+1 for truth. As for terminal performance, placement is king indeed, but sectional density and metaplat are a factor as well.Muzzle energy has nothing to do with handgun stopping power.. Uninformed people need to stop choosing ammo simply based on muzzle energy.
.357 magnum (2 in barrel) -- 125 gr. Federal JHP -- 949 fps
9mm (3 in barrel) -- 124 gr Federal HydraShock -- 988 fps
Comparing these barrel lengths is absolutely valid because of the way they are measured and they are typical lengths used for subcompact models of each.
your 2" 357 example in reality would be a revolver with a 1/4" barrelOne note: in every case with the T/C Encore the length of the barrel was measured from the end of the barrel back to the breech face. This is how semi-auto pistols are measured, but revolvers are measured as the length of the barrel in front of the cylinder gap. Take this into consideration when comparing calibers using our numbers.
sure if you leave out a few details.The thead seemed straightforward to me.
I understand that my speed six loaded with 125gr Golden Sabers has no power advantage over my HK p7 loaded with 124gr +p golddots they are also about even in the blast flash and recoil dept. and while in a pure social enviorment I prefer the HK.however you must understand the 9mm is maxed out and the 357 is just getting started in a more rural setting, where both 2 and 4 legged threats exist, I would much prefer my speed six loaded with 158/180gr bullets.The 9mm +P and +P+ loadings are comparable in power to the best .357 (25 years ago) load if the size of the gun is typical for concealed carry. Against people, the 125 gr. .357 load I selected is considered one of the best(out of a 4" revolver).
and I wish you'd quit trying to pee on my leg and convince me it's raining.I don't like having mud thrown at me.
Even comparing a 3 inch barrel .357 to a 3 inch 9mm, you get similar results. Of course, this doesn't get into velocity loss of a revolver due to cylinder gap. And, if you do start getting into +P 9mm (which is a very common defense load) or +P+ (not so common), you kick it up even more.your 2" 357 example in reality would be a revolver with a 1/4" barrel
The same 357 load gains over 300fps when going from a 2" to a 3".Even comparing a 3 inch barrel .357 to a 3 inch 9mm, you get similar results. Of course, this doesn't get into velocity loss of a revolver due to cylinder gap. And, if you do start getting into +P 9mm (which is a very common defense load) or +P+ (not so common), you kick it up even more.
Nothing?pythagorean said:You are using a Glock auto here. I automatically go for the .357 revolver every time.
Every time. Nothing beats the 125 gr SJHP .357 from Remington ammunition to this date. Nothing.
I'll add some additional data, since my choice of ammo wasn't sufficient for some.
Gun Tests Magazine April 1999:
Taurus 617: Federal 180 JHP 1,023 fps / 418# KE
S&W 686: Federal 180 JHP 1,042 fps / 434# KE
Gun Tests Magazine Jan. 2002:
S&W 686: Winchester 110 JHP 1,231 fps / 370# KE
Taurus 617: Winchester 110 JHP 1,206 fps / 356# KE
S&W 686: PMC 158 gr. JHP 1,068 fps / 400# KE
Taurus 617: PMC 158 gr. JHP 1,075 fps / 406# KE
Gun Tests Magazine March 2002:
Taurus 617: Black Hills 125 JHP 1,160 fps / 374# KE
S&W 386PD: Black Hills 125 JHP 1,199 fps / 399# KE
S&W 386Sc (3.1'') Black Hills JHP 1,285 fps / 459# KE
There you have it, different ammo, different bullet weights... same FALSE conclusion I started with. I'm glad I kept a few old copies of Gun Tests.
I'll add some additional data, since my choice of ammo wasn't sufficient for some.
1. 3 inch S&W J frame
c. Item 19C/20-158gr. Jacketed Hollow Point = 1398 fps=686fpe
d. Item 19D/20-125gr. Jacketed Hollow Point = 1476 fps=604fpe