floated out of dock to be altered to the 31st of January. There is still a large amount of work to be completed on board. The riggers have set up a portion of the wire-standing rigging, and are now preparing the running gear.
We 20 December 1865The mechanism for working each of the 12-ton 300-pounder Armstrong guns, with which the Bellerophon, 14, 1,000-horse power, is to be armed, is now in course of construction in the factory department at Chatham dockyard, the manufacture of the machinery being urged forward in order that it may be completed by the date the Bellerophon is ordered to be ready for undocking — the 31st proximo.
Tu 2 January 1866The Minotaur iron frigate had her fires lit yesterday morning, preparatory to steaming out of Portsmouth harbour for Spithead and Portland, on her experimental gun-carriage testing cruise. Suddenly, however, on the steam reaching about 12lb. pressure in the boilers, one of the condensers was discovered to be seriously cracked. Steam was then let down, and, for some days at least, the Minotaur cruise must be deferred. Let the damage be less or greater than is now anticipated, it is not improbable that the Minotaur may not now be despatched on this cruise at all, as with the accident to one condenser an examination will necessarily follow into the condition of both, and this may lead to the substitution of another vessel, especially as there happens to be a very suitable one available in the Bellerophon, Capt. E. Tatham, ordered round to Portsmouth from the Medway to complete her trials of speed at the measured mile in Stoke's Bay. The accident to the Minotaur's condenser is just one of those accidents likely to occur to a ship's machinery which no ordinary precautions would apparently have prevented, and for which, therefore, no person or department can now well be blamed. In addition to the three 12½-ton guns mounted on their competitive carriages the Minotaur has also received since our notice of the ship, with the guns and carriages, in The Times of the 12th ult., one 6½-ton 7in. rifled wrought-iron muzzle-loading gun, mounted on a wooden carriage and slide of the ordinary Admiralty pattern, for experimental firing. A report upon it will be drawn up by Capt. A.C. Key, C.B., altogether independent of his report on the competitive 12½-ton competitive gun carriages. This 6½-ton gun is the weapon known a short time since as the Frederick gun, we presume as a compliment to Rear-Admiral Frederick. It is, however, in fact, the Woolwich manufactured wrought-iron coil gun fitted with a seven-inch steel tube, rifled on what is known as the Woolwich system. It has been adopted by the Admiralty as the gun of minimum calibre for the broadsides of our ironclads under the new system of armament, as the 12½-ton gun is at present fixed upon as the maximum weight for broadsides. In accordance with these arrangements the Warrior will carry 32 of the 6½-ton guns, but none of the 12½-ton guns; the Royal Alfred her formidable complement of ten of 12½ tons and four of 12½ [sic; I assume this should be '6½'] tons. The Minotaur, according to present arrangements, will only carry four of the 12½-ton guns on her broadsides, the remainder of her armament being composed of the 6½-ton guns. This apparent disproportion between the armaments of the converted wooden ship Royal Alfred and the massively iron-built Minotaur is owing to the fact that the broadside ports of the latter are only built to carry four of the larger guns, the remainder having been constructed for the smaller, and a reconstruction of the ports could only now be effected at immense cost and sacrifice of time.
Sa 6 January 1866In designing the massive shotproof turret, which has been constructed on the weather deck of the ironclad frigate Bellerophon, Mr. Reed proposed to enclose the engine-hatchways and the other hatchways in proximity to the tower with shell-proof gratings, and hatches to prevent shot and shell on rebounding from the sides of the turret falling among the machinery, and disabling the engines. Owing, however, to the amount of material worked into the Bellerophon since the occasion of her recent official trial being considerably more than was anticipated an Admiralty order, received yesterday at Chatham dockyard, directs all possible reductions in weight to be made on board without affecting the efficiency of the ship. In consequence of these orders it is now proposed to dispense with the intended shot and shell proof gratings and hatches, and to obtain sufficient security from falling missiles during the time the vessel is in action by means of guards, coverings, and other appliances constructed out of the ordinary stores of the vessel. A considerable additional weight has also been given the vessel by filling up the cellular spaces, being the inner and outer bottoms, or passages, with cement. The Admiralty order referred to now directs that no more cement is to be used for such a purpose, while much of that already appropriated will be removed, and the compartments between the two bottoms not filled up. The work remaining consists chiefly of fittings, nearly the whole of the purely mechanical work being completed. According to existing orders she is to be ready to be undocked by the 31st inst., by which date there will be comparatively little remaining to be completed on board. An examination of her machinery and engines by the officials of the dockyard has led to the discovery of a crack in one of her cylinder covers, caused, it may be remarked, from no defect in either the material or workmanship, but from pure accident. This defect will have to be remedied prior to the vessel leaving the dock, but it is not anticipated that any delay from this cause will arise, the engineer's staff being able to effect the necessary repairs before the date ordered for the frigate to be floated out of dock. The figure-head of the Bellerophon, a fine Grecian shield, has arrived at the dockyard from the Admiralty carvers.
Tu 23 January 1866Some alterations will take place in the armament of the ironclad frigate Bellerophon from that previously ordered by the Admiralty. In accordance with an order received at Chatham Dockyard, she is not intended to mount any of the 110-pounder Armstrong rifled guns at all. Their place will be supplied by three of the 6-ton rifled guns, of the Woolwich pattern, outside the gun battery. The orders given to the War Department for providing her guns now states that the Bellerophon’s armament will consist of ten 12½-ton rifled guns, each throwing a nominal 300-pounder shot, which she will carry on her shot-proof midships gun-battery; two 6-ton rifled guns at her bow battery, one 6-ton rifled gun mounted at her stern, and a 40-pounder ordinary Armstrong rifled gun for deck service. The whole of the 12½-ton guns mounted on her central battery will be trained and worked by machinery, which is now being manufactured at the dockyard, the mechanical appliances already tried with such satisfactory results in the case of the 12½-ton gun already mounted in the Bellerophon having shown that with a couple of seamen at the training gear, the gun may be brought round and placed at any angle of the arc in which she moves in less than a minute, the carriage and slides being moved with each gun. It should, however, be remarked that the machinery fitted to the ship's guns in the Bellerophon is only for training the guns, and has nothing in common with any mechanical appliances to enable 300-pounder guns to be cast loose, loaded, trained and fired with the vessel in a beam sea, and rolling to the greatest conceivable angle. Unless some simply-contrived machinery easily worked is combined with arrangements for rapid firing, the 300-pounder guns which are now being placed on board most of our ironclad ships will be worse than useless. It is for this reason that the forthcoming trials of the Minotaur are looked forward to with interest as deciding the practicability of working the heaviest kinds of ordnance by mechanical appliances under the most unfavourable circumstances of wind and weather.
Th 8 February 1866By direction of the Admiralty a mechanical appliance is to be fitted to the ironclad frigate Bellerophon, for the purpose of ascertaining the extent of roll of that ship when at sea. A similar contrivance will also be placed on the other vessels of the iron-clad squadron.
We 28 February 1866Orders have been received at Portsmouth dockyard by the Admiralty to complete the iron frigate Minotaur in her fittings for commission, irrespective of any future trials of the competitive gun-carriages, provision for which has been otherwise arranged. These future arrangements for the trials of the gun-carriages are understood to be the substitution of the Bellerophon for the Minotaur, and the Admiralty, in this change of ship, appear to have been guided by sound common-sense views in the endeavour to render the results of such important competitive trials as complete and exhaustive as may be possible. The Minotaur with her enormous bulk of hull - upwards of 6,600 tons - could never be given on any one of her recent trips into the Channel any motion exceeding an easy lateral swing of 10 degrees each way, which is useless for proving the comparative merits of broadside gun-carriages and their slides intended to mount 12½-ton guns It was found impossible to attain the necessary degree of quick lurching motion with the Minotaur in mere Channel waves, but with the Bellerophon - a vessel nearly 2,400 tons less in the size of her hull - it may be attained. The question will then be settled beyond possibility of doubt or cavil. There are also other reasons in favour of the trials being completed in the Bellerophon rather than in the Minotaur. The latter vessel is greatly deficient in space between the only ports she has fitted for fighting 12½-ton guns through, and she is also somewhat deficient in height between decks and elevation of her ports for such ordnance The Bellerophon has none of these defects. On the contrary, her battery and its ports have been expressly built and fitted for working the guns, and afford ample space for a trial of any mechanical appliances fitted for working them. She is also fitted with training gear designed by Mr. E.J. Reed, Chief Constructor of the Navy, which possesses the great advantage of being all fixed and worked on the deck below the battery, and therefore secure from danger in action, as well as not encumbering the gun deck. It also possesses the serious disadvantages of being very complicated in its parts, of great weight, and excessively costly, looking at it in relation to the simple end for which It has been designed; the training of heavy ordnance being the least of the difficulties that have to be met with and overcome in its adoption on the broadsides of our ships of war. Mr. Reed's plan being fitted, however, on board the Bellerophon will now have to stand its competitive trial with Commander Scott's gear as fitted to his carriage, with Mr. Lynn's gear as fitted to the Woolwich carriage, and with the gear of Mr. Cunningham as fitted to the Admiralty pattern wooden carriage. The iron carriage of one of the guns on board the Minotaur, and which was constructed in the Woolwich Arsenal, has been returned to Woolwich from the ship to be fitted with a different system of compressors, and when completed will be sent back to Portsmouth for trial in the Bellerophon. Sir William Armstrong's iron carriage, which has been manufactured at Elswick, is also expected to arrive at Portsmouth during the present week, and will enter the lists against the other carriages in the trials on board the Bellerophon. This carriage from Elswick is spoken of very favourably from its appearance, but any peculiar features of construction it may possess will be seen in a truer light when it stands on the deck of the Bellerophon in company with its rivals -- the Scott and the Woolwich Arsenal iron carriages and the Admiralty pattern wooden carriage. There can be no disputing the fact that with the cruises of the Bellerophon will commence the real trials of the iron gun carriages, the Elswick carriage only then entering upon the scene, and the Woolwich carriage having been virtually disabled on board the Minotaur by the inefficiency of the compressors. The trials will be of the highest importance, and their results will be watched with eager interest by all who study and value the efficiency of the Navy. For the fulness and impartiality with which they will be conducted the professional standing and reputation of the officer intrusted with their supervision - Capt. Astley Cooper Key, C.B., Governor of the Royal Naval College, and commanding the gunnery ship Excellent - are ample surety.
Sa 3 March 1866he ironclad frigate Bellerophon, 14, 1,000-horse power, Capt. Tatham, was floated out of No. 3 dock at Chatham yesterday afternoon, and safely moored in the harbour. It was at first feared that the rise of the tide in the harbour would not be sufficient to enable her to pass over the dock cill., but by 1 45 the water in the dock, aided by the north-easterly wind, had risen to a few inches lees than 25 feet, which gave about, 6 inches between the keel and the bottom of the dock, when the order was given to haul her out, and in about half an hour she was lying safely at her moorings abreast the dockyard. With the exception of some minor works which in a vessel of the Bellerophon's class will always be found necessary, even up to the moment of her departure, the frigate is as nearly as possible complete inboard and aloft. After coaling she will leave for Portsmouth.
Fr 9 March 1866The iron-clad frigate Bellerophon, 14, 1,000-horse power, Capt. E. Tatham, having received on board a supply of coals and had her compasses adjusted, was under orders to leave the Nore yesterday afternoon for Spithead, to which, she will be navigated by a number of seamen, engineers, and stokers belonging to the Medway Steam Reserve. Mr. W. Eames, assistant chief inspector of machinery at Chatham dockyard, will proceed round to Portsmouth with the Bellerophon to note the working of her machinery. During the time the Bellerophon has been lying in the Medway since being put out of dock she has been inspected by Vice-Admiral Sir Charles Talbot, K.C.B., Naval Commander-in-Chief, who expressed himself in unqualified terms of approval of the manner in which she has been fitted, and despatched from Chatham dockyard. On arrival at Spithead she will immediately commence her speed trials over the measured mile in Stokes Bay at light draught of water. The trials of this ship are looked forward to with great interest, as decisive of the true measure of value of the French bow as possessed by the ships Magenta and Solferino, and adopted by the English Admiralty in the Bellerophon.
Th 29 March 1866On Tuesday evening Mr. E.J. Reed, the Chief Constructor of the Navy, delivered a public lecture, by invitation of the committee of management, at the Mechanics' Institute, Chatham, on "The Construction of Ships to resist Shot and Shell." Besides the members of the institute and general public a large number of the principal naval and military officers connected with the port and garrison were present. After some introductory observations Mr. Reed proceeded to explain the manner in which the sides of the earliest of the vessels composing the ironclad squadron were constructed to enable them to resist the passage of shot and shell, instancing successively the Warrior, Minotaur, Lord Warden, and Bellerophon, each representing a different type of the iron-plated squadron. With regard to the trials which had taken place at Shoeburyness to test the resisting powers of targets constructed on the principle of the vessels named, it had recently been urged at a scientific meeting that the tests hitherto insisted upon were far too severe, the targets being subjected systematically to trials which would never be equalled in actual warfare, where the firing would be irregular, at greater distances, and with various degrees of obliquity. The Admiralty had, however, considered it the wisest course to find out the worst effects which could possibly be produced upon their ships, and in this respect they had acted most judiciously, while the results would prove that our officers and men would, in time of war, have the greatest confidence in their ships, and go into action with a degree of daring fully equal to that which in other times and under other circumstances won us the naval honour and renown we had so long enjoyed. After alluding to the form of construction of the Warrior, in which were embodied two subordinate but nevertheless important components — viz, the double skin plating above and below the line of ports and the external stringers upon the iron frames below the ports — Mr. Reed described the construction of the Minotaur, and the surprising nature of the results obtained in the experimental trials made on the Minotaur target, which differed from the Warrior mainly in the reduction of the wood backing, with an increase of equivalent weight in the armour. A single layer of 9-inch teak, with armour of 5½ inches thickness, formed its component parts, the frames and skin plating remaining about the same. For a long time it was supposed that this target had proved much inferior to that of the Warrior. while the departure from the system adopted in the Warrior was repeatedly condemned. Subsequently, however, the important fact was discovered that the wrong powder had been used in the trials against the Minotaur target, it having been ascertained that what was known as 2 A powder had been used with two out of the three rounds of 150lb. cast-iron spherical shot fired from the 10½-inch gun at the target, the effect of which was found to be to raise the striking velocity of the shot from 1,620 feet to 1,744 feet per second. This circumstance consequently invalidated all the comparisons which were made at the time of, and after, the trial, subsequent trials having proved the Minotaur, Agincourt, and Northumberland to possess far greater strength than had been at first supposed. Mr. Reed then passed on to consider the Bellerophon and the experiments made on the Bellerophon target, the principal feature in which consisted in extending throughout its entire structure the double skin plating and the external stringers previously introduced. By their adoption many important advantages were secured, the combined horizontal and vertical 10-inch frames, connected by the double skin of three quarter inch iron, constituting an enormously strong and rigid structure. After alluding to a variety of details connected with the Bellerophon and the leading features which rendered her superior to any of the ironclads which preceded her, Mr. Reed next gave some interesting details respecting the Lord Warden, and the improvements made in her construction. The most striking of these was the device of solidifying the frame in the wake of the armour, the chief advantage being that the frame of the ship was thus rendered solid, and the inside of the vessel fitted with a thickness of 2 feet 7 inches of solid timber behind the 4½-inch armour plating. Another important feature introduced in the Lord Warden and the Lord Clyde was the additional 1½ inch of iron placed between the frame and the outer planking of the ship, to prevent the passage of shell — the most important thing to guard against in the case of a wooden armour-plated vessel. Such a contingency was not thought possible at the time the Warrior was designed, but the improvements effected by Mr. Whitworth and Sir W. Armstrong demonstrated most clearly that shells could be made to penetrate the iron armour of armoured ships. It was therefore decided to give the sides an additional thickness of iron plating, and the results of the experimental trials subsequently made proved the soundness of the principle, the shells fired against the targets so constructed failing to pass through them. A similar plan was also to be adopted in the construction of the Hercules, which would carry a thickness of nine inches of armour-plating for several feet above the water-line, with a backing of teak varying from 12 inches to 16 inches. The Hercules would, however, be rendered still more capable to resist the passage of shot and shell through her sides by the addition of a double wood backing, supported by a second series of frames and skin plates The result of the improvements in the construction of the Hercules had been fully anticipated in the experimental trials recently made on the Hercules target at Shoeburyness, where it was only penetrated by two 600-pounder projectiles, each fired with 100lb. charges, both missiles striking upon the same spot, leaving no doubt whatever that the Hercules herself would be proof against any shot fired from any gun in the world. Mr. Reed, before terminating his address, briefly described the Monarch, double turret ship, about being commenced at Chatham Dockyard, and concluded by describing the several experiments made at Shoeburyness on the various descriptions of armour-plates and targets, the particulars of which have been given on various occasions in The Times.
Fr 14 February 1868OUR IRON-CLAD FLEET. — A return likely to be called for annually has been laid before Parliament, giving an account of our iron-clad fleet built, building, or ordered. The return, which is dated the 30th of August, 1867, contains a list of 31 ships then completed, 13 of them wholly armour-clad, and 18 partially. They are: — The Black Prince, 32 guns; Warrior, 32; Defence, 16; Resistance, 16; Achilles, 26; Hector, 18: Valiant, 18; Minotaur, 26; Agincourt, 26; Northumberland, 26; Royal Oak, 24; Prince Consort, 24; Caledonia, 24; Ocean, 24; Royal Alfred 18; Zealous, 20; Bellerophon, 15; Lord Clyde, 24; Lord Warden, 18; Penelope, 11; Pallas, 8; Favourite, 10; Research, 4; Enterprise, 4; Waterwitch, 2; Vixen, 2; Viper, 2; Royal Sovereign, 5; Prince Albert, 4; Scorpion, 4; Wivern, 4. Twenty-one of these ships are of more than 3,000 tons each. Six other ships were at the date of this return building; two to be wholly armour-clad, and four partially; the Hercules, just launched; the Monarch, 6 guns, to be launched in June; the Captain, 6, the Repulse, 12, to be launched in April; the Audacious, 14, in December; and the Invincible, 14, in March, 1869. All these six ships exceed 3,700 tons. Another, the Bellona, is ordered [and apparently later cancelled]. Lastly, there are the four wholly armour-clad batteries launched in 1855 and 1856, the Erebus, Terror, Thunderbolt, and Thunder; the three first of 16 guns, and the last 14, their tonnage ranging from 1,469 to 1,973. The first cost of the 31 iron-clad ships completed amounted in the whole to 7,284,294l. This includes fittings, but the accounts for some of the latter ships are not yet closed, and this sum does not include incidental and establishment charges. These last indirect charges, calculated in accordance with the recommendation of the Committee on Dockyard Manufactures, add about 35 per cent. to the gross direct charges for labour and materials expended upon each ship in the financial year 1864-65, about 51 per cent. for 1865-66, and the year 1866-67 is for the present estimated to show the same ratio of 51 per cent. These indirect charges have amounted, on the Bellerophon, to no less than 114,372l.; Lord Warden, 104.292l., with a further addition to follow: Royal Alfred, 69,999l., also liable to some addition; Lord Clyde, 66,964l.; Pallas, 61,076l. The most costly of the ships have been the Minotaur, 450,774l.; the Agincourt, 446,048l., both of them with unsettled claims for extra payment; the Northumberland, 433,130l., with the accounts not yet closed; the Achilles, 444,590l.; and the Hercules, estimated at 401,000l. Further sums have to be added to the cost of these ships for dockyard, incidental, and establishment charges.
Sa 28 November 1868That portion of the Channel Squadron which left Plymouth Sound on Thursday for Lisbon, consisted of the Minotaur, Defence, Penelope, Bellerophon, and Northumberland. The Warrior shipped her powder yesterday (Friday), and will follow shortly. The Helicon and Pigeon will probably leave to-day with despatches for the Admirals.
Tu 1 December 1868Her Majesty’s ship Helicon will sail from Devonport tomorrow morning, and will convey despatches for the Channel Squadron, consisting of the Minotaur, Bellerophon, Penelope, Northumberland, Defence, and Pallas.
Fr 26 March 1869


