Gunnery in 1858: Being a Treatise on Rifles, Cannon, and Sporting Arms: Explaining the Principles of the Science of Gunnery, and Describing the Newest Improvements in Fire-ArmsGreener, William
History
Gunnery in 1858: Being a Treatise on Rifles, Cannon, and Sporting Arms: Explaining the Principles of the Science of Gunnery, and Describing the Newest Improvements in Fire-Arms
Greener, William
Firearms; Gunnery
“4th. The advocates of this system maintain that a bullet is less
likely to ‘strip,’ or pass out of the barrel without rifling itself,
when conducted gradually into the required degree of spirality. But
the question is, whether in a well-constructed rifle, the bullet
_does_ strip? and if not, then a gaining-twist is unnecessary and
objectionable, as it offers to the ball’s progress a continually
increasing opposition, while the ball itself is subjected to a
continually increasing urging force from the inflamed gunpowder in the
barrel, so that, as the velocity of the ball increases, so also does
the resistance to its escape. A projectile is set in motion gradually,
and is (or should be, if the quality and quantity of the powder, and
the barrel, have a right proportion to each other) at its greatest
velocity just before leaving the muzzle; consequently the tendency of
a ball would be to yield to the increasing force of the powder and
pass straight out of the barrel without following the grooves; and
this more especially in a smooth bore, which has no clearly defined
edges to hold and guide the ball to its proper degree of spirality,
but where the lead may be compressed along the smooth surface so as to
pass straight along the barrel.”
So much for the gaining twist; it requires no further argument. The oval
bore is not an invention of Mr. Lancaster: it is older than Captain
Beaufoy’s book, “Scloppetaria,” published in 1808, for in it you will
find a description how to rifle a smooth bore; and he gives drawings of
the tools to do it with.
If these statements are facts--and I defy them being gainsaid--what
connection has this gentleman with it at all? for what purpose is it
pompously announced that the Lancaster elliptical bored rifle shoots
superior to the Enfield, when there is _not such a thing_? The superior
shooting of one man over another is more than sufficient explanation.
The highly unscientific theory of putting a bullet into excessive
spiral motion at the instant it has acquired a maximum of velocity is
untenable, admitting of no lucid explanation. The Enfield rifle has
evidently many enemies, who do not hesitate in injuring her reputation,
nor hesitate about the means of doing it. All elliptical bores are but
the two-grooved rifle in disguise: an idea fast exploding.
The truth of my opinion about the two-grooved or Brunswick rifle,
introduced into the service in 1840, is now proved. Many of my readers
will recollect that in my books of 1842 and 1846 I termed this “an
abortion of science:” it has since died with that cognomen; though it
was puffed up, as my readers will remember, by many high authorities,
and amongst the rest by Dr. Ure, who said nearly as much for it as is
now advanced in favour of the hexagonal rifle. On referring to the
report of the Select Committee on Small Arms, published in 1852, I find
the following account of it:--
Public-domain text, read in full here on John Shaqi.
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