Yes, 200 grain.I’ve heard of people using those. A 200 grain bullet?
Yes, 200 grain.I’ve heard of people using those. A 200 grain bullet?
Well, you can say that again…Yes.
As many have stated before, there was no improved accuracy over the round ball. That came from load development. The only advantage was the heavier bullet giving more penetration at the desired range.
I concluded that a .451" RB which I also cast from a Lee mould + a felt OP wad was the better and more accurate choice.
220, 221, whatever it takes.Why go 43 when you can go 44?
Plus better odds of a sucking chest wound. Natures way of telling you…I have to think 1 big hole doesn't leak better than a big hole plus a bigger hole . . .
I’m not looking to sell my mould, but I can send you a handful of conicals.I am looking for a mold for the type of conical that the 36 Navy originally used,
Maybe somebody's already referenced it on here ?
I'd like to try the heavier conical bullet for myself in my 36 Navy
My NMA and my ROA both shoot the same size group when using their more accurate hunting loads (33 and 38 grns) despite the projectile. I’ve tried a ball and two bullets (170-195 grns) in the NMA and a ball and about 5 bullets (170-240 grns) in the ROA. Because of this I am measuring out the remaking chamber volume so as to fill it in with lead. Looks to be about a 235 grn bullet. I didn’t try loads below 25 grns as they wouldn’t be all that humane for hunting.More accurate than rocks?...Yes, but not roundball...c
There are chronographed results testing the same powder charge with .451, .454, and .457” balls and the larger the ball the higher the velocity. It stands to reason that longer driving bands will catch the rifling better and create slightly higher pressures which is why the velocity goes up, and it likely gives more lead the capability of obturation and filling those grooves.So by this quorum so far, it looks like I should just stay with round ball.
Any accuracy difference from .451 to .454?
I believe a ball was more effective because it flew faster allowing it to expand whereas a conical was much slower and quite pointy. We know pointy bullets allow flesh to stretch and creates a much smaller than caliber permanent wound. Not good when you’re fighting for your life. There’s a reason lead bullets became round noses and flat points. I stick with wide meplats, they work better than a ball.The military liked conicals for increased stopping power, and probably like was said, they work well with cartridges. Conicals also fell in line with the push in the 1850s to standardize all weapons to a conical type projectile.
However, Skeeter Skelton wrote that Confederate Cavalry vets said round ball put men down better then conicals so I mean, who knows.
I know that I am not yet set up for casting and I have piles of .375 and .454 ball , so, I use what I have.
I have a Pickett mould that I'd like to use for my Walkers , to shoot the correct bullets.
I’ve read that chamfering the chamber mouths reduces the stresses of loading, and instead of shearing off some lead it squeezes it in there leaving nothing to waste. I wonder how loading a conical in a chamfered chamber differs stresswise to loading an oversized ball in a standard chamber.A few thoughts on conical's in a cap & ball revolver:
Loading them causes a lot more wear on the loading lever and parts because sheering off a long length of lead is much more difficult than sheering off the small area on a ball. This can cause the parts to fail.
The conical should have a short length at the base that is a smaller diameter than the chamber. This helps to align the bullet with the chamber. Without this pilot, aligning the bullet before ramming it into the chamber is very difficult and ramming it without it being aligned will damage the bullet making it inaccurate.
Usually the accuracy isn't any better than a round balls accuracy.
The muzzle velocity will be slower with the bullet because of the additional weight
A look at the conical's actually used in the Remington and Colt reveals that they were quite short. Not much longer than the size of the bore. This allowed them to be loaded into the gun without enlarging the clearance cut that is machined into the gun.
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