A report from Rear-Admiral Warden on the cruise of the Channel Squadron in June last has been laid before the House of Commons. The weather was too exceptionally fine to be favourable to the development of the qualities of the ships under trial. The squadron comprised eight ships. Rear-Admiral Warden reports.—
"Of all these the Bellerophon is the readiest and most easily handled under steam, and she has the most powerful battery under the thickest armour. Under sail she is slow and stows a small quantity of fuel, but is very economical in expenditure. Her principal defects as a fighting ship I consider to be, that the guns in her battery are placed too close together; the absence of upper deck armament, and the want of fire in the line of keel, under armour, as well as the inefficiency of the bow-gun, which is on the main deck. I do not believe that in chase of an enemy's ship she could, by any possibility, fire her bow-gun, the projecting bow helping the sea to roll up to, in, and on her main deck, flooding it and compelling the closing of the port. On one occasion, 30th of June, when steaming head to wind 5½ knots (force of wind 6), in reply to the signal, "Can you fight bow-gun?" the answer was "Yes, with closing the port occasionally." The absence of upper deck armament is, I presume, to be accounted for by the fact that the ship, as originally designed, was not intended to have any upper deck, and as is was an afterthought, it was not prepared to carry guns.
“The next class to be noticed is the Prince Consort and Royal Oak. They were built to serve a particular purpose, at what was considered a critical period. They were generally viewed as a makeshift, and being merely wooden line-of-battle ships cut down and armoured, they are not likely to be repeated. Nevertheless they have good qualities; they are armoured throughout, are powerful ships, handy under steam, from being short with good speed, and do sufficiently well under sail. Their consumption of fuel is very great. They roll very much, and so deeply that I am of opinion, now that ironclad ships are taking the place of wooden line-of-battle ships, it is worthy of all consideration whether it is not advisable to make them coastguard ships after putting them in a state of thorough repair in every respect; they might then last for years. Under existing circumstances, if they are much at sea, it is not to be expected that they will be worth repair at the expiration of their present commission.
"I now come to the Defence and Pallas. The former is a very handy ship under sail, especially with her screw raised, is very economical in her expenditure of fuel, but an indifferent performer under steam. A proof of it may be found in the fact that on the 30th of June, when practising evolutions, force of wind 5, squadron steaming 5½ knots, head to wind with a slight easterly swell, when she lost her station some little distance, she was utterly unable to regain it, although she was making 54 revolutions by signal. On her trial at the measured mile, in March, 1862, 62 revolutions gave her a speed of nine knots, according to the official record. In fact, she never did get into her place, and the evolution was not completed. As the experiments now taking place on board the Pallas are to be made the subject of special report, I need not further advert to them in this place, nor do I think it necessary to say more about that ship, as her qualities are sufficiently well known; and I do not suppose there is the least probability of a second ship of the same class being ever built.
"The Minotaur, the Achilles, and the Warrior are three very noble ships. The last named, however, I look upon as the least valuable of the three — her unarmoured ends, exposure of steering wheel, her rolling propensities (as compared with the other two), are defects which are not compensated for by any good qualities superior to theirs. The first and second, notwithstanding their great length, which of necessity carries with it some disadvantages, have many great qualities. They steam at high speed; the Achilles is, under sail, everything that could be expected in an armoured ship unable to raise her screw; and no doubt the Minotaur would do equally well if she were masted in the same way, which I consider she ought to be the first favourable opportunity. The Minotaur is more heavily armed than the Achilles, having four 12-ton 9-inch guns on the main deck, and two 6½-ton guns on the upper deck, which fire in a line with the keel, under the protection of armour, being the only ship in the squadron which possesses this advantage, and is armoured throughout, having 5½ inch plates, tapering to 3½in. These are great advantages over a ship in other respects so nearly alike, but in the great and all-important point of the capacity for fighting their guns, they are both alike, rolling as nearly as possible to the same extent, which is a minimum as compared with other ships; and in this respect of steadiness of platform upon which to fight their guns, I believe they stand out unrivalled and unsurpassed by any ship which has ever been built. Believing as I do, that this invaluable property of steadiness is due to the form of the ships, and the proper distribution of the weights on board them, and not to be attributed to their great length, this question has constantly forced itself on my mind — viz., it is not possible to build a broadside-ship, heavily armed, adequately protected, of such a length as to secure sufficient speed, and to be at the same time a handy ship, and of such a shape and form as to roll as little as the Minotaur and Achilles? Unless this question can be answered positively in negative, I have a full conviction that it ought to be attempted, so long as broadside-ships continue the most important and formidable part of our navy.
"My own idea of the proper theory of ironclad ships is this, that they should always be built of iron, be armoured throughout, be as heavily armed as possible, and possess bow and stern fire, at least to the same extent as the Lord Warden and Lord Clyde. Perhaps the time has arrived when the enormous increase in the power of artillery, and the increased weight and thickness of the armour-plates, which have become necessary to resist the projectiles now in use, render the carrying out of this theory of ironclad ships impracticable. If this be so it would seem to follow that if guns are to be used of such a weight that the whole length of the broadside cannot be made use of to carry them, and the space which they occupy is too great to admit of their being protected by a thickness of armour capable of resisting the shot which will be brought against them, it seems to follow, I say, that the turret-ship is a necessity. Guns of any weight can be placed in turrets, armour of almost any thickness can be carried round them, and it will then only be necessary to protect the water-line with a belt, as heavy and as thick as the ship can bear. These conditions carried out, it remains, of course, that the turret-ship should be constructed so that she should be a habitable and comfortable ship for the officers and men, with a sufficiency of sail power to enable her to meet the varied requirements which are usually made on a British man-of-war. The question again naturally arises. Is it impossible to build such a ship? The conditions above-stated, which seem to render a resort to turret-ships inevitable, seem also to point out that, in the broadside-ship, armour-plating will eventually have to be given up everywhere, except at the water-line and at the bow and stern, to protect guns firing in a line with the keel. In ships built completely of iron with guns as heavy as they are capable of carrying, protection must be reduced to a minimum, and shot and shell be allowed to find their way through and through the iron fabric, perhaps with less damage to ship and life than if they had been checked in their progress by armour-plating.
The subject of 'ramming' I approach with great diffidence. It is one which exists principally in the region of speculation. I am not one of those who think that in the next naval war ramming will rank before artillery as a mode of attack; but I believe firmly that it will play a very important and formidable part in all future engagements. Possibly some naval actions will be decided by the independent and energetic action of some individual captain seizing the fortunate moment and the right opportunity for running his enemy down at a high speed. It is as clear as anything can be that so long as a ship has good way on her, and a good command of steam to increase her steam at pleasure, that ship cannot be what is called 'rammed'; she cannot even be struck to any purpose so long as she has room and is properly handled. The use of ships as rams, it appears to me, will only be called into play after an action has commenced, when ships, of necessity, are reduced to a low rate of speed, probably their lowest. I therefore apprehend that it would be consistent with prudence and good tactics always, when going into action to hold in reserve a portion of the squadron or fleet (and that whether the force was large or small, whether the enemy were numerically superior or otherwise) to act as rams; and when the action had commenced, and noise and smoke and fire were doing their work, the reserve to be brought into play to act independently, as circumstances might require. For this purpose ships must be made capable of playing their part, and strengthened on purpose to perform such duty, and the form of bow which I believe best calculated to deal the hardest blow, and carry with it the greatest amount of destruction, is the straight upright stem of the Achilles or the slightly curved one of the Minotaur, rather than the projecting prow of the Bellerophon and others of a similar form. The result of the experience gained when the Amazon 'rammed' a small steamer in the channel is not encouraging. I believe also on this subject, as well as on very many others connected with naval warfare, that the first great action at sea between ironclad squadrons or fleets will dissipate and cast to the winds many of our preconceived opinions and theories, disturb many of our prejudices, and throw an entirely new light on the whole subject."

Th 8 April 1869The Navy Estimates have now been all voted, and the moral of the whole discussion appears to be that in shipbuilding, as in every other matter, there is no such thing as finality. It seems but a few days — it is less than twenty years — since we heard of the launch of the French steamship NapoléonExternal link. That politic innovation of our powerful neighbour sealed the death-warrant of the sailing man-of-war. It seems but yesterday — it is just eleven years — since we heard that the French were constructing four ironclad frigates. From that day to this it has been one breathless struggle among our naval architects to adapt to the conditions of modern warfare the ancient type of broadside cruiser. The American War introduced to the seas a still greater novelty. Just as the necessity of carrying plates of iron over the side of a fighting ship, in order to exclude the terrible projectiles of modern science, forced us to banish from the service the beautiful old three-decker with her 120 guns, so, again, the increasing power of rifled and unrifled artillery moved our ingenious brethren beyond the Atlantic to lower still further — even to the water's edge — the sides of their armoured vessels. It was a wrench to the minds of sailors to accept as inevitable the new motive power and wall of defence which steam and armour-plating have supplied to our men-of-war. But how much greater is the dislocation of old ideas and associations if we are to banish from the line-of-battle ship masts and sails and fixed portholes altogether, reducing to a minimum the ship's side which has to be armoured, and placing amidships a few big guns in revolving turrets, which will sweep round the compass in search of the enemy, and never expose their portholes to the fire of his breech-loading small arms except when the revolving gun is ready to fire too! Is this the last result of modern science? Is this the conclusion to which experiment has driven us? If so it be, away with sentiment and idle lamentation. As wisely deplore, with the popinjay lord who moved the wrath of Hotspur [in Shakespeare's 'Henry IV Part 1'], the introduction of "villainous saltpetre" as grieve over the final departure from the Naval Service of the poetry of form and all the giddy pleasure of the eyes. "The old order changeth, yielding place to new." There is no finality in war. We are about to build such vessels as the British Navy has never seen. The House of Commons has voted the money, in spite of Mr. Corry's opposition, by a majority of three to one, and nothing remains for our constructors but to hurry the experiment to a conclusion.
Let no man think that, in any arguments or comments of ours which may have contributed to this result, we have been unjust to our naval architects. We know well the difficulties with which they have contended, and we rejoice to acknowledge that in several instances, and notably in Her Majesty’s ships Achilles, Minotaur, Bellerophon, and Hercules, they have attained a surprising amount of success. No one deplores more than we can do the necessity, if it be a necessity, that the most powerful class of our men-of-war should be forced to rely for motive power on steam alone. Obviously it will add largely to the cost of their maintenance in commission, and set limits to the services to which they can be applied. But, if the power of modern artillery is so far increased that the armour carried by these formidable and costly vessels will not exclude the shells which in the day of trial would certainly destroy their crews and burn or sink their hulls; if the power of the guns is still on the increase, and new metals and forms of construction may possibly add to their deadly effect, at the same time that it is impossible, without increasing the size of broadside ships beyond all reasonable proportions, to clothe them with iron-plating of sufficient defensive power, — there is but one conclusion. We must choose another type to carry the necessary armour. We must give to these warlike engines, the enormous cost of which, even in a wealthy Empire, must set some bounds to their number, defensive properties corresponding in some degree to their offensive force. We cannot trust the fortunes of England to ships which an hour's fighting may destroy, if there is a stronger type of fighting vessel, and other nations are likely to possess it.
All shipbuilding is a compromise. In merchantmen speed must be sacrificed to stowage, or stowage sacrificed to speed. If time be an object, it is gained by the addition of steam power, but the weight of the engine and its fuel is so much taken away from the cargo the ship can carry. In a man-of-war the problem is more complicated, in proportion as steadiness of platform for the firing of rifled cannon, and strength of armour as a protection to the sides, become necessary elements in the construction. The form which is the best adapted for speed is that which, by its length, needs the greatest weight of armour; and if, with Mr. Reed, we deliberately choose the slower form of hull, the balance must be redressed by the employment of more powerful engines, which weigh several hundred tons more, and so detract from the weight of coal and armour which the ship can carry. Again, the carrying of armour on the side of the ship aggravates largely her rolling propensities, and this at the very time when we wish, above all things, to secure a higher measure of steadiness than sufficed in the days of Nelson. Guns of precision need a steady platform for precise firing; the same guns necessitate that armour-plating which makes the broadside ship more unsteady than before. It is in the vortex of these conflicting elements that our naval constructors have whirled around. The wonder is, not that they have done so little, but that they have succeeded in doing so much. They have attempted the impossible. A steady broadside ship of moderate dimensions, carrying powerful guns well out of water, and clad in armour which shells from similar guns will not be able to pierce, with a high rate of speed and coal enough for an ocean passage, is an impossibility; and the sooner this truth is recognized the better it will be.
Mr. Childers is acting boldly and wisely in attempting the solution of a difficult problem. Can we, by a radical change in the form of hull, secure in a large degree what hitherto our ironclads have failed to attain? He would be a bold man who would predict with assured confidence the success of the experiment. But there is abundant evidence to justify the trial, and much ground for hope of its ultimate success. The only nations which have tried the experiment at all before us are the United States and Russia, and both of them believe in its feasibility. The Americans, since the conclusion of their great war, have reduced their naval expenditure to such a point that they can indulge no longer in experimental shipbuilding. With an annual outlay of 3,500,000l. sterling for the entire Naval Service, the construction of ironclads and the maintenance of foreign squadrons are together incompatible. They are leaving to European Powers the complete solution of the difficulty; but during the continuance of the war they applied themselves to it with their characteristic energy and accessibility to new ideas. They laid down at least ten distinct classes of turret-vessels with low freeboard — that is, with sides rising above the waterline not more than one or two feet — ranging in size from the SanduskyExternal link class, of 450 tons, to the DictatorExternal link, of 3,250 tons. The larger craft were intended for ocean service, but have never been tried; we believe they are still unfinished. The smaller were intended for coast service only, but two of these, the MonadnockExternal link and MiantonomohExternal link, have respectively rounded Cape Horn and crossed the Atlantic, and the general opinion of American seamen who have tried them is strongly in their favour. But it must always be remembered that these ships were not intended for ocean service. Their tonnage was not, as Mr. Childers is reported to have said, 3,300 tons, but 1,564 tons. They are far smaller than any seagoing ironclad we have afloat. The Pallas of our Navy is 2,372 tons, and the Penelope 2,998 tons, and these are the smallest of our broadside ironclads with any pretensions to cruise at sea. Our sailors have yet to learn the buoyant and steady properties of the low-lying vessel which carries her guns on a platform amidships. The Russians and Americans, so far as they have tried the experiment, assure us that much has yet to be learnt, while that which has been learnt surpasses all expectation. It would be anticipated that the sea would wash over a platform lying so low. It is found, on the contrary, that though the wave often laps over the side, the ship immediately rises to it, and the water rarely reaches the turret. During the attack on Fort Sumter in the American War, while the transports from stress of weather had often to run for safety, the Monitors lay like ducks upon the water, dry and seaworthy, and were never disabled from firing their guns. The ships we are about to construct [Devastation, Thunderer] are not to lie so low. They are to be of 4,400 tons, and to have a freeboard of four and a half feet. They are to carry two turrets, each covered with 14-inch armour, and their sides will be covered with 12-inch armour. Their guns will be the most powerful afloat, and they will have no masts or rigging to interfere with their fire. Our strongest broadside ships, the Hercules and the Bellerophon, exhaust their coal at full speed in less than three days. The new ships are designed to steam at full speed for ten days, so that they may lie in port, awaiting, if so it be, the declaration of war, and steam at a moment's notice in any weather direct to their destination. The crew of the new ships will be so small that we shall save in men if we spend in coal, and there will be an upper deck between if not above the turrets, on which the crew will move secure and dry. For defensive and offensive power such ships must be unrivalled; we trust that time will prove their performance on the ocean, in steadiness and capability for lengthened voyages, to be all or more than their projectors anticipate.
Ma 23 August 1869



