In 1863, the Bilharz, Hall, & Co firm of Pittsylvania Court House, Virginia (now Chatham VA) received a contract to make 1,000 examples of a simple percussion cavalry carbine modeled after the US Model 1855 carbine. They would work until the end of 1864, but only make a total of 750-800 of them. These carbines are unnumbered externally, but most (although not this example) have what appears to be a serial number of the rear face of the barrel, hidden inside the stock.
Revolver
Kerr Revolvers: An English Source for Confederate Arms
James Kerr formed the London Armoury Company in 1856, manufacturing Adams patent revolvers (Adams was one of the founding investors) and 1853 pattern Enfield rifles. The rifles were the better business and the company rather […]
Percussion
Cook and Brother of New Orleans – A Confederate Rifle Factory
Cook and Brother was one of the largest and most successful of the private ordnance factories in the South during the Civil War. It was formed by two British brothers who had moved to New […]
Single Shot Rifles
Confederate Morse Carbine: Centerfire Cartridges Ahead of Their Time
George Morse of Baton Rouge patented a design for a remarkably modern centerfire cartridge and breechloading rifle action in 1856 and 1858, using a standard percussion cap as a primer. This was coupled with a […]
I wish you would stop the political ads.
Watching on the webpage, rather than YouTube, I get no advertizing.
Youtube controls what ads are shown, not the channel creator.
I use the Brave browser, which has a build in ad blocker. Nice!
Great movie!
The major reason for the change from brass to pewter for “fitments” was the shortage of copper in the Confederacy. Once brass reclaimed from what we would have called “scrap drives” in WW2 was used up, there was no copper available for brass making.
All copper that could be found (even the coils in moonshine stills) was needed for the manufacture of percussion caps.
cheers
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Caps for primers can be made not only from copper.
At different times and in different countries, corresponding experiments were carried out.
Copper is optimal, but both lead and iron are quite applicable.
In addition, the caps were in paper cases and in ribbons.
It’s strange if they didn’t know it …