If you're set on .357, the answer may be more power and speed, not less. Look up the well proven 125 grain .357 magnum loading... Well respected and field proven.
You have 2 (or any combination thereof) ways to get ____ kinetic energy to the target: Heave a heavy bullet at a lower velocity, or fling a lighter bullet at higher velocity. Big and slow it out - all of the very best penetrators in any caliber are heavy for caliber, right? So that leaves you with the lightest, fastest extremes. Even to the point of fragmentation (Glaser safety slugs come to mind as an extreme example).
http://en.wikipedia.org/wiki/.357_Magnum Have a look for yourself - you'll notice that with the exception of Quik-Shok fragmenting ammo, the .357 loadings that produce the least amount of penetration AND largest permanent cavity in gelatin are the 125 grain loads. The key is using the energy in a way most useful to you for the circumstances.
Just one thing to remember: Don't miss - even a shotgun full of birdshot will easily punch through at least 1 interior wall with ease, and probably more.
You have 2 (or any combination thereof) ways to get ____ kinetic energy to the target: Heave a heavy bullet at a lower velocity, or fling a lighter bullet at higher velocity. Big and slow it out - all of the very best penetrators in any caliber are heavy for caliber, right? So that leaves you with the lightest, fastest extremes. Even to the point of fragmentation (Glaser safety slugs come to mind as an extreme example).
http://en.wikipedia.org/wiki/.357_Magnum Have a look for yourself - you'll notice that with the exception of Quik-Shok fragmenting ammo, the .357 loadings that produce the least amount of penetration AND largest permanent cavity in gelatin are the 125 grain loads. The key is using the energy in a way most useful to you for the circumstances.
Just one thing to remember: Don't miss - even a shotgun full of birdshot will easily punch through at least 1 interior wall with ease, and probably more.





Comment