Mr. Childers, First Lord of the Admiralty, with Vice-Admiral Sir Sydney Dacres, K.C.B., First Sea Lord, accompanied by their staff officers, secretaries, &c., will sail from England to-morrow with a fleet which, although it may be looked upon as small in point of numbers, will stand unrivalled by any fleet previously assembled for ocean service in all that relates to the speed of the ships under all grades of steaming, power of guns, or thickness of armour-plating — in the latter sense, of course, excepting the unarmoured flying frigate of the British navy, the Inconstant. This fleet is composed of: —
1. Agincourt, 28 guns, 6,121 tons, armoured, iron-built, screw-engined ship, of 1,350-horse power (nominal), Captain Hugh T. Burgoyne, V.C., C.B, Admiralty flagship.
2. Minotaur, 34 guns, 6,621 tons, armoured, iron-built, screw-engined ship, of 1,350-horse power (nominal), Captain James G. Goodenough, carrying the flag of Vice-Admiral Sir Thomas M.C. Symonds, K.C.B., the Commander-in-Chief of the Channel Fleet of 1869, in the absence of the Admiralty ensign.
3. Northumberland, 28 guns, 6,621 tons, armoured, iron-built, screw-engined ship, of 1,350-horse power (nominal), Captain Charles H. May.
4. Hercules, 14 guns, 5,234 tons, armoured, iron-built, screw-engined ship, of 1,200-horse power (nominal), Captain Lord Gilford.
5. Bellerophon, 14 guns, 4,270 tons, armoured, iron-built, screw-engined ship, of 1,000-horse power (nominal), Captain Francis Marten.
6. Monarch, 7 guns, 5,102 tons, armoured, iron-built, screw-engined ship (double turret), of 1,100-horse power (nominal), Captain John B. Commerell, V.C., C.B.
7. Inconstant, 17 guns, 4,066 tons, unarmoured, iron-built, screw-engined ship, of 1,000-horse power (nominal), Captain Elphinstone D'O. D'A. Aplin.
I have included the Monarch simply because her name is on the list of ships at the Admiralty that are to start under the Admiralty flag from here with their Lordships, but I believe the defects existing in her gun-carriages, brought to light during her recent cruise and experimental firing in the Channel, are of so grave a nature that she is not likely to sail with the fleet hence, although she may possibly join afterwards at Lisbon. A good deal has been said on both sides respecting the experimental firing from the 25-ton guns in the Monarch's turrets during her cruise, and all, or nearly all, the statements made have been remarkable for the extreme opinions expressed. I have no doubt whatever myself, speaking with some knowledge of such matters, that the exact truth will be found to lie between the two extremes and, as in most other instances in daily life, "impulsiveness of nature" must bear whatever blame may be due. An error of judgment certainly appears to have been committed, if only in a slight degree, but then it must be taken into consideration that this is the first occasion on which guns weighing each 25 tons, rifled also, and firing immense charges, have been fired on board a vessel at sea. It is to be hoped the Monarch, if she does not join the fleet here, will do so as early as may be possible during the coming cruise. She is expected to prove, and doubtless will prove, a most formidable ship of war; but she is an entirely new type of vessel if looked upon simply as an ocean-going turret-ship. She has, however other points of interest connected with her build and efficiency. She represents the "high freeboard principle," a principle on which many people — and people who ought to be able to give an opinion of undoubted soundness — do not hang their faith, and she carries guns in her turrets relative to the working of which at sea under the condition of a deep and rapidly-changing inclination of the ship's deck it is desirable something reliable should be known. I have mentioned the power of the guns mounted by the several ships of the fleet, the thickness of the ships' armour-plating, and the speed of the ships, under steam. On all these points the ships may be fairly said to be in advance of the age in comparison with the navy of any other country. The three sister ships — the great five-masted craft — the Agincourt, the Minotaur, and the Northumberland, carry each 12-ton 7-inch muzzle-loading rifled guns on four broadside ports amidships, while the remainder of their armament consists of 6½-ton 7-inch guns of the same description in manufacture and rifling. All three have 5½-inch plating on a good serviceable backing of teak, and iron framing with an inner iron skin. The Bellerophon carries a magnificent battery of ten 12-ton guns on her main deck behind 6-inch plating, improved upon that of the Agincourt, Minotaur, and Northumberland; but it must be stated at the same time that her upper deck is hampered with an enormous and useless iron tower, and she is also deficient in steam power. The Hercules has on her main deck an unrivalled battery of 18-ton muzzle-loading rifled guns, and has also most undoubtedly the thickest, heaviest, and toughest skin of all the broadside ironclads afloat in Europe or America, and that is tantamount to saying in the world. The Monarch is our latest investment in iron-clad ships of war. She has a skin even much thicker, heavier, and tougher that the Hercules has, while the difference in the gun power of the two ships is, of course, as 25 to 18 in favour of the turret-ship. The Inconstant is the flying unarmoured screw frigate of the British navy. She is built entirely of iron, but floating in an outer shell of wood, on which is a skin of copper sheathing to enable her to keep the sea as long as any ordinarily wood-built ship. Although without armour, she carries 12-ton guns, and her speed under steam, at all grades of expansion, is superior to that of any other war ship afloat. She has been, in fact, specially constructed to carry extraordinary gun power combined with exceptional powers of speed, both for attack and for flight. The speed of the Monarch is, next to that of the Inconstant, the greatest of all the ships of the British navy. Next come the Hercules and Bellerophon, and close upon them the Agincourt, Minotaur, and Northumberland. The Inconstant — the fastest ship — averaged 16ˑ7 knots over the measured mile in six runs made continuously and without the engines stopping. The slowest of the fleet — the five-masted class — average 13ˑ5 knots. The aggregate amount of tonnage, nominal horse-power of engines, and number of guns represented by the seven ships are 38,137 tons, 8,350 nominal horse-power of engines, and 141 guns. The fleet is somewhat remarkable in its constitution in the presence of the three five-masted ships, it being the first instance of three such vessels having met and sailed in company in a fleet. It is also remarkable that the Agincourt, after doing duty as Admiralty flagship during the cruise of the Reserve Fleet, and having been again selected as their Lordships' flagship for the present cruise, should have but one soul on board among her present officers and crew who served on the last cruise. Mr james Patterson, the chief engineer of the ship, is the only one on board who can claim the honour of having previously done duty in the Agincourt under the Admiralty flag.
The Agincourt, Minotaur Northumberland, Hercules, and Bellerophon are lying in the Sound, coaled and ready for sailing. The Inconstant is hourly expected to join from Spithead. The Agincourt was docked at Keyham on Thursday, was undocked again on Friday, and the same evening towed out by three steam tugs to the Sound, where her coaling was completed by 5 o'clock yesterday morning — a large amount of work executed in a very abort period of time, and very much to the credit of the dockyard officials here. Yesterday, the President and members of the British Association for the Advancement of Science, who had arrived at Devonport by a special train from Exeter, together with a large number of excursionists, embarked from the dockyard on board a Government steamer and visited the ships lying in the Sound.
Vice-Admiral Sir Sydney Dacres, the First Sea Lord, with Captain Beauchamp Seymour, private secretary to Mr. Childers, and Captain G.0. Willes, has arrived at Devonport, from London, to complete arrangements for the sailing of the fleet tomorrow. Mr. Childers will arrive in Devonport from town to-morrow afternoon, and immediately embark on board the Agincourt. So far as arrangements stand at present, the Minotaur, Northumberland, Hercules, Bellerophon, Inconstant, and Monarch, if she joins, will weigh their anchors early in the afternoon of to-morrow, and proceed to sea, the Agincourt remaining in the Sound until Mr. Childers and Sir Sydney Dacres and their suite have embarked on board of her, when she will join the fleet somewhere in the vicinity of the Eddystone Light Tower. The first port made by the fleet after leaving Plymouth Sound will be Gibraltar, where the Mediterranean feet, under the command of Vice-Admiral Sir A. Milne, K.C.B., will join, and the combined fleets then proceed on their cruise. Madeira will most probably be the next place of call, but this will depend upon after circumstances. At the termination of the cruise the combined fleet will anchor in the Tagus, and, it is expected, will remain anchored off Lisbon two or three days. On leaving the Tagus again Vice-Admiral Milne's fleet will return to Gibraltar and the Mediterranean, and the ships that are now in Plymouth Sound will sail for Queenstown, where they will arrive about the 27th of September.
Tu 24 August 1869



Plymouth Sound was never before so well defended as it was this morning, when the sun, breaking through the mists which hung thickly over land and sea, shone down upon eleven magnificent ironclads anchored under the lee of the breakwater. The Monarch and Inconstant had joined during the night from Spithead, making the number of ships to sail this afternoon under the Admiralty ensign seven in all, and fortunately giving the fleet the company of our first and as yet untried seagoing turret-ship Monarch. The Black Prince entered the Sound yesterday afternoon from Bermuda, having left there on the 31st ult., and the Warrior anchored here last night from Spithead; neither of these vessels, however, will take part in the coming cruise. The Warrior would have joined had it been considered possible to get her ready in time on her arrival from Bermuda, but this anticipated cause of delay, although it has been got over, has now been supplemented by another in a change in her command, and our first and still handsome and formidable ironclad will not, therefore, join in the cruise. This is to be regretted, as it leaves a gap in this division of the combined fleet at sea previous to joining the Mediterranean division. With the Warrior in company, two lines or divisions equal in numbers could have been formed, but under the present conditions one division must necessarily be of four and the other of three ships.
Vice-Admiral Sir T.M.C. Symonds, K.C.B., commanding the Channel Fleet, hoisted his flag at 8 o'clock this morning on board his flagship, the Minotaur, Captain James G. Goodenough, on his return from short leave.
An official notice has been issued that letters from England will find the combined fleets at Gibraltar from the 1st to the 4th of September, both dates inclusive, and at Lisbon on the 13th.
The ships which sail to-day from England will arrive at Queenstown on the 27th of September.
The arrangements for the ships of the Channel Squadron to weigh this afternoon and proceed outside to wait for the Agincourt remain unaltered, and they are expected to leave the Sound about 5 p.m. Mr. Childers will arrive at Devonport from London by the 5 p.m. train, and go on board the Agincourt about 6 p.m., when she will immediately leave the Sound and join the other ships outside. By midnight the whole will be well off the land, and steering a course to clear Ushant, en route for Gibraltar.


PLYMOUTH, Monday Evening.

At noon to-day most of the ships in the Sound belonging to the Channel Squadron weighed one anchor, took in all boats, and got up steam.
At 4 30 p.m. the Minotaur started from the centre of the Squadron under steam only. Wind, S.S.W., light; weather, fine ; tide, first quarter's flood.
The Minotaur was followed by the Bellerophon and Hercules. The Northumberland, being the easternmost ship, had to wait until the others were clear, and left at 4 50 p.m.
The Inconstant started at 5 and the Monarch at 5 30 p.m.
Mr. Childers, the First Lord, who came down by the South Devon Railway, went on board the steam tender Princess Alice, at Millbay, at 6 p.m., under a salute of 19 guns from the flagship Royal Adelaide, Captain Preedy, in Hamoaze.
Within 15 minutes his Lordship left the tender, and proceeded in the Port Admiral's barge to the Agincourt, on board which lie was received with yards manned.
The Admiralty flag was then hoisted at her mainmast, and was saluted by the Plymouth Citadel and by the Monarch, which hove to off the Rame Head, outside the harbour.
At 6 30 p.m. the Agincourt returned the salutes, and at 7 followed the other ships for Gibraltar.
The Warrior and the Black Prince are the only ships of war now left in the Sound.
Tu 7 September 1869



In my first letter, dated from Plymouth Sound, I observe an error which requires correction before referring to subsequent events connected with the cruise. I appear to have stated, in referring to the Iron tower on the upper deck of the Bellerophon, "and she is also deficient in steam power;" what I Intended to have said was, “and is also deficient in gun power," to convey the opinion that the weight of the iron tower would be more advantageously employed in the form of guns on the same deck.
The First Lord of the Admiralty, on embarking on board the Agincourt, in Plymouth Sound, on the evening of Monday, the 23d of August, was accompanied by the Senior Sea Lord of the Admiralty, Vice-Admiral Sir Sydney Colpoys Dacres, K.C.B.; Captain F. Beauchamp Seymour, C.B., A.D.C. to the Queen, private secretary to the First Lord; Captain George Ommanny Willes, C.B., Captain of the Fleet; and Paymaster Richard Munday, secretary to their lordships during the cruise. The fleet was thus commanded by the Admiralty, and not personally by any one individual, Vice-Admiral Sir Thomas M.C. Symonds, the Commander-in-Chief of the Channel Squadron, flying his flag on board the Minotaur as second in command. The appointment of Captain Willes to the post of Captain of the Fleet was an imperative necessity, and the selection has been a good one. During the cruise of the Reserve Fleet Admiral Key was the Admiralty executive officer, but on the present occasion there is no Admiral on board the flagship of their lordships, excepting Admiral Dacres and hence arose the necessity for the appointment of a Captain of the Fleet. Captain Willes is one of our best steam officers, no one stands higher in other professional qualifications, and at the same time he possesses an untiring energy which eminently fits him for the onerous post to which he has been appointed.
After leaving Plymouth Sound and overtaking the other ships off the Eddystone the Agincourt took her station at the head of the weather or starboard line of ships, the Minotaur at the head of the lee line, and the fleet entered upon its cruise under low boiler power, steaming five knots only, and steering a S.W. three-quarters W. course, in the following order:—
WEATHER DIVISION.— 1. Agincourt, Admiralty flag. 2. Monarch. 3. Hercules 4. Inconstant.
LEE DIVISION.— 1. Minotaur, flag of Vice-Admiral Sir T. Symonds, second in command. 2. Northumberland. 3. Bellerophon.
The night was fine and bright, with perfectly smooth water. Up to midnight there was a good deal of signalling between the Agincourt and the other ships with Colomb's flash-light signals, and each ship carried permanent white lights aloft on her spars in addition to the red and green lights on her bows.
At 6 o'clock on the following morning a nice breeze came up from about S.E. by E., at a force of 3 to 4, and all plain sail was put on the ships to royals. This afforded a first opportunity of seeing the Hercules, Monarch, and Inconstant together and in company with other ships under sail. No ships could possibly have looked handsomer or more effective under sail alone, and certainly for the first time since the introduction of ironclads into the British Navy two of those vessels and an unarmoured iron-built consort were as picturesque and efficient looking aloft as ever were three of the smartest of our wooden liners or frigates. Each of these three ships appeared to feel and spring to the pressure of her sails, although there was but a pleasant and, indeed, a light summer's breeze. A glance round at all the ships of the fleet at once disclosed the cause of this evident superiority. The Monarch, Hercules, and Inconstant carry masts and sails fully in proportion to their displacement, while all the other ships in the fleet are short of sail power. The Bellerophon when first she was brought out was fitted with a large increase of sail power upon that of all the previous ironclads, and the Monarch, Hercules, and Inconstant are a still further improvement upon her, and a wise return to old principles as to sail-propelling power to sea-going steamships of war, armoured or unarmoured. During the forenoon the fleet suddenly sailed into a dense bank of fog and the fog-horns succeeded the ordinary flags. The signals were perfectly conveyed and read off by the long and short durations of the sounds, but the effect upon the ear was very much like cattle bleating on a mountain side. The bank was of no great extent, and the ships soon emerged from it again into the bright sunshine and sailed on over an almost waveless sea, with scarcely more perceptible motion on their decks than is to be found on the floor of a drawing-room ashore. Evolutions under steam followed during the day, all of which were interesting, and the majority of them very fairly executed. It was, however, the first day all the ships had worked together in these manoeuvres, and a second day's drill at the same work might be expected to improve the appearance of the ships when thus wheeling and pirouetting under steam, by giving confidence to the officers in charge, in letting them see what the ships could do, comparatively with each other, under such circumstances.
The position of the ships at noon was 35 miles off Ushant, with the wind on the port quarter at a force of about four, at which it continued throughout the day. The revolutions of the engines of the ships were reduced in each instance so as to keep the speed of the fleet down to five knots per hour, but with the freshening of the breeze at times during the day to sometimes nearer five than four the ships averaged a speed of six knots between 11 a.m. and sunset. Some distance of the ground to be travelled over between the Channel and Gibraltar was, however, necessarily lost in the evolutions. About 6 p.m. sail was shortened and furled, and the ships put under steam alone at five knots. So fine was the weather that at 7 30 p.m. Vice-Admiral Symonds, with his flag-lieutenant, from the Minotaur, Captain Commerell from the Monarch, and Captain May from the Northumberland, boarded the Agincourt in their boats, by invitation, and dined with their Lordships, returning to their ships by their boats again between 9 and 10 o'clock. There was no risk in the visit. The sea was quite smooth, and a brilliant moon lit the way for the boats between the ships. As an historical reminiscence, I may mention that the heir of the great Lord St. Vincent lost his life as nearly as possible about the same spot years ago when paying a similar visit. He had been dining with his Admiral on board the flagship, and after dinner left in his own boat for his ship. The boat never reached the ship, nor was anything ever heard of her after leaving the flagship.
After the Admiralty guests left the Agincourt the ships were all put under easy sail and low steam for the night. At daylight on Wednesday morning all sail was made on the ships, and steam let down with engines stopped as each vessel was found to overrun her station upon her leader. The course being steered across the edge of the Bay brought the north-easterly breeze, which was steady at about well aft on each ship's port quarter, and all soon had starboard studding sails set alow and aloft. The Inconstant very soon began to spare her sails to the rest of the fleet, and the Monarch followed her example, until both these beautiful craft had reduced canvas to their three topsails. At 9 30 a.m. a general signal was made to chase ahead until 1 p.m., and then to chase back into stations astern of the two flagships, with screws disconnected.
The Monarch and Inconstant very soon sailed out to the front of the fleet, and stood on together in distinct positions from all the other ships in a spirit of rivalry, although there could be a very small chance for the heavily-armoured turret-ship against the lighter-weighted and unarmoured Inconstant. The Hercules took third position, but was recalled, so that the chase may be said to have been confined to the turret-ship and the Inconstant. At 1 15 p.m. both hauled to the wind to resume their stations in the weather column, astern of the Agincourt, the Inconstant at the time having a tremendous lead of the Monarch, but the latter having beaten the other ironclads of the fleet nearly half as much as the Inconstant had beaten her. When recalled from chasing, the Inconstant had distanced the Monarch 5½ miles. The Monarch was much delayed at the start by the great length of time it took to disconnect her screw. In reaching back closehauled towards the fleet the inclination of each to leeward was signalled to the Agincourt as — Monarch, 4 deg., Inconstant, 10 deg.
The breeze had then freshened to a fair whole sail strength for vessels hauled close to. In tacking to rejoin and fall into their positions in column again, the Monarch was 4 minutes 17 seconds going about, and the Inconstant 8 minutes 10 seconds.
The position of the fleet at noon was lat. 47 6 N., long. 7 41 W., Cape Finisterre S. 17 W., 263 miles. About an hour after noon the course of the ships was altered to S.W. by S.½W., which would haul the ships in more for the land, and direct for Cape Finisterre, from the large western offing they had gained. The fleet went to general quarters in the forenoon, and all newly joined men were put through a series of drills in the afternoon. There was sail drill in the after part of the day, after which the port column of ships steamed through the starboard column in the intervening spaces between the ships and reformed column to starboard of the line led by the Agincourt. The ships continued their course through the night under steam alone at the regulated speed of five knots. During the first and middle watch experimental drill signalling was carried on between the Agincourt and other ships with Colomb's flash lights, the Inconstant ranging up on the Agincourt's port beam to signal to test her signalmen, the frigate having been only 13 days in commission. The Monarch's men were next tested in the signals, and, after that, other ships were brushed up in a like manner. The Colomb, or Colomb-Bolton, system of flashing light signals for night signalling is so simple, certain in its action, and so admirably meets all the requirements for rapid and free communication between ships by night at sea that, like many other things established by their own simplicity and efficiency, we can only wonder it was not adopted long ago. It is simply — as, indeed, has been explained in The Times on more than one previous occasion — an adaptation of Morse's printing telegraph system, and by the short or long flashes of light, and their position to each other, messages are conveyed to the eye as certainly as the telegraph instrument prints them off upon the tape. Day signals on the same principle can be conveyed by semaphore arms, collapsing cones or drums, or by any visible object, no matter what its form, exhibited for long and short periods of time, or even by jets of steam. In a fog the same method of signalling is carried out by sound, with the fog horn. The Colomb system has been strongly opposed by many old naval officers, and has still its opponents among distinguished officers on and off the active list, who would fain preserve the old and cumbrous form of signalling to the navy simply because they have a rooted dislike of all "innovations." Thanks, however, to the firmness of Sir Sydney Dacres, the Colomb system has now been officially established as the signal system of the British navy, and every boys' training ship is now supplied with a set of lamps and apparatus to instruct fully in their use, the future seamen of our fleets. On the following morning Mr. Childers and Sir Sydney Dacres, accompanied by Captain F.B. Seymour, embarked, in the Admiralty barge from the Agincourt, and boarded the Monarch turret-ship, where they spent the greater part of the day in inspecting her. Four rounds were fired from one of her turrets, two being fired singly and two simultaneously from her monster 25-ton guns — the first occasion on which two guns in one turret had been fired on board of her. The other turret is hors de combat, owing to the damage sustained by the machinery fitted to the carriages of the guns, and is likely to remain so for some time beyond the end of the present voyage, although a number of workmen belonging to the Steam Factory Department of Portsmouth Dockyard were brought to sea in the ship, in the hope that they would be able to repair the damage to the carriages. The machinery fitted for working the turret guns of the Monarch is very beautiful, but is very complicated, occupies a great deal of space in the turret, is liable to complete derangement, as in the present instance, from injury to any one of its many parts, and it therefore becomes a question of grave import whether in any other gun or carriage gear to our turret ships some simple and more reliably lasting means may not be devised than has been employed in the case of the Monarch. The gun carriages for the turrets of the Captain have yet to be supplied to her, the details of their working gear being dependent upon the results of the trials of the Monarch's carriages. This is so far unfortunate that the Captain's carriages now wait, as the breakdown of the Monarch's "stops the way." During the time their lordships were on board the Monarch she was detached from the fleet, and the remainder of the ships were put through a series of evolutions under steam, the most strikingly effective of which, in a military sense, was an advance in line abreast against a supposed enemy's fleet, and a change of formation to two quarter columns, en echelon, each ship turning four points to starboard on the quarter of her leader, on engaging. The position of the fleet at noon was lat. 45 6 N., long. 8 56 W., Cape Finisterre S. 5 W. 135 miles. Since passing Cape Ushant, and entering upon the confines of the Bay of Biscay, the weather had been singularly fine and favourable for the passage of the ships, at the moderate rate of speed laid down for them, between Ushant and Finisterre. The moderate north-easterly breeze which helped them, with their low rate of steaming, to clear the chops of the Channel, accompanied them across the bay until Wednesday night, breaking up the summits of the long roll prevailing on the edge of the bay into millions of foaming wavelets, coruscating with light and colour in the brilliant sunshine. Thursday was a day of a different character, although the sea was quiet to an almost unnatural degree. There were calms, fog, light airs from the southward, rain showers, and occasional glints of sunshine, alternating throughout the day, and under all the sea lay with scarcely a ripple disturbing its surface or a pulsation from its depths to break its flatness. On Friday morning the fleet was nearing the land under Finisterre in a thick fog, and the unmelodious foghorn was again brought into use to ascertain the positions and bearings of the ships from each other. A partial lift in the fog about 9 a.m. brought all the ships within sight, when, their formation being necessarily found rather irregular, columns of divisions astern of the two flagships were reformed. The weather cleared as the sun gained strength, with the exception of a thick haze which hung on the horizon. A number of vessels hove in sight between the fleet and Cape Finisterre, which the fleet was now rapidly closing, and among others a beautiful fruit schooner, the Madelina, of Llanelly, steering N.E., which with all sail set to her fore royal and starboard studding sails passed close on the port beam of the Agincourt and dipped her royal in honour of the Admiralty ensign flying at the frigate's main. At noon the position of the fleet was in lat. 43 15 N., long. 9 36 W., Cape Finisterre being 15 miles on the port beam, and the Burlings bearing south, distant 230 miles. At 1 p.m. the course was altered to south by west, and at 5 p.m. to a couple of points or so further to the southward. At noon navigating officers who had faith in their vision saw through the curtain of fog on the port beam the shadow of the land between Capes Ortegal and Finisterre, but others who had not such faith in their own powers saw only fog. At 11 p.m., however, the light on the island of Bayona, off Vigo, was sparkling brilliantly on the port hand, and at 9 o'clock on the following (Saturday) morning the peaks of the mountainous range near the mouth of the Minho river stood sharply defined above the banks of summer morning haze which clothed the lower lands and the sea as the ships steamed slowly along in two columns parallel with the coast line. A few airs from the southward gradually increased to a light breeze that cleared off the base from the face of the coast line, disclosing a high range of land, from the slopes of which peeped out straggling villages, and occasionally villa residences embowered in foliage. The course of the ships was kept in close for Oporto Bay, and at 1 p.m. the fleet was led in one grand line through the Bay, within a mile and a half of the bar at the river's mouth, by the Agincourt, with the Admiralty ensign at her main royal mast head, and Oporto, "the Queen of the Douro," came in full view from the fleet, in the full blaze of the midday sun. If Oporto looked picturesque from the fleet the latter must have appeared equally so from the shore, and, judging from the numbers of people who thronged every point from which a view of the ships could be obtained, its passage through the bay must have caused some little excitement. The telegraph station at the north-east end of the bay signalled the fleet, with the Commercial Code of signals, "Where from?" and "How many days?" to which the Agincourt replied, "Plymouth, five days." "All well." On steering out from Oporto Bay, a wider berth was given the land, and the wind coming out on the ships' starboard beam, all plain sail was made on them as they steamed at their slowest rate along the coast for the Burlings. There were the usual drills on board the different ships during the day, but it being Saturday, shortening sails to topsail was substituted for the usual evening drill after the men’s supper-time. (The pipe for supper is given at 4 30 p.m.) This done, the watch was called and work considered done, until all hands were called on the following morning, except by the watch on deck.
On Sunday morning the fleet, in two lines, under sail and low steam to six-knot speed, were passing through the narrow channel between the rocky islands of the Burlings and Cape Carvoceiro and Light on the mainland, the town of Peniche and its numerous windmills forming a conspicuous feature on the port hand of the fleet, after getting clear of Carvoceiro. The weather was lovely, the light and fair breeze which had filled the ships' sails since their departure from Plymouth Sound, with a few intervals of calms, continuing, and the sea retaining its extraordinary smoothness — a state of wind and sea admirably suitable for a sailing and rowing regatta by Thames wherries. From Cape Carvoceiro to Cape Roca (the rock of Lisbon) the ships steered on a line within a mile of the shore, and in the clear beauty of the morning there were seen, with microscopic distinctness, the dark metallic-looking cliffs on the shore with sweeps of sandy beach, including the "Praia Formosa," or "Beautiful Beach," so named by the Portuguese for its shelving sands, and the bay of Ponte Novo, where Wellington landed with his troops, and afterwards fought the battle of Vimiera almost within sight of his landing place; the west end of the lines of Torres Vedras, which stretch across the peninsula to Villa Franca; the enormous marble built Mafra, combining palace, convent, and church under one roof, erected in pious gratitude by a King for the birth of a son, and raising the position of the poorest convent in Portugal to that of the richest. As the rock of Lisbon was neared the Cintra mountains towered above the Cape in dark grandeur, with the Royal Palace of Penha, the residence of Dom Fernando, perched on their loftiest peak, and the charming village of Cintra hanging on its slopes below. At noon the fleet was off Cape Roca, and soon afterwards the Tagus lay open on the port beam, but necessarily at some distance, as the course was being kept straight from Roca for Cape Espichel, and the tower of Belem, with the Royal Palace and the dome of the Estrella Cathedral, showed distinctly above all other buildings. A small but very fast and handsome little steamer, the Lusitano, came out from under the land, and ranging up alongside the Agincourt, dipped her flag to the British ensign. Divine service was performed on board the several ships and the day kept as a day of rest so far as was possible on board ship at sea. On board this ship the Rev. J.G. Macdona, chaplain of the ship and Admiralty chaplain pro tem., officiated at the morning and afternoon services, selecting as the text for his discourse in the morning the parable of the Prodigal Son. Cape Espichel was passed by the ships during the evening and a course taken thence to Cape St. Vincent.
Yesterday morning broke with very thick weather, and the Inconstant at 5 a.m. was sent in towards the land to ascertain its position, soon making it and signalling Cape St. Vincent to bear E. ¾ N. from her, at a distance of about 10 miles, and the ships were then kept on a course for Gibraltar Straits, over the 153 miles of water lying between Capes St. Vincent and Trafalgar. The Hercules ranged up alongside the Agincourt to signal about 9 a.m., and Mr. Childers and Sir Sydney Dacres, accompanied by Captain F.B. Seymour, boarded her in one of the flagship's cutters, and spent the morning on board inspecting her general arrangements between decks, and witnessing some shot practice from her 18-ton guns. Steam evolutions were made with the other ships during the time their Lordships were on board the Hercules; but, like all others made during the voyage out, they call for no particular notice from me here, being, as they are, merely preliminary to the more important evolutions that will be made by the combined fleets during the next portion of the cruise between Gibraltar and Lisbon. These preliminary exercises have been very necessary previous to joining the Mediterranean ships, as three of the ships of this Division — the Agincourt, Monarch, and Inconstant — are all newly commissioned ships. All the movements, however, have been very fairly performed, as have also the drills aloft in furling and making sail, sending down and aloft again topgallant masts and upper yards. With reference to these latter drills the subjoined order has been posted on board this ship: —
"Her Majesty's Ship Agincourt, at Sea, Aug. 27.
“Sir Sydney Dacres has expressed to me his satisfaction with the smartness and silence with which the evolutions have been performed this evening, and considers the activity displayed most creditable to a ship so short a time in commission. (Signed)
"H.T. BURGOYNE, Captain.
"To the Commander, Officers, and Crew of Her Majesty's Ship Agincourt."
As the ships left Cape St. Vincent astern they met with true Mediterranean weather at this season of the year in the vicinity of the Rock — an intensely sultry morning, with very little wind and occasional heavy falls of rain, This was succeeded by the wind coming out freshly from the southward, and, for the first time since leaving England, the ships had to steam against a head wind, with upper yards sent down on deck, topgallant masts housed, and lower yards pointed to the wind. At noon the ships, steaming six knots, were 165 miles from Gibraltar Bay. The Monarch soon after noon dropped astern of the other ships, with her engines stopped, to repack glands, and was signalled to follow us to Gibraltar Bay when able to steam again.
This morning a thick vapour hung over the land and completely hid the outline of the coast until nearly 9 a.m., when it cleared off, and at 11 a.m. the ships in two columns were steaming into the Straits with Cape Spartel and the African coast on the starboard hand, and the European land at a little further distance off on the port hand. Soon after 2 p.m. the fleet passed through the narrow part of the Straits between Tarifa and the Morocco coast, and at 4 30 p.m. the Agincourt and Minotaur, as leaders of the two columns, dropped their anchors in the Bay of Gibraltar, where they found at anchor the Mediterranean division of ships, under the command of Vice-Admiral Sir Alexander Milne, K.C.B., which will form part of the combined fleet in the coming cruise between Gibraltar and Lisbon.
The present sick list of the Channel ships is at the following low rate from returns made officially up to this morning:— Agincourt, officers, men, and boys, 12; Monarch, 15; Hercules, 13; Inconstant, 14; Minotaur, 17; Northumberland, 16; Bellerophon, 12; giving a total of only 102 out of 4,832 souls on board the ships.
As the fleet entered the bay Vice-Admiral Sir A. Milne, in his steam yacht tender the Psyche boarded the Agincourt, and welcomed the arrival of Mr. Childers and Sir Sydney Dacres in the waters comprised in his command, the Lord Warden, Sir A Milne's flagship, at anchor in the bay, at the same time saluting the Admiralty ensign at the main royal of the Agincourt, the compliment being duly returned by the latter ship to the flag of Sir A. Milne flying on board the Lord Warden. Salutes were also exchanged between the Agincourt and the garrison.
We 8 September 1869



