sgt_zim
AH ambassador
- Joined
- Mar 26, 2017
- Messages
- 5,043
- Reaction score
- 19,893
- Location
- Richmond, Texas
- Media
- 33
- Articles
- 1
- Member of
- NRA, Houston Safari Club Foundation, NWTF
- Hunted
- South Africa, Idaho, Texas, Louisiana
Never hunted leopard, but if/when I do, it'll be with my 6.5 Swede or my 280 AI. Because from 70 or 80 yards, I can stack bullets with either of them all day long. 156 gr Norma Oryx for either of them, or Woodeligh RN 160 for the 6.5
It doesn't matter what you do in your backyard range with your 458, the recoil is 1 variable to eliminate. You aren't shooting at an NFL football (cape buffalo heart) or volleyball (elephant brain). You're shooting at something smaller than your fist. A poor shot with a 458 is no better than a poor shot with a 6.5mm. The probability of a mauling with a poor shot from either is high, but the probability of a poor shot from a 458 is higher than a poor shot with a rifle that has substantially less recoil.
Some real math/probability and statistics.
You're in a game show, you have a choice for a wonderful prize behind 1 of 3 doors. You choose door 2. The emcee eliminates door 3, and offers you the opportunity to re-choose your door - 1 or 2?
You double your probability of selecting the winning door if you switch to door 1. Wrap your mind around that. You won't always win by selecting the highest probability, but on any time line, you'll win far more often on the option with the highest probability of success.
It doesn't matter what you do in your backyard range with your 458, the recoil is 1 variable to eliminate. You aren't shooting at an NFL football (cape buffalo heart) or volleyball (elephant brain). You're shooting at something smaller than your fist. A poor shot with a 458 is no better than a poor shot with a 6.5mm. The probability of a mauling with a poor shot from either is high, but the probability of a poor shot from a 458 is higher than a poor shot with a rifle that has substantially less recoil.
Some real math/probability and statistics.
You're in a game show, you have a choice for a wonderful prize behind 1 of 3 doors. You choose door 2. The emcee eliminates door 3, and offers you the opportunity to re-choose your door - 1 or 2?
You double your probability of selecting the winning door if you switch to door 1. Wrap your mind around that. You won't always win by selecting the highest probability, but on any time line, you'll win far more often on the option with the highest probability of success.
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