Whit stop i mean that if you shoot a buffalo that are running at you whit a bullet whit 10 000 foot pound of energy and you shoot him in the front of the chest, then he would stop like he has run in to a big wall.
But i think that if the bullet are a soft nose and stop up fast in the animal it maybe knock down the animal.
What do you guys think about that....?
Then i have think about i dont know how you say in english but i mean a half automat rifle.
I think that it would be effective on moose if you shoot three .338 win mag shoots in 2 seconds in the shoulder.
What do you think about that guys...
Kent
Those two calibers certainly give the appearance of knockdown when the Buff hits the dirt like a sack of poop....along with the 505 Gibbs...It ain't BS , that part stays "on line in computer heaven"
those big bores simply devastate Buffalo most of the time, like a 270 on rabbits. Like everything there are exceptions I'm sure.
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Ray Atkinson
Nothing like lack of experience to start recommending stopper rifles!
HELP.
Kent
Sarge
Where do you and Ray think the stoppers really begin, ballistics wise?
Thanks
gs
gs
It not matters what you are sayning if you dont have tried to do the thing you say.
I have shoot mooses whit the little 6,5 x 55 and some moose have been knocked down of the energy of the little bullet when it have stopped in bone when i have hit them in the shoulder.
I dont mean anything bad. I just tried to explain that big bores can knock over a moose and a buffalo.
All it would take to end this nonsense is to get a full mount buffalo, stuff it with 1500 pounds of meat & bone, and then let these guys shoot it with their big guns.
I'll shake hands with the guy whose gun "KNOCKS DOWN" the buffalo.
When he comes to, that is. Because there "ain't no way" that he will be standing in the same general area as before he pulled the trigger.
What I think Ray is saying here is that these guns can completely bring to a halt all functions of a living buff.
I've seen a .22 hit the brain of a hog, and he fell down like he was hit with a stick of dynamite. I don't think anyone believes that a .22 can knock a hog DOWN, however.
Like Ray says, there are exceptions. The laws of physics don't have exceptions, fellas. If you hit a buff with a steam locomotive, he will go down WITHOUT EXCEPTION. No matter about his adrenaline level.
A lion is a fraction of the size of a buffalo. But just watch the video of the charging lion in "Jaws of Simba" where he is hit with 3-4 DGR "stopping" rifle rounds.
He doesn't even break his stride. The only hit that makes him flinch is the one that broke his jaw, and that doesn't slow him down.
One more item: You've seen what happens when somebody puts the "insurance" round in a downed buff. What are the effects? Does it roll him over onto his other side? Or does it just make his front leg jerk?
Think about it.
Rick.
What are they then made for please tell me i relly want to know....?
I don't know what you mean by crushing bones but my 300 Win Mag has not problems busting buffalo bones. I have shot several with this rifle one weighed over 2000 pounds! I have had bullets go clear through both shoulders actually one on the big one I just mentioned and two others.
I agree though there is not way that a shoulder fired rifle will not down a big animal. I put 5 shots into that 2000 pound buffalo to bring him down. He didn't even seem to notice he was being shot.
Kent
Sarge
Kent
quote:
Originally posted by Overkill:
But if the buffalo run out from a bush at about 50 yards and the bullet cant stop the buffalo just kill and the buff dont die so fast then you are dead.
Yes, that is why it is called dangerous game hunting!
Sarge
I have pointed out the fallacy in the idea that the force of impact of the bullet from a "stopper" rifle had anything whatever to do with it "stopping". But I have never undefined "stoppers" or made any pronouncements against using "enough gun".
Stopping is accomplished by one of two things fundamentally. Either a trauma is inflicted on the animal of such a magnitude that it is momentarily "stopped" or "turned" from its charge (examples being a broken shoulder, massive trauma to the heart and lungs, etc.) or else, and more typically, it is hit in or very near to the central nervous system and literally killed graveyard dead outright. Buffalo are incredibly tough and the former type of "stopping" wound seems to have the desired effect with disappointing frequency. That leaves hitting them in or very near the brain or upper region of the spine.
Not to open the debate on how much is enough (or too little), the reason people use big bores is that a .458 caliber gun will effect a region around its path which is .458/.308 times larger in radius than a .308 caliber rifle. It gives you a margin of error, plain and simple. Sure it all comes down to steady nerves and a cool head and all that jazz, but I am made to believe by many of our experienced old buff hunters that this degree of tranquility in a moment of danger is a lot easier to acquire when one is holding a genuine thumper than a .303 loaded with the world's finest solids. Do you want to bet your life on the longest odds or the best odds you can get?