Signal has been made to the combined Fleet to prepare to sail from here at daylight in the morning, and the coaling of the ships will be completed this afternoon.
The Monarch, which was left by the Channel Fleet outside the Straits repacking glands, to prevent an escape of steam, arrived in the Bay early on the morning yesterday, after the arrival of the other ships. The composition of the combined Fleet that sails in the morning on a ten days' cruise of exercise between the Rock and the Tagus is a matter of considerable interest, and I therefore append a return of all the most important particulars relating to the ships, number of officers and men serving on board, armaments, &c. —


Agincourt, Admiralty flagship, 6,621 tons, 1,350-horse-power, 4 12-ton 9-inch and 24 6½-ton 7-inch guns, 700 officers and crew, 700 tons coal stowage.
Minotaur, flag of Vice-Admiral Sir T. Symonds, 6,621 tons, 1,350-horse-power, 4 12-ton 9-inch and 24 6½-ton 7-inch guns, 705 officers and crew, 720 tons coal stowage.
Northumberland, 6,621 tons, 1,350-horse-power, 4 12-ton 9-inch and 22 9-ton 8-inch guns, 706 officers and crew, 714 tons coal stowage.
Hercules, 5,234 tons, 1,200-horse-power, 8 18-ton 10-inch, 2 12-ton 9-inch, and 4 6½-ton 7-inch guns, 650 officers and crew, 600 tons coal stowage.
Monarch, 5,102 tons, 1,100-horse-power, 4 25-ton 12-inch and 3 6½-ton 7-inch guns, 525 officers and crew, 600 tons coal stowage.
Bellerophon, 4,270 tons, 1,000-horse-power, 10 12-ton 9-inch and 5 6½-ton 7-inch guns, 538 officers and crow, 500 tons coal stowage.
Inconstant, 4,066 tons, 1,000-horse-power, 10 12-ton 9-inch and 6 6½-ton 7-inch guns, 600 officers and crew, 600 tons coal stowage.


Lord Warden, flag of Vice-Admiral Sir A, Milne, 4,080 tons, 1,000-horse-power, 2 12-ton 9-inch, 14 9-ton 8-inch, and 2 6½-ton 7-inch guns, 692 officers and crow, 6OO tons coal stowage.
Caledonia, 4,125 tons, 1,000-horse-power, 4 9-ton 8-inch and 20 6½-ton 7-inch guns, 631 officers and crew, 599 tons coal stowage.
Royal Oak, 4,056 tons, 800-horse-power, 4 9-ton 8-inch and 20 6½-ton 7-inch guns, 666 officers and crew, 540 tons coal stowage.
Prince Consort, 4,045 tons, 1,000-horse-power, 4 9-ton 8-inch and 20 6½-ton 7-inch guns, 650 officers and crew, 561 tons coal stowage.
Pallas, 2,372 tons, 600-horse-power, 4 9-ton 8-inch, 2 64-pounder 64cwt., and 2 40-pounder guns, 290 officers and crew, 250 tons coal stowage.
Enterprise, 993 tons,160-horse-power, 4 6½-ton 7-inch guns, 144 officers and crew, 103 tons coal stowage.
Cruiser, 752 tons, 60-horse-power, 1 6½-ton 7-inch gun and 4 64-pounders, 186 officers and crew, 65 tons coal stowage.
Psyche, 835 tons, 250-horse-power, 2 signal guns, 50 officers and crew, 218 tons coal stowage.

The Fleet is thus composed of six armour-plated iron-built ships, six armour-plated wood-built ships, one unarmoured iron-built frigate, one unarmoured wood-built sloop, and one paddlewheel despatch steamer, manned by 8,121 officers and men, armed with 233 armour-piercing, muzzle-loading rifled guns (the light 64-pounder and other guns not possessing armour penetration in the Fleet I have not included in this number), propelled by a gross nominal engine-power of 13,220-horse.
The stay of the Fleet here since the Channel Division joined on Tuesday afternoon will have been but a short one, but a good deal will have been done in the time by the First Lords. On Tuesday evening their Lordships entertained Sir Alexander Milne and his personal Staff and officers of the Fleet at dinner on board here, and yesterday evening Lieutenant-General Sir Richard Airey and the officers of his personal Staff dined on board with their Lordships. As early as half-past 6 yesterday morning the Admiralty barge had left the Agincourt, conveying Mr. Childers and Sir Sydney Dacres to the dockyard and coaling jetty at the New Mole, where some time was spent in an examination of the existing arrangements of the works in progress there. On returning from the dockyard a visit was paid to Vice-Admiral Sir Alexander Milne on board his flagship, the Lord Warden, and afterwards their Lordships went on board each of the ships of the Mediterranean Division under the gallant Admiral's command. It is enough to say at present with regard to the Mediterranean ships, that the magnificent order they are in deservedly elicited the warmest expressions of admiration from their Lordships. In the afternoon the official Admiralty visit was made to the Governor of Gibraltar at his summer residence, the Cottage, at Europa. On their Lordships landing from their barge at the new Mole the battery at the head of the Mole fired a salute of 19 guns, and a guard of honour of the 13th Light Infantry, with the regimental band and colours, was drawn up to receive them. From the Mole the carriages of his Excellency conveyed his distinguished visitors to the Cottage. This morning by half-past 7 the Psyche, with the Lords of the Admiralty, accompanied by Sir Richard Airey and Staff, crossed to Tangiers, and were received at the Legation by the Foreign Minister of Morocco, introduced by Sir John D. Hay, afterwards returning the Minister’s visit at his palace. This evening Sir Richard Airey gives a grand dinner on shore to the Admiralty Lords and the Admirals commanding the two Divisions, to which a large party of officers, naval and military, are invited to meet them.
The weather is intensely hot here. Yesterday was stated to have been the warmest day experienced at the Rock during the present summer. In the shade the thermometers ranged to 98 deg., and the heat on the upper slopes of the Rock, in the almost entire absence of wind, must have been terrific. Notwithstanding this extraordinary heat, however, parties of officers from the fleet scaled the Rock — Englishmen-like, of course, at noon day — and took their luncheon of Huntly and Palmers biscuits, Stilton cheese, and Burton beer at the signal station 1,265 feet above sea level. By way also, I suppose, of continuing such extreme bodily exercise in exceptionally hot weather, the officers of the Royal Oak this afternoon play the officers of the 74th Highlanders a game of cricket on the flat shelterless plain on the north front, adjoining the neutral ground.
The Peninsular and Oriental Company’s screw steamship Tanjore arrived here last night at 7 p.m. from Southampton, with the mails, and resumed her voyage again this morning for Malta.
A French screw corvette arrived in the Bay this morning from Tangiers.
There is a great scarcity of water on the Rock at the present time, all the tanks with one exception being dry. Water is being drawn from the wells on the north front, and at the Ragged Staff landing place in the garrison, but at both places the water is quite brackish. The fall of rain on the Rock since the 11th of August has been only 0·250in. Water is always a luxury at Gibraltar, and in many cases an expensive one, as l am informed that in many instances officers stationed here with families have paid as much as 30l. in one year for this very necessary article procured from the water-carriers, beyond the quantity allowed by the garrison regulations. In about 50 days’ time there will be no water on the Rock available for the garrison or the inhabitants, unless rain should fall in the meantime. There is, however, a reasonable probability of rain before the present limited supply is quite exhausted.
Sa 18 September 1869



