All, I know that this topic has been discussed to death, but that is one reason why I'm asking. I'm seeing two well-reasoned but conflicting philosophies about what you should be going for in a cartridge for elk, and I'm hoping to take the debate to a step beyond where I'm seeing it. I came up in Philosophy 1 below but am now being pulled to Philosophy 2. The reason I ask is that I have never hunted elk and I need to make some decisions as I plan for the future which will hopefully involve elk hunting. I very much want to make sure that I'm set up for quick, ethical kills.
Please let me know if you think I'm captured the camps correctly and where you stand and why. Evidence is good. Please, please no ****ing matches.
One specific question is what Philosophy 2 thinks about non-ideal shot angles like quartering to or away ... should these shots not be taken or do they think that these are fine with proper shot placement?
Philosophy 1: Elk are big, tough animals, so you need to hit them with large mass, large diameter, tough projectiles that at impact are both moving at or above minimum expansion velocity for that bullet design and still carrying a minimum amount of energy (usually something like 1500 ft/lbs.). If you don't, you will have an unacceptably high risk of penetration, damage to the vitals, wound channel, and/or "wallop" to the animal that are insufficient to cause a quick, ethical kill. This is especially true for non-broadside shot angles. You will also get bullets not exiting, which can result in losing the animal (even if it dies quickly) because there is little or no blood trail.
Please let me know if you think I'm captured the camps correctly and where you stand and why. Evidence is good. Please, please no ****ing matches.
One specific question is what Philosophy 2 thinks about non-ideal shot angles like quartering to or away ... should these shots not be taken or do they think that these are fine with proper shot placement?
Philosophy 1: Elk are big, tough animals, so you need to hit them with large mass, large diameter, tough projectiles that at impact are both moving at or above minimum expansion velocity for that bullet design and still carrying a minimum amount of energy (usually something like 1500 ft/lbs.). If you don't, you will have an unacceptably high risk of penetration, damage to the vitals, wound channel, and/or "wallop" to the animal that are insufficient to cause a quick, ethical kill. This is especially true for non-broadside shot angles. You will also get bullets not exiting, which can result in losing the animal (even if it dies quickly) because there is little or no blood trail.
- So, you need to look at caliber size, bullet mass, velocity, and energy. Shot placement is important but the above gives you considerable flexibility (or room for error) since the bullet will still provide good terminal performance from many angles and/or if the shot placement is off and/or if bones are hit. Maximum range is probably determined by where the energy level falls below the minimum.
- For elk, this means ~165+ grain bullets, at least for lead bullets. If the bullet is not of a tough construction (such as bonded or mono), then it needs to be of larger mass so that a shank will remain intact and continue penetrating if the front fragments.
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