11/07/2024
Well,..... I've been sitting on this for a while now but managed to get the first 20 loaded up! May I present to you, properly this time,.....
The Historical Snider bullet!
Cast from a mould made by Steve Brooks in Montana, by way of a sly mention to him by our favourite American purveyor of Paper Cartridges......
Anyway, Steve mentioned that he "never wants to make another mould like this, ever,........" Just to put that out there and stop the stampede of keen, Snider shooters that will appear at his inbox asking for such an ingenious piece for their collection.... Apparently it was a real chore to manufacture... but thankfully I and you, by way of a documentary journey in its use on the Channel, will be able to see how this complex projectile does on the range. (Maybe if you talk to him nicely and say pretty-please he'll do another....)
The real crux is the mould and how it works... believe it or not, it's a double cavity mould... The captive pin creates the hollow point while a sprue plate fitted with a peculiar, hollow, 'base cavity' shaped projection is inserted from the top of the mould.. The lead is poured 'through' the projection, where it fills the space, the skirt of the bullet being 'above' the point where the lead is introduced.
Casting these bullets is a slow process. Once cool, the sprue plate must be twisted in order to break off the sprue, which is 'in' the plate's projection and attached to the bullet inside the base cavity. Then the sprue plate and projection, with the sprue inside, is removed and the mould is inverted and opened in the usual way, the bullet falling off the captive pin. The sprue plate is emptied by inverting it and tapping it, letting the sprue fall out. Thus, the two cavity bullet is born!
The bullet follows closely the pattern of the Mk III and Mk IV bullet which used a small plug of wood to fill its nose cavity and the customary truncated cone clay plug to fill the base cavity to ensure expansion.
Now,...... "Why the Mk III/IV bullet?" you ask?..... Well, this is the same bullet that was used (reverted to) in the last pattern of Snider ammunition, the Mk IX, with the only exception being that the Mk IX did not have a wood plug in the nose, but rather was put in a jig and the lead at the nose was 'spun' over the hollow point, creating a smooth lead nose, while preserving the cavity beneath. So, the 'three ring', hollow nosed, Snider Bullet lives on.
As you can see in the pictures, the mould produces a bullet that is very close to the swaged, mass produced originals.. Almost the exact weight, and diameter, while the length is just a shade under, this probably comes from the fact that the wood plug or the spun lead created a more pointed nose, with the resultant slight increase in length. Good enough for me, that's for sure.
The bullets are finished with an epoxy base plug (for now), acting as a stand in for the historical clay, which is made using the "Brett Gibbons' Pea Ball" application and for now, no plug in the nose. The historical lubrication was pure beeswax, but I've gone with the usual mixture of shortening and beeswax, just because that is what I had on hand....
As you might be wondering, the hollow point was not designed for the reason we might consider hollow points to be for toady, but rather as an expedient to adjust the centre of gravity and improve stability in this curious invention of the post muzzleloading, transitional paradigm of military arms... Only after its adoption, did the terrible effects of a near 500 gr hollow point projectile on human flesh become apparent. A truly horrifying thought....