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Page 18
The forward part of the boat is provided with two torpedo-ejecting
tubes, as usual, and near the stern, on deck, it is proposed to place
turntables, with two torpedo guns for firing over the sides, as
already adopted by several governments. The trials of the Azor took
place about two months since, giving a speed during a run of two hours
and three quarters, carrying a load of 17 tons, of 24 knots (over 27�
miles) per hour. Since her trial she has steamed out to Spain, having
encountered, during a portion of the voyage very bad weather, when her
sea going qualities were found to be admirable.
The Halcon, whose official trials took place lately, obtained a speed
of 23.5 knots, carrying a load of 17 tons. It may be remarked that a
speed of 24 knots, in a boat only 135 ft in length, under the Spanish
conditions of trial, is by far the best result that has ever been
obtained in a vessel of these dimensions There is, however, no doubt
that had the length of the boat been greater, a still higher speed
would have been obtained But it was desired by the authorities to keep
within the smallest possible dimensions, so as to expose as little
area as practicable to the fire of the enemy, it being clearly evident
that this is a consideration of the first importance in an unprotected
war vessel.
In conclusion, we would add that the hulls of these two Spanish boats
are of much greater strength of construction than is usually adopted
in torpedo boats, it having been found that for the sake of obtaining
exceptional speeds, strength sufficient for actual service has often
been injudiciously sacrificed And, judging from the numerous accidents
which took place at the recent trials off Portland, we have no doubt
that in the future naval authorities will be quite ready and willing
to sacrifice a little speed so as to obtain vessels which are more
trustworthy. The necessity for this, we feel convinced, will be
conclusively shown if ever torpedo boats are engaged in actual
warfare, and this not only as regards strength of hull, but also as
regards the machinery, which at present is only capable of being
handled successfully by men of exceptional training, who in times of
war would not be readily procured--_The Engineer._
* * * * *
THE SPANISH CRUISER REINA REGENTE
In our SUPPLEMENT, No. 620 we gave an illustration of this ship, with
some particulars. The interest expressed in naval circles for further
information induces us to give still further engravings of this
remarkable vessel, with additional information, for which we are
indebted to the _Engineer_.
[Illustration: THE NEW SPANISH WAR SHIP REINA REGENTE.]
We gave recently a short account of two of the trials of this vessel,
and we are, by the courtesy of the builders--Messrs. Thomson, of
Clydebank--enabled to lay further particulars before our readers this
week. We give herewith engravings of the vessel, which will illustrate
her salient points. The principal dimensions are as follows.
Length on water line, 317 ft., breadth, 50 ft. 7 in., depth moulded,
32 ft. 6 in., normal displacement, 4,800 tons, deep load displacement,
5,600 tons. We have before informed our readers that this vessel was
designed by Messrs. Thomson, in competition with several other
shipbuilding firms of this and other countries, in reply to an
invitation of the Spanish government for a cruiser of the first class.
The design submitted by the builders of the Reina Regente was
accepted, and the vessel was contracted to be built in June of last
year. The principal conditions of the contract were as follows.
The ship to steam at a speed of 20� knots for four runs on the mile
and for two hours continuously afterward. She was further to be
capable of steaming for six hours continuously at a speed of 18�
knots, without any artificial means of producing draught. She was also
to be capable of steaming a distance of at least 5,700 knots for 500
tons of coal, at some speed over 10 knots, to be chosen by the
builders. Over the length of her machinery and magazine spaces she was
to have a sloping deck extending to 6 ft. below the water line at the
side, and formed of plates 4� in. thick. This deck was to extend to
about 1 ft. above the water line, and the flat part to be 3-1/8 in.
thick. Beyond the machinery and magazine spaces, the deck was to be
gradually reduced to 3 in. thick at the ends. This deck is intended to
protect the vitals of the ship, such as boilers, engines, powder
magazines, steering gear, etc., from the effects of shot and shell,
but the floating and stability maintaining power of the ship was to be
dependent upon a similar structure raised above this protective deck
to a height of about 5 ft. above the water.
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