The combined fleet, led by the Agincourt, Admiralty flagship, arrived here this morning, as you will have learnt by my telegram despatched from here on the fleet anchoring, from Gibraltar after a passage of unusually fine weather, and a busy week of drills, under both sail and steam. On Thursday morning at daylight the fleet will again leave the Tagus, the Mediterranean division returning to its station, and the Channel division proceeding to Queenstown.
To resume my notes of the cruise. By daybreak on the morning of Friday, the 3d of September, the officers and crews on board the ships of the combined Mediterranean and Channel fleets in Gibraltar Bay were busily engaged in getting steam up in the boilers, unmooring and shortening in cables, and making other necessary preparations for proceeding to sea. At 8 a.m., flag-hoist time, parting salutes were exchanged between the Agincourt and the Gibraltar batteries, and immediately afterwards the ships weighed their anchors, with the exception of the Inconstant and Psyche, and steamed out of the bay in three grand divisions, the Agincourt leading the weather line, the Lord Warden the centre, and the Minotaur the lee line.
The Lords of the Admiralty had issued on the previous day a letter of instructions to the fleet relative to the order of sailing to be observed during the cruise between Gibraltar and Lisbon, the chief points in which were to the following effect:—
"1. Order op Sailing in Two Columns
1st division.
Lord Warden
Royal Oak
Prince Consort
2d division.
In this order at sea the Agincourt to take a station on the beam of the Lord Warden, or, in leading into an anchorage, to be four points on the bows of the Lord Warden and Minotaur. The Cruiser to be two or four cables, as signalled, astern of the Agincourt when that ship is on the beam of the Lord Warden.
The Cruiser to be on the beam of the Agincourt, and the Enterprise four or eight cables, as signalled, astern of the Agincourt, Cruiser and Enterprise to repeat signals.
"3. Whenever a course is ordered to be steered, the Cruiser, as the only wooden unarmoured ship in the fleet, is to watch most carefully the actual magnetic course steered.
"4. Vice-Admirals Sir Alexander Milne and Sir T.M. Symonds to regulate the movements of the several ships in their respective divisions, and carry out the detail of arrangements thereof, but in all evolutions the motions of the Agincourt to be followed."
Their Lordships observed, in conclusion, that, being desirous of personally testing the notes and additions made to various signals by Admirals of the Channel Squadron, and which have been used by their Lordships since leaving Plymouth Sound, they request that Sir Alexander Milne will cause the signal books of the ships under his immediate orders to be corrected from a copy sent to him from the Agincourt, and their Lordships at the end of the present cruise will be glad to have his opinion of the desirability of revising the books accordingly.
The fleet, therefore, sailed out of the bay in the order laid down in the second clause of the instructions, but the Inconstant was absent from her place in the weather division, having split the starboard valve box over her boilers in getting up steam in the morning, and remained behind to repair the damage, her place in the meantime being taken by the Enterprise. The Psyche also remained at the Rock to bring on despatches and mails.
A hot easterly breeze, at a force of nearly 6, prevailed when the ships left the Bay of Gibraltar, and covered the peaks of the rock and the mountains on the European and African coasts with dense masses of vapour. A southerly course was steered until the lee division was well clear of the Pearl Rock, when helms were ported, all plain sail made to royals, and the ships bore away through the Straits of Gibraltar to the westward, each under a cloud of canvas and reduced revolutions of the engines, the Agincourt's division taking the Morocco side of the Straits, the Minotaur's the Spanish side, and the Lord Warden's a central line. The Cruiser soon got out her studding sails on the port side to assist her scant steam power in keeping her position on the Agincourt's beam, and her appearance drew the remark from an officer on the flagship poop, "The Cruiser was certainly very pretty and — very useless." After passing Tarifa Point the fleet stood over to the Morocco shore, and on opening Tangier Bay and town clear of Point Malabata, the second and third divisions shortened sail and remained in view from the town, while the Agincourt led her division in a sweep round the bay until opposite the town, when her helm was put down, and, as she swung her head up to starboard and off from the land again, the crimson flag of Morocco was run up to her main royal masthead and saluted by her upper deck battery with 21 guns, the Castle of Tangier, in reply, hoisting the British ensign, and saluting from its batteries — taking the entire round of the ramparts for the fire — with 22 guns. Again the Agincourt's guns opened in salute, this time with 17 guns, in honour of the Governor, and again the guns of the Castle roared out their courteous reply, this time as before with one gun in excess, with 18 rounds. The town of Tangier, built in tiers of white buildings on the side of steep rising ground from the sea shore, with the flags of the several European Consulates streaming out in the fresh breeze, the bold background of mountains, with the glistening waters of the bay, all lit by the hot afternoon's sun, presented a very striking appearance. The visit of the fleet, brief as it was, was undoubtedly a piece of good diplomacy. On the occasion of the private visit paid to the town on the previous day by Mr. Childers and Sir Sydney Dacres, every honour and courtesy was accorded to them that the Moorish authorities could possibly command. The Castle fired a salute in their honour on their landing from the Psyche, and on their arrival at the British Legation the Minister for Foreign Affairs, attended by the Pashas of the provinces and accompanied by a number of officers of rank, waited upon their Lordships, and were introduced by the British Minister, Sir J. Drummond Hay, After the return visit had been paid to the Minister at his palace, horses were provided for the use of their Lordships, Sir Richard Airey, Governor of Gibraltar, and the several officers of the naval and military Staffs who had crossed over in the Psyche, and the various objects of interest in the town and neighbourhood visited and explained by the Moorish officers in attendance. For the fuller initiation of their distinguished visitors into the mysteries and customs of Oriental life, a veritable "snake charmer" was produced with a number of the reptiles, which he exhibited in the usual manner, and wound up his performance by tightly binding up his right arm above the elbow, and then selecting one of the most hideous looking of the creatures, he teased it into such fury that it at length fastened on the charmer's fore arm and drew blood freely.
After the salutes had been completed between the Agincourt and the Castle, the flagship led her division again out of the bay, and rejoined the fleets outside, the ships then resuming their course westward, the Agincourt’s ensign dipping in reply to the same form of courtesy from the Union Jack seen flying over the country residence of the British Minister, on the slopes of the Indios Mountain, about three miles west of the entrance to Tangier Bay.
Cape Spartel was soon afterwards left astern, and the fleet steered on a north-westerly course in the direction of Cape St. Vincent, under easy sail for the night, commencing its homeward, as it did its outward voyage, with a fair wind, and weather of extraordinary fineness, but, at the same time, it must be confessed, of extraordinary heat.
The Inconstant joined the fleet on the following morning from Gibraltar, and took her place in the weather divisional column; the Enterprise falling out and joining the Cruiser on the Agincourt's weather quarter. The day was entirely devoted to steam evolutions, at five-knot speed, with steam in the boilers available for six knots. Many of the evolutions were very well performed by the three columns of ships, but some of them were admitted to have been as ill done, distances and bearings not being well kept in many instances, nor signals closely obeyed. It was the first day's practice in steam evolutions of the combined Mediterranean and Channel Fleets, and possibly any errors committed were entirely owing to a want of practice in manoeuvring ships of very different lengths together, and to a want of perspicuity in the wording of many of the signals taken from the evolutionary portion of the navy signal books when considered in their relation to the previous manoeuvre. The evolutions, which lasted about seven hours, comprised from an order of sailing in three divisional columns—
"2d and 3d divisions wheel to port and form single column on the 1st division.
"Form columns of divisions in line ahead, wheeling to starboard.”
In this manœuvre the 3d division held its course, while the 1st and 2d divisions, wheeling first to starboard and then to port, completed the diagram on the weather of the 3d division.
"Form columns of subdivisions in line ahead, retreating to starboard. (Exceedingly well executed.)
"Form columns in quarter line four points abaft the port beam of leaders. (Failed.)
"Form columns in line ahead, wheeling to starboard. (Signal misunderstood.)
"Form columns of sub-divisions, &c., a repetition of the signal previous to the last. (Failed.)
"Form columns of divisions in line ahead, wheeling to starboard. (Very smartly done).
"Form in single columns in line ahead, the starboard wing column wheeling to starboard and leading, and the port wing column wheeling to port and forming astern of centre column."
The other movements would occupy too much of your space to describe, but there was one which is worth a brief notice. From a single column in line astern of the Agincourt, signal was made to "invert the column in succession from van to rear, passing the leading ship of the column on the starboard side." In carrying out this evolution, therefore, each ship in the fleet passed in full view of the Admiralty, from the poop of the Agincourt. in what I can only describe as a "march in slow time," and every part of her appearance and equipment on the upper deck, aloft, and about the exterior of her hull could be closely seen and criticized. There was no apparent fault to be seen, and a more magnificent spectacle could not well be imagined on a calm day at sea as the 12 ironclads, with the unarmoured clipper Inconstant and the Cruiser, passed by in a stately procession. About 5 p.m. the light airs of wind which had prevailed during the day had increased to a nice steady summer evening's breeze, and signal was made to "make all plain sail and come to the wind on the starboard tack." Time was taken as follows, but it was evident that in some of the ships there were special means taken in securing topsails when furling for quickly casting them adrift again when making sail for drill purposes that gave them a most unfair advantage over other ships that furled their sails honestly:—
 m.s. m.s.
Royal Oak150Caledonia420
Lord Warden35Hercules640
Prince Consort335   

Monarch, Cruiser, and Enterprise were not timed.

The Royal Oak and Prince Consort were ordered to furl and loose again. Their time in each instance was:—
Royal Oakm.
Prince Consortm.
Making sail again.
Royal Oakm.
Prince Consort
(with mizen
royal adrift)

During the night the wind became variable in both strength and direction, and topgallant sails and royals were taken in and the course altered to meet the position of the wind, fires being "banked" to signal. In the early morning the centre column, composed of Mediterranean ships, led by the Lord Warden, was seen to be entirely out of its position, with the rearmost ship of the column, the Royal Oak, nearly hull down on the horizon. This was partially remedied by 8 a.m. The Caledonia, when the fleet was in the Straits of Gibraltar, on Friday afternoon, had signalled, in answer to the Lord Warden, that she had 88 of her crew on the sick-list, and this number, alarming as it was by its enormous excess over the average, was now increased to 109. Influenza is said to be the chief feature of the epidemic on board, with some cases of low fever; but, whatever may be the real nature of the sickness, its cause should be ascertained. The officers and crew of the Caledonia only left England in May last to join their ship at Malta, and yet, now that the ship is at sea and on a most important cruise, one-fifth of her hands are disabled by sickness. It would be manifestly impossible that such an occurrence should pass over without some inquiry.
The day being Sunday, Divine service was performed on board the several ships of the fleet in the morning and afternoon, together with voluntary services in the evening. The three services on board the Agincourt wore attended by the Lords of the Admiralty, Commodore George O. Willes, Captain of the Fleet, and other officers of the Admiralty staff. With a moderate breeze, and close hauled to it, the fleet, under easy sail, stood on for the night on a course W. by N.
Sa 18 September 1869
On the following morning, Monday, September 6, the ships in Vice-Admiral Sir Alexander Milne's division were again found to be all out of position, and it took some time to get them in their right places again. Signal was given to chase to windward, and at 8 a.m. the start was made, the formation of the fleet at the time being in three columns, at about 5½ cables' distance apart, and four cables’ distance between each ship in the lines of divisions. The Agincourt, Monarch, Hercules, and Inconstant, as the first division, held the weather position; the second line, 5½ cables to leeward, comprising the Lord Warden, Royal Oak, Caledonia, and Prince Consort; and the third, or lee line, the Minotaur, Northumberland, Bellerophon, and Pallas. The Enterprise had been sent away to windward an hour before the start, and the Cruiser was directed to close on the weather of the Inconstant as a "test" vessel — in a certain degree — of the speed of the unarmoured frigate. The ships started close hauled, with the wind at a moderate royal breeze, and a short lumpish swell running. All carried plain sail to royals, and the Royal Oak and Monarch soon got up a main-topmast staysail. The Inconstant had her screw hoisted up, but the others carried theirs down with permission to "disconnect." Soon after the start the little Cruiser danced past the weather quarter of the Agincourt, with the Inconstant in pursuit at about a cable's length astern, and a hail of "Well done Cruiser!" was given her from the poop of the flagship. The Monarch and Hercules, with the great weight of their hulls, appeared unable to do anything in the moderate breeze and against the short jump of the sea, and sailed absolutely to leeward of their leader. The Royal Oak sailed well full, came out to windward of her line in great style, sailed through the lee of the Agincourt, and shot out to windward across her bows. The Caledonia and Prince Consort followed the Royal Oak out to windward, while their leader, the Lord Warden, fell away rapidly to leeward of everything. The Minotaur sailed equally well with the Royal Oak, and drew triflingly upon the Agincourt; but the Northumberland was nearly as sluggish as the Lord Warden. The Pallas and Bellerophon were the two best, so far, of the Minotaur's division; but they were outpaced even thus early by the oldest of our ironclads, the Royal Oak, Prince Consort, and Caledonia. Half-an-hour after the start the Inconstant passed the Cruiser to windward and took the lead of the fleet. At 10 o'clock, in answer to signal, the inclination of each ship was given as—
 deg. deg.
Royal Oak4Caledonia5
Lord Warden5Agincourt3
Northumberland3Prince Consort6

Nine degrees of inclination by the Inconstant in so moderate a breeze would seem to indicate that she is much too crank, her present trim possibly being the cause. At 11 a.m. the fleet tacked together to starboard, the time occupied in the evolution by each ship being—
 m.s. m.s.
Monarch530Prince Consort430
Lord Warden920Bellerophon620

The Royal Oak and Cruiser were not correctly timed.

The weatherly positions of the ships after tacking were:-
1 Inconstant, with a
tremendous lead.
2. Cruiser.
3. Enterprise.
4. Royal Oak.
5. Monarch.
6. Agincourt.
7. Hercules.
8. Minotaur.
9. Caledonia.
10. Prince Consort.
11. Bellerophon.
12. Pallas.
13. Northumberland.
14. Lord Warden,
hopelessly to leeward.

Immediately after tacking the Caledonia carried away het mizen royal mast, main and fore topgallant masts close to the topmast heads, in a heavy lurch made to leeward. The mizzen royal mast with its yard and sail, went first followed in about fifteen seconds by the mail topgallant mast, and then the fore, at about the same distance of time. As the wreck hung over to leaward the ends of the yards tore great gaping holes in the fore and main topsails, and by this time the poor Caledonia was a "sight" for the fleet. Her topmen were aloft almost before the last spar went and so energetically was the wreckage cleared away and new spars sent aloft and fitted, that by half-past 3 in the afternoon the frigate was making sail to royals again on all three masts. It was very effective as a mere spectacle to lookers-on, and very expensive also without doubt. Fortunately, no one on board, aloft or on deck, received the slightest injury. At 2 p.m. the fleet tacked, the Monarch missing stays twice, and being at length compelled to wear to get her head round, stood on until 6 o'clock, when the chase was discontinued. The ships then wore round, and the three divisional columns were re-formed for the night. In wearing round the Hercules for more than half an hour refused to answer her helm, and lay with her head yawing about and looking in all directions but the right one. This action of the Hercules in refusing to wear, with that of the Monarch's in refusing to stay, was looked upon as of so grave a character that, by direction of Mr. Childers and Sir Sydney Dacres, both ships were signalled to send in written reports on the subject. The Monarch signalled:—
"Our balanced rudder was the cause of the ship missing stays, and is also the cause of her not going to windward. Ship carries on the port tack from 15 to 20 deg., and on the starboard tack from 9 to 10 deg. of weather helm."
Angles were taken from the Agincourt by her Staff-Commander, at the start and at the finish, and the subjoined measurements will give the exact conditions and results of the trial. At the start, at 8 a.m.:—

Enterprise, 9 cables to windward of Agincourt.

To Leeward of Agincourt.
 Cables. Cables.
Cruiser4Prince Consort10
Lord Warden6Bellerophon14
Royal OakPallas15½

At the conclusion of the trial, at 5 p.m.:—

To Windward of Agincourt.
 Cables. Cables.
Inconstant.90Royal Oak16

Even with AgincourtMonarch.

To Leeward of Agincourt.
 Cables. Cables.
HerculesPrince Consort23¼
Bellerophon10Lord Warden71

Gain on Agincourt.
 Cables. Cables.
Royal Oak23½Bellerophon4

Loss on Agincourt.
 Cables. Cables.
Lord Warden65Pallas14½
Northumberland17Prince Consort13¼

The next day, Tuesday, September 7, was also devoted to sailing. The disappointing character of the results of the previous day's sailing, more especially as regarded the Hercules and Monarch, determined their Lordships to start the Inconstant, Monarch, Hercules, and Cruiser together from the fleet in a run over a certain distance to leeward, and thence to beat back to the fleet to windward. The Royal Oak was selected as the mark ship, and by 8 a.m. was hove to seven miles dead to leeward from the fleet, which also lay hove to in its windward position. At 40 minutes past 8 the four ships were started from the Agincourt, their instructions being to pass round the stem of the Royal Oak, and then make their way again back to the Agincourt, carrying all possible sail out and in. The Royal Oak on the last of the four ships passing round her was to fill and join in the chase back to windward. The wind was at a force of five at the start, a good royal breeze, and a moderately long swell was running. The Cruiser, Hercules, and Monarch were pretty close together at the start, but the Inconstant was about six cables astern of the others.
The Hercules led out from the Agincourt, with Monarch second, but the little Cruiser soon slipped past the two huge ironclads, and, with studding sails set alow and aloft, skimmed along for the "Oak" before the wind and roll of the sea in gallant style, the other three quickly getting out their studding sails. The Inconstant drew rapidly upon the Monarch and Hercules, passed them in half an hour after the start, and then took up the trail of the Cruiser. This work was not so easy for her, however, as it had proved with the Monarch and Hercules, and the run out to leeward was well advanced before she succeeded in passing her. On nearing the Royal Oak each ship took in her studding sails, and afterwards luffed round the ship in the subjoined order and times:—
 h.m.s. h.m.s.

The time occupied by each ship, therefore, in running over the seven miles was,—
 h.m.s. h.m.s.

After all had luffed past her, the Royal Oak filled her sails, and joined the chase back to windward, and was before long on the weather of both the Monarch and Hercules. All kept their reach for some time after luffing to the wind, and then, going about on the starboard tact, stood on towards the fleet. The Inconstant fetched into the finishing point for the race close under the Agincourt's stern, and the Cruiser fetched in just 2½ miles to leeward of that. The Royal Oak fetched in nearly as far to windward as the Cruiser, but the Monarch and Hercules were so far to leeward that signal was made at 4 p.m. to discontinue the chase, and angles were taken from the Agincourt to ascertain their then exact position. The Inconstant finished under the flagship's stern at 14 minutes past 2 p.m., and the Cruiser, with a hail to the flagship of "There was too much sea for us," at 5 minutes past 3. These times made the Inconstant 3 hours 59 minutes and 13 seconds beating up over the seven miles to windward, and the Cruiser 4 hours 48 minutes and 25 seconds. During the latter part of the time the wind fell to about 4, and the swell subsided in a proportionate ratio. The Inconstant and Cruiser sailed with their screws hoisted up, but the other three vessels had their screws down. The measurements taken after the Cruiser passed under the Agincourt's stern, allowance having been, made for the drift and fore-reaching of the flagship, placed the Royal Oak, Hercules, and Monarch to leeward of the Agincourt at the subjoined distances:-
Royal Oak, 2 miles 7 cables; Hercules, 3 miles 1 cable; Monarch, 4 miles 1 cable.
When the chase was discontinued, the weather ships bore up, and the fleet was reformed in three columns of divisions for the night, the general work of the day being closed with shifting topsails - which was accomplished by
 m.s. m.s.
Cruiser (on two
masts only) in
Lord Warden1115Caledonian2210
Prince Consort1115*Inconstant2747
Royal Oak155*Monarch3552
* Newly commissioned ships.

The time occupied in shifting topsails at sea is looked upon as a test of the smartness of a ship's crew in their work aloft, but time must always be considered in relation to the date of the ship's commission and the number of leading and able seamen on board the respective ships. The Agincourt, Hercules, Monarch, and Inconstant are newly commissioned ships, and officers and crews not yet working well together, cannot, therefore, be expected to compete in any work aloft with ships that have been some time in commission, and where such drill is a daily practice, such as the Lord Warden, Minotaur, Royal Oak, or Pallas. The composition of the crews is, perhaps, of greater importance, and I find from a return made by signal to this ship that the numbers of leading and able seamen — the men who do the work aloft — on board the ships of the fleet (excepting the Cruiser, which was detached from the fleet at the time the signal was made) are as follows:-
◄Table scrolls horizontally►
 Leading seamenAble seamen Leading seamenAble seamen
Lord Warden20126Northumberland25106
Royal Oak20151Pallas528
Prince Consort20112Enterprise312

