A fast-flying monoplane, acting as an observing craft, would be able to perform the work which would otherwise need the services of several cruisers, or a number of torpedo-boat destroyers.
As regards the aeroplane for work on the high seas, this should operate in conjunction with a specially-built fast steamer, or an auxiliary cruiser. Such a vessel, with one or more aeroplanes on board, would accompany a fleet. When an air-scout was wanted, it would be brought on deck and assembled, and would then be launched into the air from a special platform on the vessel’s deck.
After making a reconnoitring flight, the machine would return to the parent ship, and alight upon the deck. By means of such air-scouts, the position of an enemy’s fleet could first be detected, and then a careful watch kept upon its subsequent movements.
The results gleaned would be more trustworthy than those obtained from the look-out of a warship; and the field of vision would, also, be infinitely wider. What would be of great importance, of course, in connection with such aerial observations, would be for the pilot of the machine to report what he saw by means of wireless telegraphy. There is no reason why this should not be done. A well-organised service of naval aeroplanes, fitted with long-distance wireless, should, indeed, prove of vital importance.
The point has been made, by critics of the aeroplane for naval use, that the high winds often encountered at sea would limit the uses of aircraft. But, in reply to that, experienced airmen point out that, although winds at sea are high, they are also steady—far steadier, in fact, than those which blow over the land, and are broken up into eddies by passing over uneven ground.
A thirty-mile-an-hour wind, over the land, represents to-day quite as much as any airman would care to contend against, in the ordinary way; but it should be possible, with a high-speed monoplane of existing type, to carry out reconnoitring work, over the sea, in a wind blowing at the rate of forty miles an hour. The even force of the sea wind would make all the difference.
It may be anticipated, also, that this wind-flying capacity of the aeroplane, for work at sea, will rise from, say, forty to fifty miles an hour, as the speed of machines is increased. There is, indeed, every chance that a naval aeroplane will be able to give a good account of itself—even under adverse weather conditions.
II. Interesting tests—Machines for rising from water, and landing on a ship’s deck.
In America a number of interesting tests have been made with aeroplanes for naval use. It was in this country that Mr Eugene Ely, a skilled airman—who has since, unfortunately, met with his death—first demonstrated the practicability of alighting upon, and rising from, the deck of a battleship.
At the time the test was made, the American cruiser Pennsylvania was lying about twelve miles off San Francisco. For the purpose of the experiment, a wooden platform was erected at the cruiser’s stern, upon which the airman expressed his intention of descending.