I'm curious about what might be the expected outcome of this combination. Yes I have both to try it myself but I haven't, so I'm curious if anyone has... or perhaps nearly as interesting is to simply discuss the pertinent angles of what might happen.
The load is a 148 grain swaged lead HBWC pushed with 2.7 grains of Bullseye, the very classic Bullseye target load that certainly predates me. I run this load in my S&W Model 52 pistols (runs around 730 fps) and countless competitors have run this load through classic K-38 Masterpiece revolvers, Colt target revolvers, numerous heavy barrel custom PPC guns and far too many others to begin a list.
But it is fair to say that this well-established classic load has spent most of it's life being launched from 5" to 8-3/8" barreled handguns... mostly from 6" revolvers.
So when you send this extremely sedate load down an 18.5" rifle barrel, what might you expect? Certainly there must be a point where friction takes it's toll?
Would this slug make the 730 fps mark at the muzzle of the rifle, or faster? Or will friction be the larger force, slowing it down?
The load is a 148 grain swaged lead HBWC pushed with 2.7 grains of Bullseye, the very classic Bullseye target load that certainly predates me. I run this load in my S&W Model 52 pistols (runs around 730 fps) and countless competitors have run this load through classic K-38 Masterpiece revolvers, Colt target revolvers, numerous heavy barrel custom PPC guns and far too many others to begin a list.
But it is fair to say that this well-established classic load has spent most of it's life being launched from 5" to 8-3/8" barreled handguns... mostly from 6" revolvers.
So when you send this extremely sedate load down an 18.5" rifle barrel, what might you expect? Certainly there must be a point where friction takes it's toll?
Would this slug make the 730 fps mark at the muzzle of the rifle, or faster? Or will friction be the larger force, slowing it down?