At sunset the fleet was placed under topsails, topgallant sails, and fore courses, and hauled up on the wind for Cape St. Mary for the night, to secure smooth water for steam evolutions ordered to be carried out during the two following days. The next morning brought nearly a calm and a perfectly smooth sea, and the course of the fleet was so steered during the evolutions that ensued that by noon the ships were in the bight of water between the Capes of St. Vincent and St. Mary. At 2 p.m. the American screw frigate Juanita, bound for Gibraltar, passed inshore of the fleet, and exchanged salutes with the Agincourt. At the same time the Peninsular and Oriental Company’s mail steamship Poonah, from Southampton, bore down upon the fleet from Cape St. Vincent, with the signal flying from her masthead, "Mail bags for the fleet," and, ranging up alongside the Agincourt, sent on board the Admiralty mail bag, with one also for each other of the ships in the fleet. Her passengers were evidently all on deck, and gazing over her bulwarks with the deepest interest and astonishment at the imposing yet eccentric war dances of the great fleet.
The evolutions were made at six-knot speed in the morning, but in the afternoon the rate of speed was reduced to five knots. This was the first occasion on which steam had been used since clearing the Straits of Gibraltar on the previous Saturday evening, fires having been kept banked and sail only used. The Bellerophon broke the spindle of her escape valve during the evolutions and fell out of the column to which she belonged for a time, to repair the damage, rejoining afterwards; and the Cruiser, being unable to keep any position with the other ships when under steam, was despatched to the rendezvous appointed for the Pallas on her arrival from Gibraltar, 20 miles off Cape St. Vincent. The night drill, before calling the watch, was on this occasion shifting fore courses. The next morning was more brilliantly clear than the preceding one, and Cape St. Vincent, with the Serra de Monchique mountains in the background, loomed up with extraordinary distinctness on the starboard hand. Light north westerly airs, just of sufficient strength to blow out the signal flags, prevailed, and the state of both wind and sea, in fact, was admirably suited for the work the fleet had before it — another long day's drill in steam manœuvres. These, like those of the previous day, require no detailed notice. All that may be said of them is, that the fleet looked magnificently warlike in many of the figures made, and the general execution of them was a great improvement on the first day's practice after leaving Gibraltar; but, on the other hand, considerable confusion, to say the least, was exhibited in some of them.
Vice-Admirals Sir A. Milne and Sir T.M. Symonds, with several of the officers commanding ships in their divisions, and the commanders of the Minotaur and Lord Warden, dined by invitation with the Lords of the Admiralty on board the Agincourt. At 10 p.m., almost before the two vice-admirals could have regained the deck of their flagship on returning from the Agincourt, the latter hoisted four vertical lights at the after-peak, and fired a rocket as a signal for the fleet to go to general night quarters and engage. The Hercules fired the first gun, and the engagement soon be came general. For a short time each ship was intensely illuminated over every part of her hull, spars, and rigging. The fire from so many guns, however, soon covered the fleet in dense masses of smoke, and these, flame-fringed and pierced with long tongues of fire, were all that could then be seen of the action, which was thenceforward fought out to the end by each ship firing into the smoke around her as rapidly as possible. How steam tactics would have fared under such circumstances it would be difficult to say. A second rocket from the Agincourt brought the action to an end; magazines were closed, guns secured, hammocks again piped down, the watch called, and the fleet resumed its ordinary quietude for the night.
Sa 18 September 1869
Friday, the 10th, was a great day with the fleet at target practice. The ships were spread out over a large space, and each sending out targets, made practice from her main deck ordnance, with rifle practice from the marines on the forecastle. With the ships at such distances from each other, I could see nothing of the shooting beyond that from this ship. Here the firing was exceedingly good, except when the ship got the roll of the sea abeam, and then the unsteadiness of her deck necessarily caused the shooting to became as wild as it had previously been true. There was only just such a breeze as any vessel might beat up to windward against under her royals, and a moderately long swell rolled in from the westward, such as might be looked for in the finest of weather at sea, and yet, under these not very unfavourable conditions, here was a fleet of ships with their broadside guns rendered innocuous each time they got the swell of the sea on their beam, The great disadvantage of broadside-mounted as compared with turret guns was fully brought out, even on so fine a day, and there can be no manner of doubt that had the Monarch been an enemy, with her turrets and four 25-ton guns in working order, she could have steamed down on the fleet from her windward position and have sunk fully one-half of the ships before her own fire could have been silenced by her being sunk or blown up in her turn.
The Psyche joined the fleet in the morning from Gibraltar, and returned there again in the afternoon with despatches and mailbags for the homeward bound Peninsular and Oriental Company's steamer. The Cruiser also rejoined the fleet from her cruising ground under Cape St. Vincent.
The drills of the combined fleet at sea terminated with the target practice of Friday, the 9th inst. During Saturday and yesterday the ships lay on and off the land, in three divisions, under easy canvas, and close hauled to light northerly winds, between Capes Espichel and Roca, and occasionally heaving within sight from the mouth of the Tagus, A longish swell prevailed at times, and under its influence, combined with the lightness of the wind and the low rate of speed at which the ships were moving through the water, — from two to 2½ knots per hour, — the "rollers" of the fleet, the Royal Oak, Pallas, Caledonia, and Lord Warden, performed, with closed ports, some most extraordinary antics, The Royal Oak and Pallas at times nearly rolling their garboard strakes out of the water. The three great five-masted ships, with the Monarch, Hercules, and the Inconstant, at the same time rode the swells as steadily as seagulls.
At daylight this morning the fleet bore up for the Tagus, and crossed the bar outside at 7 a.m., and soon afterwards entered the Tagus in two grand lines, with the Agincourt leading in the centre, the lines being three cables apart, and the ships in line a cable and a half from each other. Sweeping slowly up to the anchorage off the city thus under the full glow of the morning sun, the spectacle, as the fleet opened round Belem Castle, must have been one of unprecedented beauty and grandeur from the shore. Salutes were exchanged during the run up the channel below the Belem Tower between the Agincourt and the forts on shore in honour of the Portuguese and British national ensigns, and also with an American frigate lying at the river anchorage. About half-past 9 the ships dropped their anchors simultaneously abreast of Alameda, and the most powerful iron-clad fleet in the world lay in quiet and imposing array a short rifle-shot distance from the principal squares and streets of the capital of the Kingdom of Portugal.


The more salient facts so far established by the present cruise are, in my opinion,—
1. That the efficiency of the Channel and Mediterranean Squadrons in steam evolutions — if their performances in that respect under the Admiralty flag represents their true maximum — is not at all commensurate with the cost of their annual practice in the two items alone of coals and wear and tear of machinery.
This may possibly be explained, or rather attempted to be explained, by saying that the two squadrons would manoeuvre better alone, or if only one Admiral was present and in command. Such an excuse would possibly not be accepted by the public if it even settled the question at headquarters. The same laws of obedience and loyalty of service govern commanding officers to an equal extent as the seaman and marine.
2. The dangerously defective action, under certain conditions of wind and sea, or amount of helm given, of the balance-rudder principle.
3. The superiority in sailing to windward of the oldest over the latest produced of our ironclads. This position of affairs may, however, be reversed under the altered conditions of a stiff breeze.
4. The steadiest ironclad ships under steam or sail in the two squadrons are the Agincourt, Minotaur, Northumberland, Hercules, and Monarch. The most unsteady of all are the — 1, Pallas; 2, Royal Oak; 3, Caledonia; 4, Lord Warden; 5, Prince Consort, in the order as numbered. The ship having the greatest inclination under sail is the Inconstant, but this defect, if it is considered one of great moment, can easily be rectified. With regard to the speed under sail alone of this handsome frigate no reliable inferences can be drawn from any comparison with other ships in the two days' trials, nor yet with the "test" vessel, the Cruiser, the latter being now an old craft, possessing no power under sail, and never having possessed any reputation in her palmiest days for speed except of the most moderate character. The only measure that can yet be taken of her speed under sail is in the figures given with the second day’s sailing — in the total distance beat over by her to windward from the time of rounding the Royal Oak and the time she occupied in doing the work. It is the intention of their Lordships to give her a further trial previous to the Channel division of the fleet reaching Queenstown, and for this purpose the Warrior is ordered to lie off Corunna about the 20th inst. The Warrior, however, with her now heavier armament and stores on board, floats about 12 inches (mean) deeper in the water than she did with her original armament, She was never so fast as to approach the present believed speed of the Inconstant, and probabilities are that the latter will sail away from her hand over hand.
5. The undoubted great superiority of the turret over the broadside principle in maintaining a continuous fire in a rolling sea.

The First Lord has signified his intention by signal to the fleet to give a cup to be rowed for by gunroom officers belonging to the ships of the Mediterranean and Channel squadrons, in service boats, in some boat races which it is contemplated to hold on the Tagus, on Wednesday, the 15th inst.
In conclusion of my present letter I wish to state that during this cruise the First Lord is making himself acquainted with numberless important matters connected with the ships, their organization, crews, and armaments, to an extent that 50 years' continuous rule at Whitehall would never have given him, and at the same time gaining his knowledge free from that strong professional prejudice which blights the greater number of opinions tendered by the colleagues of a Civil First Lord, when given within the magic precincts of the four walls of the ancient Board-room.
The condition of the sick on board the Caledonia is improving, her total number on the sick list in the last return having been reduced to 72 from 109 as given previously. The returns of sick in the fleet yesterday was made as follows:-
Agincourt14Prince Consort20
Lord Warden24Pallas14
Royal Oak20Cruiser7

Total sick in the fleet 317, out of 8,077.

Tu 21 September 1869



The sailing orders for the fleet are for to-morrow, but it is just possible, so far as can be ascertained at the moment of writing, that, instead of making the start at daylight, as was anticipated on the day of arrival here, it will be evening before the fleet is clear of the Tagus. This will be a much better arrangement than if it were determined to clear the fleet of the Tagus early in the morning; as the work of unmooring ship and getting generally ready for sea wilt be done during daylight, and without keeping the crews needlessly out of their hammocks.
This afternoon His Majesty the King of Portugal paid a visit to the fleet. His Majesty, who wore a naval uniform, and was accompanied by Vice-Admiral the Visconde de Praya Grande, his aides-de-camp, and other officers, embarked from the Arsenal Stairs about 3 p.m., in his state barge, under a salute from the Portuguese ships of war lying in the inner anchorage, the British fleet and American squadron manning yards, and hoisting the Portuguese flag at the main. On reaching the deck of' the Agincourt the King was received by the Lords of the Admiralty, the Hon. Mr, Childers and Vice-Admiral Sir Sydney Dacres, in their official uniforms, the Secretary of the British Legation at Lisbon (in the absence of Sir Charles Murray), Vice-Admirals Sir Alexander Milne and Sir T.M. Symonds, and the captains of ships under the Admiralty command. A guard of honour of Royal Marines was drawn up on the ship's quarterdeck, under the command of Captain Mabeans, Royal Marine Light Infantry, and Lieutenants Montgomery and Denney; and all the officers, as in all the other ships of the fleet, wore full dress. On the Royal standard of Portugal being transferred from the state barge to the Agincourt the entire British fleet, with the American and Portuguese ships of war, fired a Royal salute, covering the waters of the Tagus with dense clouds of smoke and bringing out the detonations, a thousand times repeated, from the high lands on either side of the river's bank. Upwards of half an hour was spent in looking over the flagship, after which His Majesty, accompanied by the Lords of the Admiralty, re-embarked in the state barge and went on board the Lord Warden, flagship of Vice-Admiral Sir A. Milne; the Minotaur, flagship of Sir T.M.C. Symonds; and the Monarch turret-ship, from all receiving the full honours due to Royalty. On board the Monarch the King remained a considerable time, inspecting the turrets and the means of revolving them, by hand and steam power, and the working of the guns. On leaving the Monarch, His Majesty expressed to the Lords of the Admiralty the great pleasure his visit to so large and powerful a fleet had afforded him. On re-embarking in his state barge and leaving the ships, after a visit extending over three hours, the fleet again, manned yards and the Portuguese ships supplemented the honours already rendered to their Sovereign by firing another salute.
The boat races between the gigs of the combined fleet of the Channel and Mediterranean divisions for the Cup given by the First Lord, manned by gunroom officers, and the cutters of the Fleet, manned by seamen, for prizes in money, followed upon the King's departure, and were concluded by sunset. The cup was won by the officers' gig of the Minotaur, the Hercules' gig coming in second, and the Agincourt's third. The Hercules' came in 23 seconds astern of the Minotaur's, and the Agincourt's 28 seconds. It was a well-pulled race throughout, although, perhaps, with some lack of judgment in the pace, necessarily so on the part of crews untrained and not accustomed to row together. The first three boats in for the cutters' prizes were— 1, the Prince Consort's; 2, the Bellerophon's; 3, the Northumberland's.

10 p.m.

The movements of fleets are variable as the wind. It is now understood that the ships will leave the Tagus early in the morning, and, therefore, to insure saving the post, I am compelled to bring this brief letter to a close, rather than trust further to the doctrine of chances. On Tuesday (yesterday) the boats of the fleet were manned and armed, the flotilla numbering 81 in all, and exercised under both sail and oars. Small stores of all kinds were also transferred from the ships of the Channel to those of the Mediterranean division.
The Bellerophon has been transferred to the Mediterranean from the Channel division, and will, therefore, sail under Sir A. Milne's flag for Gibraltar and Malta. The Pallas, relieved by the Bellerophon, goes to England with the Channel ships to be paid out of commission. She, with the Monarch, will part company with the other ships on arriving off Ushant, and both are to proceed thence direct to Spithead.
The Agincourt is expected to proceed to Pembroke with the Lords of the Admiralty from Queenstown. After her arrival at the former port from Ireland, and their lordships have inspected the dockyard and naval establishment there, the Admiralty flag will be hauled down, and the flag of Rear-Admiral Chads hoisted on board, as second in command of the Channel Fleet.
The Hercules will most probably refit, after her duties with the Lords of the Admiralty have been completed, at Queenstown, for service in the Mediterranean.
The foreign ships of war anchored off Lisbon besides the British Fleet are the U.S. sailing frigate Sabine and screw corvette Juanita. The Sabine is an old sailing frigate of the U.S. Navy, and is now cruising as a training ship for second class naval cadets, under the command of Captain Walker, who sails under a kind of roving commission. She is of 1,756 tons, and is armed with 24 9in. Dahlgren guns on her main deck, with ten 32-pounder guns, and two 200-pounder Parrott rifles on the upper deck. The Juanita is a screw corvette of 1,200 tons, well masted, and is just out from the States, after a rather quick passage under sail. She is manned with 240 officers and men, and is armed with one Dahlgren 11in. pivot gun, seven 9in. Dahlgrens on the broadside, and one Parrott 60-pounder rifle as a pivot. Both are wooden built unarmoured vessels.
A large number of people from the shore have visited the fleet during its brief stay here, and have been received on board all the ships with the greatest courtesy.
Ma 27 September 1869