I would like to know what an expert considers a stopping rifle to be.
Kent
If i have a 577 T-REX and loaded whit 750 grains woodleigh soft nose bullets at 2500 f/s. And i see a 200 kg moose at 50 yards he is looking at me, and i point at him right in the shoulder and when i shoot he go down at once, because the woodleigh bullet expand to a big diameter and stop up much on the way in the moose and leave much energy.
Then he is knocked over because off the big bullet whit much energy.
And the other real world whit 6,5 x 55 is that if i shoot a moose at the same range the moose are going to run about 50 yards or it go down at once if the bullet hit bone.
Sarge
Now, that said: you certainly CAN drop an animal in its tracks, or have it kick itself over under muscle power. I don't think anyone is doubting that. What calibers or bullets are best, I don't pretend to know. But physically knocking the animal off its feet, like Mel Gibson being blown through a plate glass window by a 12-gauge, is B.S.
Argue what stops best all you want. I'm very interested in that subject, as I'm new to big game hunting. (And I'd very much like to keep hearing how good .458 Lotts are for stopping buff, as I have one being built up right now...)
Solids or softs, anyone?
Pertinax
Your assessment of the difference between . . . what shall we call it, "blown away" cartridges versus "knock down" cartridges is succint, accurate and well written. I agree completely. Knock down power isn't about momentum to an inanimate object, it's about trauma to a living animal causing immediate and violent damage to the central nervous system, the cardiovascular system and major skeletal system. This trauma is why the animal drops, not because it was hit by the ballistic equivalant of a 18-wheeler.
Sarge
My cents bout this then. What I belive..
A bullet never magically gets more energy when its on route to its target.
So your shooting a 577 T-Rex... and IF that rifle could knockdown a buffalo with pure enery we would see people flying like ragdolls through the windows on the funny videos on this page.
When your shooting with a rifle you are effected to the same force as the target is.
So if the shooter isnt flown back 10 feet out through a window the target wont do it either.
[This message has been edited by Tazman (edited 02-03-2002).]
Energy is only converved in the broad sense: all the kinetic energy in the bullet does end up doing something to the target, generally ending up as heat (generated as the bullet rips up the target, converting motion to heat via friction). But it's NOT conserved the way momentum is; the shooter does not absorb the same energy as the target!!!!!!!!
The shooter does absorb the same momentum as the target. Well, actually the shooter absorbs much more, due to the powder mass leaving the barrel. (Interesting factoid: .223 and .45 ACP recoil pretty much the same, except for the powder difference. But no one doubts that .223 will do far more damage to the target. This is what you get because of the squared velocity term in the energy calculation.)
The conservation of momentum rule is what allows us to figure out the relative kinetic energies of bullet and gun. I'll spell out the math if anyone's interested, but as you all well know, if you increase the weight of the gun, the recoil goes down. The math is not complicated.
OldSarge: Thanks for the compliments on my writing. My Lott will come in at 10+ lbs., I believe, and I'm eager to get a chance to shoot it. Six weeks to go... A Rigby would be very expensive for me to get, at least in CRF. I'm a lefty, which is one of the reasons I chose the Lott. Win-70 handles it fine. To go to something larger for us lefties gets REALLY expensive, as far as I know. I think only the "custom" actions will handle the larger cartridges.
BTW, where does this "class X rifle" concept come from? I've not read the source material for this.
Pertinax
But u still cant knock over a buffalo with a T-REX or any other hand hold rifle.
Harald and I have been discussing the energy convervation thing on another thread. He said that pressure exists in front of the bullet and that the pressure wave travels at bullet velocity. Does this pressure wave add to the knock down effect of the bullet?
After all the pressure is generated in a liquid and this liquid has a mass and is travelling at a velocity.
Let me know what you think.
Kent
Beats me. I don't pretend to know about terminal effects. I just know that the bullets won't knock an animal off its feet.
I'm not a very experienced hunter, so I'll defer to the more experienced as to actual effects on game.
Pertinax
This is the question I am trying to understand.
Kent
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If Elmer didn't say it, it probably ain't true.
At the risk of seeming too critical I will venture to make a correction of an earlier remark about energy, momentum and conservation. The quantity mass-energy is always conserved. This rule is inviolate. In ballistic events no appreciable mass is converted to energy (maybe an atom somewhere, who really knows?), so we can take it for an absolute law that the total energy is conserved for the event. We can reliably measure the angular and axial kinetic energies of the projectile and perform some hydrodynamic analyses of the penetration event that will describe the motions of the structures of the target internally. Most of the energy is turned into strain energy or remains kinetic or acoustic energy until it is damped out by internal resistive forces. The temporary cavity expands then relaxes to some final position. The bullet may exit with remaining kinetic energy. The remainder is now converted to internal energy in the target by the work fo the bullet. It remains as a slight temperature increase in the shredded and stretched tissues.
