Scientific American Supplement, No. 586, March 26, 1887 eBook

This eBook from the Gutenberg Project consists of approximately 131 pages of information about Scientific American Supplement, No. 586, March 26, 1887.

Scientific American Supplement, No. 586, March 26, 1887 eBook

This eBook from the Gutenberg Project consists of approximately 131 pages of information about Scientific American Supplement, No. 586, March 26, 1887.

Du Pin de Saint Andre admits the success of the torpedo boat for harbor and coast work, but wisely concludes that this can prove nothing as to what they may or may not be able to do at sea.

In an article which appeared in the Revue des Deux Mondes in June last, he presented able reasons why the torpedo boats of to-day’s type, being destitute of most, if not all, of the requisites of sea-going craft, cannot go to sea, take care of themselves, and remain there prepared to attack an enemy wherever he may be found.  Invisibility to an enemy may facilitate attack, but it has to be dearly paid for in diminished safety.  Further, the life that must be led in such vessels in time of war would very quickly unfit men for their hazardous duties.

He points out that the effect of such a life upon the bodies and minds of the officers and crew would be most disastrous.  The want of exercise alone would be sufficient to unfit them for the demands that service would make upon them.  He has intelligently depicted the consequences of such a life, and his reasoning has been indorsed by the reports of French officers who have had experience in the boats in question.

No weapon, no matter how ingenious, is of utility in warfare unless it can be relied upon, and no vessel that is not tenantable can be expected to render any service at sea.

From the evidence before us, we must conclude that the type of torpedo boat under discussion is capable of making sea passages, provided it can communicate frequently with its supply stations and secure the bodily rest so necessary to its crew.  But even in a moderate sea it is useless for attack, and in the majority of cases will not be able even to open its impulse tubes.  Should it succeed in doing this, the rolling and yawing will render its aim very uncertain.

An experiment conducted against the Richelieu in October last, at Toulon, before Admiral O’Neil, the director-general of the torpedo service, has added its testimony to the uncertainty of the Whitehead torpedo.  The Richelieu had been fitted with Bullivant nets, and the trial was made to learn what protection they would afford.

The weather was fair, the sea moderate, and the conditions generally favorable to the torpedo; but the Whitehead missed its mark, although the Richelieu’s speed was only three knots.  Running at full speed, the torpedo boat, even in this moderate sea, deemed it prudent to keep the launching tube closed, and selected a range of 250 yards for opening it and firing.  Just at the moment of discharge a little sea came on board, the boat yawed, the torpedo aim was changed more than 30 deg., and it passed astern without touching its object.

While the Milford Haven operations have taught some valuable lessons, they were conducted under but few of the conditions that are most likely to occur in actual warfare; and had the defense been carried on with an organization and command equal to that of the attack, the Navy’s triumph would, perhaps, not have been so easily secured, and the results might have been very different.

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Scientific American Supplement, No. 586, March 26, 1887 from Project Gutenberg. Public domain.