Frederick Leslie Robertson

Summary

Frederick Leslie Robertson The Evolution of Naval Armament

In reality, the story of the discovery of the steam engine is far more inspiring. The history of the application of steam to human use is almost the history of science itself; the stages of its development are clearly marked for us; and the large succession of these stages, and the calibre of the minds which contributed to the achievement of the perfected steam engine, are some measure of the essential complexity of what is to-day regarded as a comparatively simple machine. For the steam engine was not the gift of any particular genius or generation
Source: Gutenberg

Frederick Leslie Robertson The Evolution of Naval Armament

Its standard of accuracy was so low that a trained marksman could only depend on putting one shot in twenty into an eighteen-foot square target at two hundred yards, at which range it was supposed to be effective. Its windage was so great that bullets flew wild from the muzzle; and it is not very surprising that, armed with such a weapon, our infantry should often have been impelled “to resort to the strong and certain thrust of the bayonet, rather than rely for their safety on the chance performances of the clumsy and capricious Brown Bess.”
Source: Gutenberg

Frederick Leslie Robertson The Evolution of Naval Armament

A bow too bluff offered much resistance to motion through the water; on the other hand, too sharp a bow lacked buoyancy, and, from the great weight of mastage, headsails, anchors, etc., which it had to support, caused a vessel to pitch badly in a head sea. “If the bow be too broad,” wrote Captain John Smith, in his Sea Man’s Grammar, “she will seldom carry a bone in her mouth, or cut a feather, that is, to make a foam before her: where a well-bowed ship so swiftly presseth the water as that it foameth, and in the dark night sparkleth like fire.”
Source: Gutenberg

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