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
Class 1 comprised twelve bore double guns, not exceeding 7-1/2 lbs. in
weight; the charge for the breech-loaders was three drachms of powder,
and one ounce and a quarter of shot; that for the muzzle-loaders, two
and three-quarter drachms of powder, and an ounce and a quarter of shot.
The question will be asked why were both not charged alike? and the
answer is, because the advocates for breech-loaders well knew the loss
of power caused by the enlarged breech end would require a larger
quantity of powder; yet, with this advantage, the result was a verdict
in favour of the muzzle-loaders of nearly two to one. I quote from the
_Field_. The aggregate number of pellets in the targets from
breech-loaders was 170, the penetration 19. The aggregate number of
pellets put in by the muzzle-loaders was 231, the penetration 48; and
this was effected with a quarter of a drachm of powder less.
Few will doubt that this must be the inevitable result. Force cannot be
expended and retained: we “cannot eat our cake and have it.” If force is
destroyed by friction, it is as useless as if it had never been
generated. So much, then, for the shooting qualities of the
breech-loader.
And now comes the question, of much more importance than the shooting
qualities of these guns: namely, can all this force--30 per cent., in
fact, of the whole charge--be thrown away with no worse result than the
mere wasting of the powder? Is there no change taking place in the
barrel of the gun every time it is discharged? Iron and its combinations
are as certainly limited in their duration as is human life itself.
Every bar of iron is capable only of resisting a certain amount of
pressure; every successive strain on its fibres deteriorating it more
rapidly; and whether it be the mainspring of the lock, or a gun-barrel
itself, a certain number of strains will destroy it. This being the
case, how much more rapidly must a breech-loader be destroyed where 30
per cent. of the charge is always “absorbed” on the sides of the barrel
in the cavity alone. This a lengthened experiment will prove; though the
fact is so self-evident, that no experiment is required to demonstrate
it.
Caution in gunnery is absolutely necessary under the most favourable
circumstances, and disregard of perfection in the construction of a gun
is quite unpardonable; then what shall be said of that member of society
who, with all those facts before him, can say to his customers, “I
advise you to have a breech-loader: they are really good guns?” In what
estimation such a tradesman must be held I will not venture to say. Much
more might fairly be said against these guns, but I sum up the whole in
the following damnatory sentence: Breech-loaders do not shoot nearly so
well, and are not half so safe, as muzzle-loading guns.
Public-domain text, read in full here on John Shaqi.
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