One of the latest official acts of a Vice-Admiral commanding a division of the combined Fleet previous to its sailing from Lisbon was on the occasion of the King's visit to the Fleet, when the gallant officer, who must have been in a chronic state of "protest" signalled to the Agincourt, "I think it unsafe to man the upper yards!" Of course, the upper yards were manned with all the others, but what could have induced a British Vice-Admiral to hoist such a signal with ships lying at anchor in perfectly smooth water must for ever remain a mystery which no one can ever possibly understand.
In pleasing contradistinction to this were the last official acts of the Lords of the Admiralty themselves previous to the Fleet leaving Lisbon, in a visit paid by them, during the time the Fleet were preparing to weigh their anchors, to the Royal British Naval Hospital on shore. Their Lordships, accompanied by Surgeon E.O. O'Brien, of the Agincourt, and Flag-Lieutenant the Hon. E.S. Dawson, left their flagship at 7 o'clock on the morning of Thursday, the 16th inst., for the hospital, where they spent nearly a couple of hours in its inspection, and on leaving expressed their perfect satisfaction with the existing arrangements. The hospital consists of a couple of large houses thrown into one, with a spacious garden extending from the back of the building towards the banks of the Tagus, and commanding extensive views — on the one side of the seacoast as far as Cape Roca, and of the Cintra mountains and intervening country, with the northern suburbs of Lisbon. On the other side, the view extends over the city of Lisbon and the Tagus, with the curious cone-shaped hills on its southern bank, crowded with the ruins of Moorish fortifications, and its scattered villages. The hospital was founded some years ago by the British Admiralty purchasing the property on the recommendation of Sir Sydney Dacres. At the time of their Lordships' visit there were only two patients in the hospital, but when the British fleet is wintering in Lisbon harbour there are often as many as 50 patients. The establishment appears to be very economically conducted, the entire permanent staff consisting only of one naval assistant-surgeon, one storekeeper and clerk, one cook, and a labourer. When sick seamen are sent to the hospital from one of Her Majesty’s ships seamen nurses are also sent with them. Sixty beds are altogether ordinarily available.
Immediately after their Lordships' return from their visit to the hospital signal was made to "weigh," and about half-past 10 the Agincourt was leading the Fleet out from the Tagus in two grand columns at slow speed past the King's Summer Palace at Belem, on the central verandah of which the King stood waving his farewell to the Fleet. The guns of the Admiralty flagship gave a Royal salute of 21 guns, the Castle of Belem returned the compliment, and the ships then formed in single line and increased the speed of their engines to cross the "bar" outside the Bugio fort and between the Cachopo shoals. After getting well outside the bar the Fleet was formed in three columns of divisions, and steered on a north-westerly course. The black boulder-strewn mountains of Cintra stretching inland from Cape Roca were soon brought on the starboard beam, and as the Cape was closed upon by the ships a fresh breeze met them, with a head-sea of sufficient strength thoroughly to wash the dust of Lisbon from off their bows. Sail was then made, and steam only used for the night sufficient to prevent their dropping over to leeward. A marine invalid, sent on board the Pallas from the Royal Oak for passage to England, died during the day, and that most solemn of all religious services, a burial at sea, was performed in the evening.
The wind and sea both fell during the night, and the next morning bringing back a return of the old brilliantly fine weather, a light wind, and a smooth sea, advantage was taken of the opportunity for a last day's grand drill in steam evolutions by the Fleet, it having been decided that the Mediterranean division should part company in the evening, and return to its station, the Cruiser at the same time being detached from the Fleet, and ordered to make the best of her way to the Rock of Gibraltar, in advance of Vice-Admiral Sir A. Milne's squadron. The signal "Prepare for action," preceding the steam evolutions, having been given, all the ships struck topgallant masts and upper yards, and ran in their jib-booms and bowsprits in readiness to "ram," as opportunities offered during the engagement, and then beat to general quarters. In getting in the jibboom on board this ship an accident occurred to one of the boatswain's mates, which in the most favourable form of anticipated results will most probably cripple the man for the remainder of his life. He was standing on the heel of the bowsprit, directing some work going on aloft, when the boom came in along the bowsprit with a sudden surge and jammed the man's feet between its heel and the roller on the heel of the bowsprit. The right foot acted as a buffer to the left, and consequently sustained the greater injury. The main bones were not broken, but the ankle-joint was forced open, and all the ligaments were divided. No examination of the small bones of the foot could be made, owing to the nature of the injury.
The steam evolutions were commenced about 10 a.m., and lasted, with one hour's interval, until 5 p.m., and comprised:—
Column in line on port beam of leader.
Course altered together eight points to starboard.
Course altered together to E.N.E.
Course altered together to N.N.E.
Single column in line abreast.
Columns of divisions in line ahead.
Single column in line ahead.
Columns of divisions in line abreast.
Columns in quarter-line on starboard wing ship.
Columns in line abreast, changing to subdivisions.
Single column in line abreast.
Columns of subdivisions inline ahead.
Columns in quarter-line, four points abaft starboard beam of leaders.
The last formation made was three columns of divisions inline ahead. This brought the Mediterranean ships — Lord Warden, Prince Consort, Caledonia, Royal Oak, Bellerophon, and Enterprise in one line in the centre, and signal was now made to part company, the Agincourt making "Farewell. The pleasure of your company with this squadron has been great." The Lord Warden, in reply, signalled, "Admiral returns thanks in name of the Mediterranean Squadron, and wishes you a pleasant passage." The guns of the Lord Warden then fired a salute of 19 guns to the Admiralty flag at the main of the Agincourt, which was returned by the Admiralty flagship with 15, and the Mediterranean division, led by Sir Alexander Milne's flagship, steamed out from its position between the starboard and port columns, each ship as she got out ahead of the Agincourt porting her helm and reversing her course round the latter ship's bows. It was a very stately and effective mode of departure, and, as a steam evolution simply, was the best executed of all by the Mediterranean ships since they had formed a division in the fleet. A few hours more and the Channel and Mediterranean squadrons were each out of sight of the other as the one steered north and the other south. The sea which was, as already stated, unusually smooth at the commencement of the evolutionary drills, got up a long westerly swell as the day wore on, which more or less affected all the ships, and developed their rolling propensities in good style. The maximum heel of each ship was signalled just previous to the departure of the Mediterranean squadron, but in many cases the figure given was so absurd that the return became more than valueless — it was mischievous. For instance, while the Minotaur, as one of the steadiest ships in the fleet, signalled correctly that she rolled 20 deg., another ship, which rolled considerably more than she had done, signalled her maximum amount of heel as 3 deg.! The Monarch turret-ship rolled much less than any other ship in the fleet. In fact, from 3 deg. to 4 deg. each way in the heaviest beam swell she caught was about the most she would roll, and in this way she again showed her great superiority as a gun-platform over the broadside ships.
During the time the evolutions were going on, after the westerly swell set in, the Agincourt, Minotaur, and Northumberland rolled very evenly together at eight rolls per minute, the Bellerophon, Royal Oak, Caledonia, Prince Consort, Pallas, and Lord Warden rolling much deeper and quicker. The Inconstant, next to the Monarch, was the steadiest ship in the fleet, and the Hercules took rank with the three five-masted ships. The swell, however, was towards the close of the afternoon very uneven in its character, and some very extraordinary effects were produced. The Bellerophon, as an instance, at times rolled much more than even the Royal Oak or the Pallas; and the Agincourt. immediately after the Mediterranean ships had parted company, suddenly fell into such unsteady ways as to roll 22 deg. to port and 20 deg. to starboard in a series of continuous swings, taking in the water liberally through her main deck and stern gunports, and doing this at a time when the Minotaur and Northumberland, at some five or six cables' distance on her weather beam, were lying comparatively motionless. Such uneasy motions of the sea could only be due to some gale past or to come, or, as presaging a change of wind. It proved to be the latter, for during the succeeding night the light wind veered gradually round to the south-west, and in the first watch on Saturday morning all plain sail was made, and the ships were steering with a fair wind for the appointed rendezvous, to meet the Helicon, with mails from England, 20 miles west of Cape Finisterre. It had been arranged that the Warrior should meet the fleet off Corunna, in order to give the Inconstant a trial of sailing with her, but it had now became known that the fine old frigate would be unable to join the squadron until its arrival at Pembroke from Queenstown, owing to some delay in docking her at Portsmouth. At noon on Friday the ships were 220 miles distant from the rendezvous, and on Saturday at noon 100 miles. Saturday on board the several ships was, as usual, a general cleaning-up day, and nothing of special interest occurred as the ships held their course for the rendezvous before the south-westerly breeze. During the night rain fell heavily, and the wind falling very light early the next morning, Sunday, the screws were set going. At 9 o’clock in the forenoon the rendezvous was reached, Cape Finisterre with its light-tower looming above the morning haze on the starboard beam, and a sharp look-out was kept for the smart little Helicon, which soon afterwards hove in sight and delivered her despatches and mails on board the Agincourt by 1 p.m. She brought news of rough weather in the English Channel, and had up to that morning been steaming against a strong south-westerly wind.
It had been arranged that morning that on the following day (Monday) the ships should run into Corunna Bay and anchor there for the day, to give an opportunity for a visit being paid to the Spanish Dockyard and Arsenal at Ferrol; but this intention was balked in its execution by a sudden change in the weather, which led up to as pretty a gale, although a brief one, as any one might wish to see on the skirts of the Bay of Biscay. The barometer, which at noon was at 30·09, fell rapidly during the afternoon, and as it fell the wind and sea rose, a lurid blackness gathered on the horizon, and it soon became evident that rough work was at hand. The intention to go into Corunna was at once, under these new conditions, given up, and signal made to steer a north-easterly course, with directions to the Pallas to make the best of her way to Plymouth Sound. The wind grew into a gale during the night, and at daylight the next morning the scene was grand as the ships scudded along under close-reefed topsails and fore courses, with the wind lashing the sea into great ridges of broken water, the crests of which were blown away in gray masses furiously to leeward. At 11 a.m. the barometer was down to 29·27, the wind blowing excessively hard, and especially so in the squalls. It was impossible to see exactly what other ships than this were doing, but the Monarch, Hercules, and Inconstant appeared to be steering very wildly. All had quite enough to do. The Agincourt had 50 men employed in steering her, 14 at the wheel and the remainder at the relieving tackles, and even then at times she was almost unmanageable, taking charge of her wheel once and throwing one of the men up against the beams under the poop, and cutting a gash in his forehead of some inches in length, but fortunately without any material injury to the bone. The straps of the relieving tackle were carried away three times, and one bolt was drawn during the fore part of the day, the ship’s ordinary measure of rolling being about 22 deg. each way. At 10 30 a.m. she took a sea aboard that burst open the garboard strakes of the first cutter hanging at the davits on her starboard quarter, and then, swinging through an arc of quite 50 deg., sent everything movable, on or between decks, flying. Men were on their backs in a moment and sliding away at a great pace for the lee scuppers. In the officers’ cabins the furniture and fittings, not thoroughly secured, were shot out of their places and dashed against each other to their common destruction. In the wardroom mess the chairs flew wildly from side to side, the long table broke loose from its deck fastenings and doubled up in a broken arch amid the general wreck, and the few officers off duty and in the room at the time had to cling with all their strength to the iron columns supporting the deck above, and kick out furiously at the passing chairs to prevent their own legs being broken by them. The wind about this time backed the ship off from her course five points, split her foretopmast staysail, and, coming out at N.N.W., jammed the ships over to a leeward position in the bay. About 1 p.m. the mizen topsail was taken in, and the ship became afterwards a little more manageable than she had been during the preceding part of the day. The Helicon, in obedience to signal, parted company with the flagship and steamed away at her best against the gale for Queenstown, with orders to look out for the fleet, on the weather moderating after her arrival at Queenstown, with the Enchantress, 30 miles south of Cape Clear. During the after part of the day the wind lost a good deal of the violence it had exhibited in squalls during the previous part of the gale, and about 4 p.m. the clouds overhead opened for a couple of minutes, enabling the navigating officers to take observations and fix the exact positions of the ships. With the wind northing the barometer rose again, and at 9 p.m. it had reached the point it originally fell from when first indicating the gale — 30·09. This ship, with the Minotaur and Northumberland, kept well together, but at sunset the Monarch was only just distinguishable astern of them, and the Hercules, with the Inconstant, was altogether out of sight.
Dinner was a great difficulty, no doubt, on board all the ships in the evening, for although the wind gave indications of blowing itself rapidly out, now that it had got to the northward, there was a heavy broken sea running, in which the ships were rolling deeply. Here, in the wardroom mess, the dislocated table was brought into joint again, ballasted with "puddings" 20 feet long, and a many-stringed "fiddle," and dinner was eventually managed, notwithstanding the violent plunges and rollings of the great ship. Numbers of the men, during the time the gale had already lasted, had suddenly found themselves thrown on their beam ends on the deck, but all had escaped with slight bruises except in the instance of the man referred to at the wheel, and that of a marine who met with a most extraordinary bit of experience. A capstan bar got adrift from its place between the maindeck beams, and, striking the marine with great force on the back of his head, actually broke itself into two pieces. One of those next struck an arm rack, smashed it up and liberated the arms, a cutlass sent adrift sticking its point into the marine's foot before he could comprehend what was the matter with his head. On being examined by the surgeon it was found that his skull was not broken, and that a piece of ordinary sticking plaster was all that would be required for its cure! His foot will take a little longer to heal.
The wind blew heavily from N.N.W. and N. all the next night, and the ships rolled very much, the Agincourt washing away her port life-buoy. On Tuesday morning the wind had moderated further, and down to a steady breeze from W.N.W., with the sea rapidly smoothing down, and the ships began to unfold their wings again (the Monarch had re-taken her station in the weather division), and under increased sail, with their screws moving at slow speeds, worked up to windward again for Cape Clear from their leeward position in the bay. In answer to signals from the Agincourt, the Monarch and Minotaur replied that they had sustained no injury from the gale, but the Northumberland's answer, unfortunately, was very different. Two of her seamen had been lost overboard. She had also sustained some damage to boats and boats' davits, but such matters become insignificant before the fact of the loss of life. The Hercules rejoined the fleet soon after noon on Tuesday, completely crippled aloft by the gale. She had sprung her foretopmast head, split fore and aft trysails, sprung main gaff, carried away spanker gaff and mainstay, and washed away the hand lead platform and stem hawse-pipe plugs. In answer to signal she replied that during the gale the fore part of her rudder was "locked," but that it was found impossible to steer the ship under the easy sail required to keep station. (The Hercules, Inconstant, and Monarch are all fitted with rudders on the balance principle, but the Hercules' rudder is jointed near the pivot, and with the fore part locked it assumes the action of an ordinary rudder. The rudders of the Monarch and Inconstant, on the contrary, are not jointed.) At noon on Tuesday the position of the Agincourt and ships in company was lat. 46 5 N., long. 7 18 W. The weather continued fine, and the sea smoothed down to a perfect calm, the wind veering out to S.W. again, and giving the ships a free course. As no signs of the Inconstant were yet visible the ships spread out over a line from E. to W., about 18 miles in length, to look out for her, and stand in for sighting Ushant, at noon making lat. 47 25 N., and long. 6 29 W. At sunset sail was shortened to topsails for the night, but at daylight the next morning, Thursday, sail was again made to royals, and as there was still a fair and moderate whole-sail breeze, the engines were stopped, and the ships held on under canvas alone. At 8 a.m. Ushant bore E. ¾ S., distant 22 miles, and, as no Inconstant was yet in sight, the Hercules was detached from the other ships with instructions to cruise off the Cape until 4 p.m. the next day, Friday, if not falling in with the missing frigate before, and then follow on to Cape Clear and Queenstown. The Agincourt, Minotaur, Northumberland, and Monarch, from Ushant, took a course for the rendezvous off Cape Clear, under all plain sail to topgallant sails, with a steady and fair wind. At 5 p.m. a thick fog set in and continued through the night and until 5 p.m. to-day, when the fleet had reached its rendezvous, 80 miles south of Cape Clear. The fog now suddenly lifting disclosed the Helicon again true to her trust, close aboard the Agincourt.

6 p.m.

The Helicon leaves the fleet again at once for Queenstown, and I have therefore barely time to close this letter and send it by her.
The Inconstant has not yet been seen, but no fears are entertained for her safety. She was last seen by the Monarch at 5 p.m. on Monday last, the day of the gale, and she was then running under her foretopsail to leeward. The conclusion I arrive at, although, of course, all the time she may be close to us somewhere in the thick fog, is that she met with some damage to her backstays or spars during the gale, and bore up for Corunna to make all secure.
We lay off here until daylight on Monday, when we go into Queenstown, and the Lords open the new dock.
Tu 28 September 1869Another letter from our Correspondent with the Admiralty Squadron brings the history of the cruise almost to its termination. The Mediterranean and Channel Fleets parted company on the 16th inst. after some final evolutions, and the work of the ships would have been pretty well ended but for the incidents of the gale, which caught the Channel Squadron in the skirts of the Bay of Biscay. From the report of the results which we yesterday published one conclusion, at any rate, may be drawn, and that is that broadside Ironclads are good, seaworthy ships. These vessels weathered the storm as well as any old two-deckers could have done, and, indeed, the only ship of which there was no account at the time is the unarmoured frigate, though it now appears that she was disabled in the gale by damage to her tiller, and has been sent to Pembroke to refit. Of the rest, three, including the turret ship, had suffered no injury from the tempest, but the Hercules had been crippled "aloft," and the Northumberland, unfortunately, had lost two men overboard. Some difficulty in steering appears to have been experienced by the ships which were fitted with "balanced" rudders, and inquiries, no doubt, will be directed to the fact.
We observed in some recent remarks on this subject that one of the most important questions of naval architecture and armament would receive but little illustration from this experimental cruise. It seems impossible with our present information to come to any decisive conclusion respecting the relative advantages or disadvantages of broadside and turret vessels, and yet there is no question with more momentous bearings on our future policy. Each of these models has its recommendations, and each its drawbacks, as late examples have sufficiently shown. The only ship in the combined Fleets partaking of the turret character was the Monarch, and she was by no means a turret ship of the genuine stamp. Perhaps we may as well explain that a turret ship, as originally invented and designed, was a submerged vessel - a vessel, in fact, without any visible broadside whatever. Necessarily such a craft would be almost impregnable, as offering no mark for an enemy's shot, but she would also be without any power of offence, as having no ports for guns. It was then that the turret was devised to obviate this deficiency, and in this iron tower, which was made to revolve by machinery, the guns were mounted. Of course, the turret itself was exposed to shot, but it was made of great strength, and competent to resist any ordnance known at the time. By this ingenious combination of offensive and defensive capacities, a very powerful fighting ship was, beyond doubt, produced, and to this day it must be conceded that for the mere purposes of action a turret vessel is the best model. But these strange ships proved to be scarcely habitable and seldom seaworthy; they had little speed, and they seemed, after all, little better than floating batteries. Many improvements have since been introduced, but our readers probably saw last week that the crew of one of Her Majesty’s ships - the Scorpion - had presented a respectful remonstrance against going to sea in her. Now, this Scorpion is a real turret vessel. She is one of the two steam Rams built in the Mersey for the Confederate States, and ultimately purchased for the Royal Navy. If she had been sent to sea with the Channel Squadron, we should have had some authentic, but perhaps unpleasant, evidence of the behaviour of such vessels in a storm, whereas at present we are left to draw our conclusions from the imperfect example of the Monarch. The Monarch did well. She rode out the gale with perfect safety, and it was found that in rough weather she was by far the steadiest vessel it the whole Fleet. Here, therefore, we have on one hand a ship constructed partially on the turret model and showing excellent qualities, and on the other a genuine turret ship regarded as so plainly unseaworthy that a protest is lodged against her leaving harbour.
The reader will have remarked the pains taken in ascertaining, not quite successfully, the "rolling" of the several vessels in the Fleet, and these observations were, in fact, directed towards the very question involved in the controversy abovementioned. A man-of-war is in one sense simply a floating gun-carriage. It is true the carriage in this case has to carry not only the gun, but the gunners; and not only to float, but to swim well and rapidly. Nevertheless it is of the last importance that the guns should be so carried as to be available for use with the fewest possible drawbacks; and when a vessel "rolls" beyond a certain extent her guns are for the moment of no use at all. No aim can be taken at any distant object, and even if the guns can be loaded and fired, which is not always the case, the firing would be so wild as to be utterly harmless. Now, a real turret ship hardly rolls at all, while a ship with broadside guns and a high freeboard can hardly do otherwise. The Monarch does show a broadside, though a low one, and on that account she rolled less than any vessel in the Squadron. Very possibly the Scorpion might have rolled even less than the Monarch, but if she is not fit to cross the Atlantic she might have fared ill the other day in the Bay of Biscay, and so we become entangled in the question of balance between merits and demerits. On one side there is a fighting ship which, if she will but lodge her crew and swim, will beat any other, and in rough weather any dozen others; on the other we have a ship which will certainly swim and keep the sea admirably, but which may be as helpless as a Thames steamer for fighting purposes in the first gale of wind.
We are disposed to think, upon the whole, that the chief lesson to be drawn from the cruise is the superiority of the Monarch pattern to any other represented in the Squadron. In most ordinary qualities she was as good as any other ship; in steadiness she was far better. It will not have been forgotten that on one occasion she was described as the only effective vessel in the entire Fleet, and that under circumstances by no means exceptional or improbable. A very moderate swell in fine weather sufficed to set the broadside vessels rolling so heavily that not one of them could have fought her guns, while the Monarch sat steadily on the water, and could, it is said, have steamed up at her pleasure and sent half the Squadron to the bottom. This enormous superiority, being unqualified, as far as we are informed, by any material disadvantage, would appear almost to settle the question between her type and that of the Bellerophon or Agincourt; but then another question succeeds. Suppose a vessel with a still lower freeboard - that is to say, still more submerged than the Monarch - could be made equally seaworthy, might not she, in a still heavier gale, have just the same advantage over the Monarch that the Monarch had over the rest of this Admiralty Fleet? She owed her superiority entirely to the element or principle of the turret introduced into her construction; what if that principle could be introduced further, and with as much success? If the experiment were attempted, what should we obtain? Should we get an improved Monarch, fit to knock all our broadsides to pieces, and even the Monarch herself; or should we get another Scorpion, very powerful for offensive purposes, but unfit to go to sea at all? That, in a few words, as illustrated by actual examples, is the great question now before the Admiralty and the country, and we have directed attention to it especially because there is really no other question in naval matters on which so much depends.
Ma 4 October 1869


H.M.S. AGINCOURT, QUEENSTOWN, Wednesday, Sept. 29.

The arrival of the Fleet here on Monday, with the presence of the turret-ship Scorpion, Captain G.A.C. Brooker, in the inner harbour, gave the Admiralty Lords an opportunity for placing matters in a definite footing relative to the future proceedings of that vessel, of which they availed them selves immediately upon the Agincourt taking up her present moorings. The First Sea Lord, Vice-Admiral Sir Sydney Dacres, with Commodore G.O. Willes, Captain of the Fleet, and Captain Hugh T. Burgoyne, V.C., Admiralty Flag Captain, went on board the Scorpion on Monday afternoon, and after having thoroughly inspected her and made their report an order was issued for the Scorpion to prepare to sail for Bermuda, convoyed by the paddle steam frigate Terrible, on the first favourable opportunity after the return of the latter vessel to Queenstown from Devonport.
The same afternoon their lordships landed on Haulbowline Island, and inspected there the Naval Hospital, to which the sick from the several ships had been removed, the various naval stores on the island, and the site for the new dock, the "foundation stone" of which was laid to-day by his Excellency the Lord Lieutenant. In the evening their lordships entertained at dinner on board their flagship Vice-Admiral Sir T.C. Symonds, K.C.B., commanding the Channel Squadron; Rear-Admiral F. Warden, C.B., commanding the Queenstown Naval Station, and officers commanding Her Majesty's ships, &c.
His Excellency the Lord Lieutenant and the Countess Spencer, accompanied by their suite, passed through Cork between 2 and 3 p.m., on their way to Foto, the seat of Mr. Smith-Barry, near Queenstown, where his Excellency had accepted the invitation of Mr. Barry to stay during the festivities in Cork and Queenstown consequent upon the inauguration of the Admiralty docks at Haulbowline. At the Cork railway station Lord Fermoy introduced Earl Spencer to the Deputy Lieutenants of the county and the municipal authorities of the city of Cork, the latter presenting an address, to which Earl Spencer returned a very judiciously-phrased reply.
The weather on the day of the ships entry into Queenstown Harbour was so extraordinarily fine for the end of September as even to astonish the residents of Queenstown and Cork. When the morning's usual fog had cleared from off the water and the valleys between the adjacent high lands, the sun came out brilliantly, and scarcely a breath of wind or ripple upon the water was perceptible to dispel the pleasant illusion available to all of the existence of a magnificent midsummer morning. The next daybreak was a very different affair. Rain fell heavily the greater part of the night, and in the morning a strong gale, south westerly, of wind and rain was raging, and isolating, in all reasonable sense, the fleet from the shore. In the very height of the storm, however, a deputation from the Queenstown municipal authorities, consisting of Mr. Daniel Cahill, chairman of the Town Commissioners, and other gentlemen, arrived on board the Agincourt, and were introduced by Captain B.F. Seymour to the First Lord and Sir Sydney Dacres, to whom Mr. Cahill, on behalf of the residents of Queenstown, presented the following address:—
“To the Right Honourable the Lords Commissioners of the Admiralty.
"My Lords,— We, the Town Commissioners of Queenstown, hail with sentiments of the liveliest satisfaction your lordships' visit to our port.
"The presence of Her Majesty’s fleet would at any time afford us much gratification, but the object of your lordships' presence in our harbour on this occasion — the inauguration of the Government docks — is to us a source of pride and pleasure; and we trust that this Imperial work may be shortly available for the repairs and equipment of Her Majesty's ships, whether disabled by the casualties of war or from any other cause.
"To this end we would respectfully urge on your lordships the expediency of employing more free labour, and thus expediting the completion of a work which has been so anxiously looked forward to, not only by the inhabitants of this locality but by the entire Irish people.
"Signed on behalf of the Commissioners,
"Daniel Cahill, Chairman.
"James Ahern, Secretary."
The several members of the deputation were invited by Mr. Childers to add any observation they wished to make on the subject referred to in the address. They impressed upon the Lords the expectation which had been held out ever since the time of the Union that a Royal dock would be constructed in Cork Harbour, which, they observed, from its peculiar advantages, ought to be a more important naval station than it now is; and expressed a hope that, considering the time which had elapsed since it was decided to construct a Royal dock here, the views then expressed and put forward as to giving employment to the people and spending money in Ireland, more rapid progress would be made with the works than had hitherto been. Mr. Childers, speaking as First Lord of the Admiralty, replied, and in the course of his observations said it was the interest of the Admiralty as well as that of the people of Queenstown to have the dock completed as soon as possible for the use of the navy. They should, however, consider at the same time the amount which should be expended, not only here, but upon public works generally in the kingdom. He found, on reference to the Estimates, that the present expenditure in a year upon the works in Cork Harbour represented about two-fifteenths of the whole sum originally estimated for the dock. That was about the same proportionate rate of expenditure as was going on at Chatham, and was even greater than the proportion now being expended on the works at Portsmouth. In justifying the Estimates to the House of Commons, he had to have regard to that consideration and many others. Further, that it was necessary in all public works not to use undue haste, and he should have to take the professional advice of Colonel Clarke before holding out any expectations that greater progress could be made consistently with the proper execution of the engineering operations. Mr. Seymour said the inhabitants of Queenstown had laid out a great deal of money in the expectation that the Royal docks would be completed at an early date. Mr. Childers said nothing had struck him more when arriving here the other day than the marked improvement which he noticed in everything connected with Queenstown. He remembered it a comparatively ill-built, badly-lighted, badly-drained, and insignificant town, whereas it was now as well-conditioned and as handsome as any town on the coast of England. His Lordship concluded by assuring the deputation that their representations should receive consideration. The deputation then returned to Queenstown.
In consequence of the severity of the weather the Lords of the Admiralty deferred their visit to the Queenstown Royal Sailors' Home.
In the evening his Excellency the Lord Lieutenant and the Lords of the Admiralty were entertained at a grand banquet, given by the Corporation Harbour Commissioners and citizens of Cork, at the Imperial Hotel, Cork. Covers were laid for 250 guests, and the entire affair was a splendid success.