On the recoil end you don't try to balance the kinetic energy of the bullet with the recoil energy of the gun. There is no law to justify that. But starting with the total chemical energy of the propellant you can assign the energies of the whole process of propelling the bullet to the heat absorbed by the barrel, expanding gases in the barrel, recoil energy to the rifle, residual thermal and kinetic energy in the gases at muzzle exit (a large fraction of the total) and of course the kinetic energy of the bullet itself. The way to do this analysis properly at the gun and at the target is to begin with conservation of energy. Conservation of momentum is a gross approximation that works wonderfully well for many simple physical systems where we can "cheat" the answer with fudge factors for friction and other resistive forces that are difficult to account for properly. Newton was more careful than most people (including professors) who have quoted him. He said that the change in momentum is equal to the time integral of the resultant of the forces acting on a system. That is absolutely true. Irrefutably so. What is not true is that the change in momentum is equal to the sum of the motions (m x v) of the various bodies in the system. That's only true in an abstract sense that doesn't apply to the real world. It really falls flat in terminal ballistics where things are tearing each other apart. The best approach is always to start with energy and force relationships and extract out the resulting velocities. Beginning with momentum is a lot easier but gets you the wrong answer because it leaves out all the interesting stuff. The knockdown test is a beautiful example of this very thing.
What I do know is the bigger the hole in the bore the quicker it will "normally" kill a buffalo at reasonable velocities...
I have seen Buff travel various distances shot with 7x57, 308, 30-06, 338, 9.3's and 375 and probably about in that order will determine how far they will go, I have never seen a Buff make more than about 40 yds. hit with a 500 N,E. or 505 Gibbs and mostly not that far...I have seen them go near a mile or more on many ocassions shot with a 9.3, 375 or 338 on rare ocassions..
If you except the fact that a multitude of conditions will prevail to make certain things happen, then consider this post an accurate account of the question you pose.
If you find disagreement in the above then I suggest that you disregard the post as it is merely my opinnion based on my personal experience and is all I have to go on.
I do, however believe most experienced Buffalo hunters would agree with me. Keep in mind that I have chosen the middle ground and use the 450-400, 404 and 416 for most of my Buff hunting. Ocasionally I use a 9.3,338 or a 375 if the ocassion calls for it..the main thing being is to punch a proper hole in the SOB and let his milk out.
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Ray Atkinson
You actually support my position in a sense. One view of your post could be that when you fire at a cape buffalo, nothing you can hit him with is going to stop him. It's going to punch a hole in him, and the bigger the hole, the sooner he dies.
If a buffalo can take a four bore, through both lungs, and go 60 yards, I'm amazed your observations say 40 is max with a 50. Still, can't argue with that.
Sounds to me like the better shot you are, with the lighter rifles, the shorter the run.
I guess if I show up for that roundup, and get a chance to fire some of these cannons, I'll bet a better idea of what I can handle,
and add to Saeed's collections of videos.
GS
Don't be amazed.
People seem to go crazy over the 4 bore when they first read of that great .935-1" 1400-2000 grain slug in a 4" case drool drool etc.etc.
Look at the crap job a 12ga slug does of stopping game quickly when compared to a smaller centrefire.
The bore guns were superceded for a reason.
Karl.
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..Mac >>>===(x)===>
also DUGABOY1
DUGABOY DESIGNS
Collector/trader of fine double rifles, and African wildlife art
You shott them in the top of the heart breaking the shoulder, then they go 40 to 220 yards or so and die most of the time. A low heart shot gives them considerably more time to do you damage. A spine or brain shot ends the affair immediately....
The bigger the gun the less tracks they make as a rule, but you can't totally depend on that...
Best advise is shoot the biggest gun that YOU as an individual can handle...I use a 404 etc. as thats what I'm comfortable with. and it has served me well..The 375 has served others well, but I know of a hell of a lot of cases wherein the 375's have failed and ended up in disaster or near disaster. Perhaps this is because their are more 375's used than any other DGR, but be that as it may I prefer 40 cal....I have had one shot kills on Buff with both the 308 Win and the 7x57, but that sure doesn't make them a Buff gun...I have also seen Buffalo take 9 shots by a 470 in one instance and 13 shots on another. thes were well placed shots on Adrenaling gulping bulls that decided not to die.
So you see there are no pat answers to these questions. Mostly subjecture....
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Ray Atkinson