Muley Buck
WKR
Honestly, I was just having a little fun posting that. I'm not trying to get all serious and technical on "bullet performance" here.
Check out this thread it's got all the info on that kill, and more.
http://www.rokslide.com/forums/long-range-hunting/48270-hornady-eld.html
Thanks, man.
The performance you got out of the bullet, in all respects, seems to be what the OP considers "ideal", as do many others, I suspect.
That's a nice exit hole.
A better equivalent would have been if the broad head had been used around 30 times at varying ranges, resulting in 100 percent one-arrow recoveries, and it occasionally lost its blades, but the hunter still found the game.
In that case I would say some would find the broad head's performance satisfactory, and some wouldn't.
Bullet talk has to be right up there with scope talk, yet few to none actually learn about either.
Everyone talks this bullet or that, weight retention, "energy", "bullet failure", etc..... yet won't learn anything about terminal ballistics.
I am ready to learn, what do you got for us?
Perhaps you could start a thread on it and link it from this one.
Bullets kill by destroying tissue. The more tissue destroyed, all else being equal, the faster things die.
"Energy" does not factor into it.
Guys will argue about which end of a toothpick is better.
I thought that was expected when a whitetail is shot with a belted magnum. No? Per hornady that load is carrying over 2900lb ft of energy at 200yds.
Thanks for the post, formidilosus.
I still think this discussion deserves its own thread.
I agree with much of your post. Although I must disagree on energy being irrelevant. Energy does have quite a bit to do with how a bullet kills. Energy affects the amount of tissue damaged, particularly the forming of the temporary wound cavity, which causes the bulk of the damage in a bullet wound.
Assuming bullet construction and impact location are equal, greater energy equals greater cavitation, which causes greater tissue damage, and likely quicker death.
Yeah... I don't get too wound up about muzzle energy in my hunting and shooting, but my engineering side has to point out the your statements are directly contradictory. That whole "Conservation of Energy" law of physics would indicate that tissue destroyed is going to be directly related to the energy available to do that work.
A 200 grain 30 cal bullet shouldn't cause that kind of damage on an entrance wound at 2500 fps, i could see it if it was a varmint bullet. My partner shot his buck on the same hunt with a 300 wby and 180gr accubond at a similar distance as me, had a bullet sized entry, jellied the vitals and had a quarter sized exit. I know a 300 wm is overkill for whitetails but there is no excuse for that entrance wound, especially when i hit ribs and not shoulder.
The biggest gripe, and it's legitimate, that I'm getting from the OP is the inconsistencies from shot to shot. A bullet that pencils on one shot and grenades on the next is garbage. Personally I'm part if the frangible match bullet club, for the same reason I don't hunt with field points. Kinetic energy is important; it's a measure of the bullet's ability to displace/destroy tissue, in all directions radiating out from the wound channel. Frangible, heavy for caliber bullets have long, wide wound channels. The trick is finding the ones that do it consistently. Bonded/controlled expansion bullets have long, narrow wound channels. Results will be consistent, but a great deal of energy is wasted and more tissue is left intact that could otherwise be destroyed. Bullets like Accubonds are a good balance between the two. In the end it's personal preference, but consistent terminal performance vital. You should understand approximately what the bullet will do, and plan shots accordingly.
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You're 100% correct, that's what I am getting at with the bonded vs fragmenting bullets. Energy is just a measure of potential to do damage. Whether or not the bullet exploits that potential is dependent on its construction. Bonded bullets will use less of their energy to displace and destroy tissue, while something like a Berger or ELD M will likely use all of it.Given the same same caliber and weight, both type of bullets that ykubstated have the same "energy". The amount of energy told you nothing as to how either bullet will work.