Thursday Morning.

The Agincourt leaves the inner harbour at 10 a.m., and joins the Channel Squadron in the outer roads, from which all sail for Pembroke about 5 p.m. In unmooring this ship this morning the capstan overpowered the men at the bars; and three of the men were severely hurt on their heads and arms. One has been sent to the hospital at Haulbowline with his arm broken and a severe gash in his head. The others remain on board under the charge of Dr. O’Brien.

H.M.S. Agincourt, PEMBROKE, Friday, Oct. 1.

Yesterday morning about 10 o’clock the Agincourt cast loose from her moorings in the inner anchorage at Queenstown, and steamed out to the man-of-war anchorage in the outer roads, where she dropped her anchor outside the rest of the ships preparatory to sailing for Pembroke in the evening.
At 7 p.m. yesterday the ships had weighed their anchors and were steaming out from Queenstown roads for the Channel and Pembroke. On getting clear of the land the Monarch was detached from the Squadron and ordered to proceed on direct to Portsmouth at five-knot speed. The Agincourt, with the Enchantress in company, also left the Squadron and started on ahead for Pembroke at eight-knot speed. The Minotaur, Northumberland, and Hercules, under the command of Vice-Admiral Sir Thomas Symonds, K.C.B., followed at economical rate of steaming to arrive at Pembroke this afternoon. Colonel Clarke, R.E., Admiralty Director of Works, who had joined their Lordships officially on the previous day on the occasion of laying the foundation stone of the new docks at Haulbowline Island, accompanied their Lordships in the Agincourt.
The Indian troop relief screw transport Serapis, Captain J. Soady, left Queenstown at the same time as the Squadron, bound to Alexandria with troops on board for India.
The Agincourt and the Enchantress passed through the entrance into Milford Haven this morning about half-past 7, and soon afterwards brought up off the dockyard here. The Minotaur, Northumberland, and Hercules arrived during the afternoon, as had been arranged. On the arrival of the Agincourt in the harbour, their Lordships were joined on board by Rear-Admiral Sir R.S. Robinson, K.C.B., Controller of the Navy, and the afternoon was devoted to an official inspection of the dockyard and other naval establishments, the ships building, and the works in hand in Colonel Clarke's department, in the evening their Lordships gave their official dinner on board the Agincourt to flag officers and captains.
The Admiralty ensign was hauled down from the main of the Agincourt, where it had done 39 days' duty, at sunset and transferred to the Enchantress, thus bringing the cruise of the Lords of the Admiralty with the Mediterranean and Channel Fleets for 1869 to an end.
The First Lord, with Admiral Robinson, Captain F.B. Seymour, C.B., Private Secretary, and Mr. R. Munday, Admiralty Secretary, leave here to- morrow in the Enchantress for Devonport, where the usual annual inspection will be made of the dockyard there. Sir Sidney Dacres and Commander Willes return to London from here to-morrow. Flag-Lieutenant Hon. E. S. Dawson returns from Pembroke to his duties at Queenstown as Flag-Lieutenant to Rear-Admiral Warden, but will most probably very shortly receive his promotion to Commander's rank. Mr. R. Munday, who has been Acting Secretary to the Admiralty during the cruise, will, on the 23d inst., be appointed Secretary to Admiral Codrington on the appointment of that officer to the Naval Command-in-Chief at Devonport.
Rear-Admiral Chads visited the Agincourt to-day, and to-morrow morning will hoist his flag on board as second in command of the Channel Fleet.
The ships are ordered to fill up with coal and other requisite stores, and will sail about the 10th inst. on a cruise, possibly to Madeira and back, the present intentions of the Admiralty being understood to be that the Fleet shall be in England at Christmas, and the men paid up their wages at the commencement of the New Year in a home port, so that the money paid may have a better chance of reaching the men's wives and families than it would if paid in a foreign port.
The coals burnt during the entire cruise, except one day's consumption by the combined fleet, after leaving Lisbon, and one day's return from the Monarch, will be found in the subjoined returns:—
Plymouth to Gibraltar.— Agincourt, 177 tons 12 cwt.; Monarch, 138 tons 5 cwt.; Hercules, 99 tons 16 cwt.; Inconstant, 89 tons 15 cwt.; Minotaur, 188 tons 16 cwt.; Northumberland, 180 tons 6 cwt.; Bellerophon, 123 tons 19 cwt.; total, 993 tons 9 cwt.
Gibraltar to Lisbon.— Agincourt, 142 tons 11 cwt.; Monarch, 156 tons; Hercules, 84 tons 13 cwt.; Inconstant, 66 tons; Lord Warden, 115 tons 12 cwt.; Royal Oak, 123 tons 11 cwt.; Caledonia, 130 tons 14 cwt.; Prince Consort, 137 tons 14 cwt.; Minotaur, 167 tons 12 cwt.; Northumberland, 158 tons; Bellerophon, 111 tons 18 cwt.; Pallas, 86 tons 15 cwt.; Enterprise, 40 tons; total, 1,521 tons.
Lisbon to Queenstown.— Agincourt, 225 tons 16 cwt.; Minotaur, 248 tons 16 cwt.; Northumberland, 241 tons 4 cwt.; Monarch, 204 tons; Hercules, 113 tons; total, 1,032 tons 16 cwt.
Total Coals Burnt.— Plymouth to Gibraltar, 998 tons 9 cwt.; Gibraltar to Lisbon, 1,521 tons; Lisbon to Queenstown, 1,032 tons 16 cwt.; total, 3,552 tons 5 cwt.
I cannot close this, my last, letter from the Agincourt without expressing my best thanks to Captain Burgoyne and all his officers, and especially my messmates in the ward-room, for the great kindness and courtesy I have received at their hands during the cruise. On any future occasion of the kind in which I may be engaged I can only hope that I may meet with as thorough a set of gentlemen as it has been my good fortune to have met on the present occasion on board the Agincourt.
Ma 8 August 1870The Reports of Vice-Admiral Sir Thomas Matthew Charles Symonds upon the Trials of Her Majesty’s ships Monarch and Captain, to which so many people have been looking forward with interest, have at length been published, and will well repay perusal. No such terse and practical Reports, so far as we can remember, have for a long time been laid before Parliament. Admiral Symonds points out drawbacks in either vessel, but is quick to recognize the superiority of both to all the broadsides under his command. Both ships, he says, are "very easy in a seaway, and can use their guns in any sea in which an action is likely to be fought." Instructed to watch carefully "the effect of a sea combined with force of double reefed topsail breeze on the ship with low freeboard, whether there would be a liability of the height of the wave interfering with the efficiency of the fire of the 12-inch guns of the Captain," he reports that "the ship of low freeboard has shown no failing on this point; . . . they hit a target (a small cask and flag) distant 1,000 yards to windward (at the third shot); and in a treble-reefed topsail breeze and sea, shot were dropped 1,000 yards to windward, the sea not interfering in any way." After a heavy gale on the night of the 29th of May "both ships were very steady;" on the 2d of June, in a long heavy swell from N.W., when the greatest rolling of the Warrior was 10 degrees, the greatest rolling of the Monarch was five, and of the Captain less than four degrees. On the 25th of May, when "the Minotaur's main deck was wet throughout by the sea entering the weather ports, and a great spray wet the poop" of the flagship, the turrets of the Captain were not in any way inconvenienced. Her hurricane deck was dry, although the sea washed freely over her main deck, "but in a far less degree than I anticipated." The Admiral recommends the Monarch to be altered by the removal of the forecastle, the bow guns, and their protecting ironplated bulkhead — on which, by the by, Mr. Reed, in his letter published by us to-day, particularly plumes himself — and then "the Monarch would have no equal among present ships of war;" and his verdict on the other vessel, as she now floats, without alteration, is, — "The Captain is a most formidable ship, and could, I believe, by her superior armament, destroy all the broadside ships of this squadron in detail." This sentence of the Admiral, who has never been known as a partisan of turret-ships, — whatever Mr. Reed may now think fit to assert in this respect, completely confirms the opinion of our Special Correspondent, who last year accompanied the combined squadrons under the Admiralty flag and startled the public mind by writing, — "There can be no manner of doubt that had the Monarch been an enemy, with her turret and four 25-ton guns in working order, she could have steamed down on the fleet from her windward position, and have sunk fully one-half of the ships before her own fire could have been silenced by her being sunk or blown up in turn.”
Such is the pith and substance of the Reports which have just been published. The reflections to which they give rise are very mixed, but we are sure the public, who are often puzzled by the disputes of rival inventors, but always ready to do justice to perseverance and successful ingenuity, will be prompt to recognize the merits of Captain Cowper Coles, whose efforts have at length been crowned with such indisputable success. In October, 1861, when we were commencing our broadside ironclad fleet, Captain Coles wrote to the Admiralty as follows: — "I will undertake to prove that on my principle a vessel shall be built nearly 100 feet shorter than the Warrior, and in all respects equal to her, with one exception — that I will guarantee to disable and capture her in an hour. She shall draw four feet less water, require only half her crew, and cost the country for building at least 100,000l. less." In season and out of season he has ever since maintained the same pretensions. In 1865 he obtained an Admiralty Committee to consider his challenge, and it was in consequence of the Report of that Committee that it was determined to build the Monarch. Captain Coles protested against the lofty freeboard which the Admiralty Constructors designed for her. He declared that it was of the essence of his invention that by concentrating the armament in turrets amidships a high freeboard might be dispensed with, to the great advantage of the ship, both offensively and defensively. He obtained at the close of 1866 permission to design a ship after his own idea, in conjunction with Messrs. Laird, of Birkenhead, and the Captain is the offspring of their united ingenuity. Every one at Whitehall declared that a ship with so low a freeboard would be swamped by the sea and unable to use her guns. The Captain was tried under all the disadvantages of a raw crew within a fortnight after she was commissioned, was tested by a most experienced Admiral in rougher weather than most actions have been fought in, and the result is given in the Reports from which we have quoted above. Seldom has it been given to an inventor to reap in his lifetime so gratifying and complete a success. The two ships which carry off the palm in our Navy are the two which represent the invention of Captain Coles; and it is easy to gather from the Reports of Admiral Symonds which of them, as he thinks, embodies the preferable type. There have been two eminent naval designers in Europe during the last ten years — M. Dupuy de Lôme, the advocate of broadsides, an eminent French engineer but no sailor, and Captain Coles, of our own Navy, the advocate of a rival system.
The Controller of our Navy proclaimed himself in 1865 a follower of the French designer. and he and Mr. Reed, in more than official antagonism, have for years opposed Captain Coles with an animus which is signally shown in the letter which we publish to-day. If it were wise or patriotic, we could point out hundreds of weak points in all the ships which Mr. Reed, with unlimited scope and skilled assistance, has added to the British Navy. We prefer to listen to the Admirals who command our squadrons — whether "sailing Admirals" or not, as Mr. Reed politely terms them — and rejoice that at length Mr. Reed, who is no sailor, is prohibited, as he tells us, from publishing controversial Minutes in defence of his own ships against the strictures of the recognized professional judges. He trumps up the old story that a shot fired with depression might stop the revolution of the turret. The experiment was tried with the guns of the Bellerophon at short range against the turrets of the Royal Sovereign, and the fear was shown to be groundless. Moreover, in action, when ships are moving and rolling from one side to another, it is no such safe or easy matter, as any artillerist will tell us, to fire a large gun with anything like the requisite depression. Mr. Reed exhibits in his letter all the disappointment of defeat. It is, indeed, no very pleasing reflection at the present moment that of the 40 ironclads which Mr. Childers lately mentioned only four are of the English type, which is now confessed to be the stronger and the better.
There is one point of great importance upon which the Admiral in command expresses himself with some doubt and hesitation. Are not the advantages of masts and sails too dearly purchased by the impediments they offer to an all-round fire from the turrets, and by the risks of accident or burning which attach to them in action? He admits that with the Captain as she is "he has never seen such a range of training before, and that the perfect clearance of her 600-pounder guns for action from a training of 60 degrees forward to 60 degrees aft is very satisfactory, particularly when compared with the 30 degrees of the 9-inch 250-pounder guns of the broadside ships." She has since extended her range of firing from 82 degrees forward to 80 degrees aft; but even so she does not meet the ideal of the Admiral, who is anxious to be able to fire right ahead with the turret guns, seeing that "attack in future actions will generally be end-on right ahead, the exposure of broadside or quarter to ramming being suicidal." The class of ships introduced by Mr. Childers, of the Devastation and Fury [renamed Dreadnought prior to launch] type, carrying on a low freeboard without masts or sails the heaviest ordnance invented, will undoubtedly for heavy fighting in line of battle have advantages to which no sea-going cruiser like the Captain or Monarch can pretend. But the British Navy will always require sea-going cruisers, and for that purpose it seems to be now admitted that both the Monarch and the Captain are far preferable to the Hercules or the Sultan. To us it appears that the Captain, which in all other respects is the equal of the Monarch, and which carries more and thicker armour, and can be cleared for action in five minutes, while the Monarch takes an hour and a half, is a ship unequalled up to the present date for the purposes of war by anything afloat, and well deserves to be repeated, with such improvements as can be suggested by the ingenuity of Captain Coles.
Fr 2 September 1870Our Malta correspondent, writes under date of Valetta, August 26:—
"By the arrival of the Peninsular and Oriental Company's packet Nyanza on the 21st inst, intelligence has been received of the Mediterranean Squadron under the command of Admiral Sir Alexander Milne, K.C.B., to the 17th inst. The squadron, consisting of the Lord Warden, Caledonia, Royal Oak, Prince Consort, Bellerophon, and Columbine, arrived at Gibraltar on the 12th inst., and completed with coal on the same day. The Lord Warden and Caledonia, being finished coaling, put off from the Mole and moored in the inner anchorage. On coming to an anchor off the New Mole a slight collision occurred between the Prince Consort and Bellerophon. The former touched the quarter of the latter, caring away the quarter davits of the Bellerophon and snapping off her own jibboom. Early on the morning of Monday, the 15th inst., the Channel squadron was sighted from the Gibraltar signal-staff, and soon afterwards made its appearances coming round the point under sail; then furling sails it steamed into the anchorage off the New Mole. The squadron consisted of the Minotaur, bearing the flag of Vice-Admiral Sir Hastings Yelverton, K.C.B.; Agincourt, bearing the flag of Rear-Admiral Henry Chads; Northumberland, Monarch, Hercules, Inconstant, Captain, and Warrior. By noon on the 17th all the ships had completed coaling, and were ready for sea. The combined Mediterranean and Channel Squadrons, under the supreme command of Admiral Sir Alexander Milne, were expected to put to sea on the 19th for the long talked-of cruise. There were at Gibraltar besides the above-mentioned ships, the Bristol, training vessel, Captain T.W. Wilson; the Trinculo and Porcupine Staff Captain Calver. The latter vessel proceeded into the Mediterranean on the 16th inst. to prosecute a survey of the sea-bottom, in the interests of science. She may soon be expected at Malta. The Bristol was to join the combined squadrons during the cruise. When the Mediterranean squadron was off Algiers on the 8th inst., the Psyche proceeded into that port, rejoining the Flag the same night. She went on to Gibraltar on the following day, and again met the Commander-in-Chief on the 11th inst., with the mails. His Excellency the Governor of Gibraltar has been pleased to allow the gates of the fortress to he opened, when required during the night, for the use of officers of the various ships — a privilege hitherto not conceded, but one which is fully appreciated by the whole squadron. The following is a list of the appointments and charges made since my last letter … [omitted] … Her Majesty’s ironclad ship Defence, 16, Capt. Nowel Salmon, V.C., was unexpectedly ordered off by telegraph on the 20th inst. Her destination was kept secret, but is variously rumoured to be Tunis, Palermo, and Gibraltar. I think that it is not impossible she has gone to Civita Vecchia, for the protection of British residents at Rome, and to offer a refuge to His Holiness the Pope end his Ministers, should the course of events render such protection desirable or necessary. Her Majesty's despatch vessel, Antelope, 3, Lieut.-Commander J. Buchanan, arrived here on the 25th inst. from Constantinople, seven days. The surveying schooner Azov, Lieut.-Commander Moore, which had gone out on hydrographic science, has returned into port."
Tu 6 September 1870 The [merchant ship] Hecla passed the combined Mediterranean and Channel squadrons at daybreak on the 20th inst., off Cape St. Maria, the western extremity of the Gulf of Cadiz. These squadrons, in two divisions, had left Gibraltar on the preceding day. The port division consisted of the Minotaur, Northumberland, Monarch, Hercules, Agincourt, Inconstant, and Warrior; the starboard, of the Lord Warden, Royal Oak, Captain, Bellerophon, Caledonia, Prince Consort, and Bristol. The Columbine and Trinculo also accompanied the squadrons on the extreme right.
Ma 19 September 1870The Lord Warden, armoured wood-built frigate, Capt. Brandreth, carrying the flag of Admiral Sir Alexander Milne, K.C.B., which arrived at Spithead at 8 p.m. on Friday, in company with the armoured iron screw frigate Bellerophon, Capt. Strode, and the unarmoured wood-built screw frigate Bristol, Capt. Wilson (naval cadet training-frigate) on Saturday morning, at flag-hoist time, exchanged salutes with the flagship of the Port Admiral and Naval Commander-in-Chief, the Duke of Wellington, Captain Hancock, lying in Portsmouth harbour. Sir Alexander Milne disembarked from the Lord Warden during the forenoon, accompanied by his secretary and flag lieut., and, after calling upon Admiral Sir James Hope at the Admiralty-house in the Dockyard, proceeded to London by mid-day up train. The Lord Warden steamed into Portsmouth harbour in the afternoon of Saturday to prepare for paying out of commission, and the flag of Sir Alexander Milne was struck at sunset. The second cutter, in which the gunner and the 17 seamen gained the shore at Finisterre from the ill-fated Captain, and a gig picked up from the floating remains of the wreck, have been brought home on board the Lord Warden. The Bellerophon is ordered to go into Portsmouth harbour to-morrow, to be dismantled and prepared for paying out of commission.

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