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Crimean
War Small Arms Ammunition Found On Site
by William S. Curtis
page 2
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GREAT
BRITAIN (Cont.)
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On
May 17: "The results of the experiments made with the bullets
for musket 1853, fitted with an iron cup, have been most satisfactory;
the shooting made with them, although the iron cup was of an
imperfect shape, was far superior to that made with the service
ammunition as at present manufactured, and justifies my recommending
that the iron cup be at once adopted for the bullets for the
rifle musket 1853. Further experiments will be made with a view
to improve the shape of the iron cup."
The Hythe Report of June 5, 1855, discusses (a) hemispherical
iron cup as in the 1851, (b) conical iron cup with a hole in
the apex as recommended by the School of Musketry, (c) conical
wood plug. Results showed that the conical cup was better than
the hemispherical and the wood plug best of all for accuracy
and lack of fouling.
Iron cup bullets are readily identifiable even if the cup is
missing. They are about 1.17 inches long with a deep cavity
as opposed to the Pritchett bullets which are about 1.08.
Pistol Bullets - Two bullets for the Colt's M-1851 revolver
in .36 caliber and three bullets for the Deane & Adams revolver
in .44 were among the specimens located.
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RUSSIA
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Spherical
ball - Those found measure in the region of .660 but this
cannot be taken as anything other than a rough guide due to
wear and corrosion. It is sufficient to say that balls of this
size may be Russian, French, Turkish or Sardinian. The weight
of a specimen is 421 grains. The British balls will be .030
to .040 larger, a difference which can easily be seen with the
naked eye.

Russian Nessler - The Nessler was a Belgian design taking
the shape of a short cylinder, hollow-based, with a round nose.
The Russian version is slightly longer and heavier than those
of the French and Sardinians. A good example in this selection
weighs 488 grains and has a diameter and a length of .670. They
were intended to be greased and loaded in their cartridge paper
in the same way as the Minie. Tests indicated that they had
about twice the range of the spherical ball.
Luttich
or Russian Brunswick rifle - This is an exact copy of the
British Brunswick rifle with two grooves originally designed
to use a belted spherical ball. The ammunition for this arm
was quite inadequate and the pattern was abandoned by the British.
However, the Russians, by adopting a new bullet based on the
Lancaster design, which they called Kulikovskay, were able to
use this rifle to ranges which were quite the equal of the Minies.
The new bullet, an elongated cone with wings to take the rifling,
officially weighed 772 grains but examples from the Crimea weigh
around 760 grains.
Russian Minie or "7 Line" rifle - In common
with many other countries, Russia rifled and
added sights to existing stocks of smoothbore muskets. The name
"7 line" refers to caliber. Inches were divided into
tenths known as Lines. The bullet for the rifle is known today
by the Russians as the "Peter's Ball." It is also
called the "Timmerhans Ball." The bullet is a cannelured
minie with a projecting teat inside the base. Timmerhans' original
design called for an inner ring wad around the projection which,
when forced up the cavity by the explosion of the gases, would
expand the conical section of the bullet, forcing it into the
rifling. Unnecessarily complicated, the bullet works as well
without the wad. Two examples weigh 781 and 815 grains, indicative
of casting.
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FRANCE
French Nessler - These are lighter and shorter than the Russian
version and characterized by a small flat area on the nose. An example
weighs 453 grains, is .675 in diameter, and is .580 long.
Tamisier - For the Thouvenin or pillar breech rifle, this
bullet was intended to be expanded into the rifling by being smashed
on a pillar by a specially shaped ramrod. Therefore the bullet has
a flat base. The cylindrical section carries three grooves (known
as cannelures) and the nose is elongated and pointy. Fired and unfired
specimens weigh in the range of 715 to 735 grains with a diameter
of .670. Fired specimens clearly show the effect of the pillar.
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