Single shot .38 Spl.

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tark

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Just finished another project, a single shot 38 Special pistol. I made everything except the screws, the springs ( all coil ) and the barrel. It weighs 3 1/2 pounds and has a 10" barrel. It was chambered ( carefully ) with a drill bit and I will check it for accuracy this weekend. I discovered that an old box of Winchester .357 Magnums I had laying around..... that were loaded with 158 gr. lead bullets.....would chamber.

So I fired one round and called that a proof test. The gun didn't seem to mind..... so I fired another one..... and then I fired a few more.....actually, I shot the entire box. Recoil was mild and almost nonexistent with specials.

Earlier this month I started a thread about "Your largest handgun." I presented "Mongo " to the world. I guess this gun is "Junior " There is a definite family resemblance.

Like Mongo, I have no monetary investment in this pistol. That's a price I can live with!!!:D
 

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That is impressive. Reminds me of a handgun version of a Scheutzen rifle (next project?). Looking forward to a range report. Wish I had the skillset to make that. My superpower seems to be building Finnish Saunas.
 
Nice, very reminiscent of a Remington rolling block, to me.

If it safely chambers and shoots .357, why is it a .38Spl?
Uhhhhh..... Good question! But the vast majority of of factory .357 ammo won't chamber. The real early Winchester .357 ammo, loaded with the 158 gr. lead bullet, was seated with only a bit of the bullet exposed. It looked like a wadcutter with a flat point nose. It chambered so I shot it.

But since the entire gun is made from soft, non heat treated steel....I'll stick to lower pressure .38 Special ammo.
 
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That is a beauty. I like the looks of a nice rolling block. You did well. I would like a explanation of the guns construction if you don’t mind. I see bolts going in from both sides so I’m included to think that there is a sandwich setup.
 
I appreciate your kind words, West Kentucky, but I am considering applying for a patient on its construction. I would rather not go into detail other than to say that you are right. It is a sandwich job.
 
Nice, very reminiscent of a Remington rolling block, to me.

If it safely chambers and shoots .357, why is it a .38Spl?

I think that sometimes less is more, Speedo66. Not everything needs to fire what somebody (Elmer Keith?) called "BBD" ammo, for Blind, Burn, and Deafen.
 
I appreciate your kind words, West Kentucky, but I am considering applying for a patient on its construction. I would rather not go into detail other than to say that you are right. It is a sandwich job.

Cool, keep us posted! Could be a really neat 80% type of thing. Patents are slow and can be $$ so have patience. May want to look at other ways to make $$ from if (if $$ is the intent).
 
Tark, what machine tools were used to create your pistol??
I have a Smithy benchtop combination milling machine, drill press and lathe. Adequate for most gunsmithing needs. Cutters must be high speed only, the small benchtop machines do not provide a stable enough platform to use carbide end mills. Broke several learning that. The gun was made from mostly un-hardened 1018 steel. Stressed parts were made with large engaging surfaces to spread out the load. That's why I will stick to 38 Special loads.
 
I appreciate your kind words, West Kentucky, but I am considering applying for a patient on its construction. I would rather not go into detail other than to say that you are right. It is a sandwich job.
Uhhhhh..... Good question! But the vast majority of of factory .357 ammo won't chamber. The real early Winchester .357 ammo, loaded with the 158 gr. lead bullet, was seated with only a bit of the bullet exposed. It looked like a wadcutter with a flat point nose. It chambered so I shot it.

But since the entire gun is made from soft, non heat treated steel....I'll stick to lower pressure .38 Special ammo.
Pre-heat treated 4140 is available, relatively cheap. This material can be machined with HSS tooling (just stick to the recommended feeds and speeds), in fact I find it easier to machine than mild steel.

There are many benefits to using HT steel.

And, the rolling block action is a very strong design. Even in mild steel, its probably stronger than you think.
 
Pre-heat treated 4140 is available, relatively cheap. This material can be machined with HSS tooling (just stick to the recommended feeds and speeds), in fact I find it easier to machine than mild steel.

There are many benefits to using HT steel.

And, the rolling block action is a very strong design. Even in mild steel, its probably stronger than you think.
I made a rolling block rifle a few years back, from heat treated (40C) 4140. It is a 30-06 and it ate a German proof round (7.62X63 ) that was on the high side of 80,000 PSI. I am well aware of how strong a rolling block action can be.:D I think I may have the only 30-06 rolling block rifle on the planet.:)
 
I have a Smithy benchtop combination milling machine, drill press and lathe. Adequate for most gunsmithing needs. Cutters must be high speed only, the small benchtop machines do not provide a stable enough platform to use carbide end mills. Broke several learning that. The gun was made from mostly un-hardened 1018 steel. Stressed parts were made with large engaging surfaces to spread out the load. That's why I will stick to 38 Special loads.
That’s the machine I keep looking at. There is another one sold by grizzly that’s a bit more expensive but with a longer lathe bed. One of these days...
 
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