BergaminoCAV
Member
depends on the shooter, either way the target is going down
My ex wife shot her boyfriend 5 times in the torso/chest area at physical contact range. She was using my my 4 inch barelled revolver with 125 grain JHP's. She claims he was trying to take the gun away from her so she emptied thy gun in fear he'd get it and shoot her. She also claims that he didn't die instantly and stayed on his feet struggling with her past the last shot. He died fairly quickly, but it wasn't instant and none of the rounds knocked him down. He may have been on drugs.
He sixth shot hit my refridgerator and it did die instantly. She got off on self defense and I divorced her. This 15 years ago. We were already separated, but she still came by the house. This happened in my kitchen while I was at work.
Shot placement always wins regardless of caliber.
doggieman said:Correct answer: .45 ACP
Foot-pounds of energy don't kill, big holes in the right places kill. And the only thing that kills *right now* and stops someone dead in his tracks is luck. The 45 makes bigger holes. Today's .45 loads like the Golden Sabre and the Ranger/Talons are as likely to expand as anything in a 357. And to the folks who always write "placement counts," yes we KNOW, now answer the question.
Frontal area ((D/2)^2*pi):
.357 = 0.10 sq. inches
.45 = 0.16 sq. inches
Unexpanded, the hole a 45 makes is 1.6 times or 60% larger than the 357's. Holes baby, not energy dump, not nothin else, just holes man.
rifle bullets can do truly massive amounts of damage, since the force they exert radially outwards exceeds the tensile strength of tissue.
As a general rule, however, pistol bullets do not exert enough force to tear tissue to any degree; even ultra high-energy fragmenting rounds like a Glaser. http://www.firearmstactical.com/imag...m Glaser.jpg
In fact, most pistol rounds don't even exert enough force to crush tissue with their entire width; a bullet that expands to .75" may very well only make a hole that's .5" wide or smaller.
In other words, if X bullet makes 3" wide tears in gelatin, then X bullet shot into a pig's butt will stretch the muscle tissue out 3" for a fraction of a second, then the muscle will bounce back and the remaining hole will be, at most, the diameter of the bullet, and probably smaller.
So performance wise, a .357 mag, despite having more energy, is still no better than a .38spl, since each work out to be the same .10 sq inches surface area. Both of which are obviously FAR superior to say a .223 rifle, which is laughable in comparison to most handguns:
.357 = .10 sq. inches
.45 = .16 sq inches
.223 = .04 sq inches
For some reason I got confused and thought more energy meant you could accelerate heavier grain bullets to higher velocities... but I don't know where I was going with that lol. Thanks, doggieman.
You can read all you want and believe what you want, but my experiences say the .357 is a good deer caliber. I can't say that for the .45ACP past maybe 30 yards with the hottest load possible.
Quote:
You can read all you want and believe what you want, but my experiences say the .357 is a good deer caliber. I can't say that for the .45ACP past maybe 30 yards with the hottest load possible.
And I would say it's a very poor deer caliber.
So, just forget the ol' 1000 ft lbs rule on deer for deer hunting and go with a .45 hardball for those 50 yard shots. Whatever, energy DOES matter. Shock DOES matter. Hunters know this.
I dare say a .357 from my Blackhawk pushing a 180 grain JHP to 1400 ft/second (regardless of frontal area) is a better deer stopper than ANY .45ACP on the market or that you could possibly handload to safe levels, period, no argument, just the truth and nothing but the truth. I have killed deer quite dead at 80 yards with a 158 grain SWC, not an expanding bullet, a hard cast SWC from a .357 revolver, the Blackhawk. That deer went 20 feet and collapsed, probably took all of a half second with a LUNG shot! The hole had 3" diameter of destroyed tissue around it through those lungs, I presume from the pressure wave, but it was destroyed never-the-less, whatever the energy transmitting vehicle. That sort of performance certainly couldn't be expected from any .45ACP load.
From experience in the great outdoors, there is no comparison in power of the two calibers, .357 wins. I don't hunt with the .45ACP and won't, not enough energy. If I hunt with a .45, it'll be the Colt. Now, you're steppin' up the energy ladder quite a bit, 1000 ft lbs at the muzzle from a 7" barrel.
I apologize for bringing quantitative evidence instead of anecdote into the debate.
Temporary wound cavity vs. permanent cavity. The volume of a wound can be measured or quantified, if you will, using standardized ballistic gel testing. While ballistic gel will never fully replicate a live mammal it is the best standard we have. By using a standard we can measure and compare on an equal ground. While the wound in gel may not exactly the wound in flesh, a round that wounds gel better will also wound flesh better. Until we get a better method I'll trust the gel tests.What quantitative evidence?
My 180 grain load uses the Hornady XTP loaded to 1400 fps produces 785 ft lbs from my 6.5" .357 mag. I won't load the .45 over 550 ft lbs for any of MY autos, too punishing on the guns. My 158 grain load, a load that has taken a couple of deer leaves the Blackhawk's muzzle at 1520 fps/769 ft lbs. I cannot get that sort of exterior ballistics from the .45 ACP.
These loads aren't on any Winchester site, they were recorded with my chronograph 15 feet from the muzzle of the gun, ten shot strings averaged. I believe to equal my hand loads, you can buy Buffalo Bore ammunition. That stuff is pretty hot.