FrankenMauser
New member
Another way of looking at it:
With a fairly common loading for .357 Max, a 180 gr HP at 1,550 fps, energy at the muzzle is less than .35 Whelen at five hundred yards with a 200 gr SP that left the muzzle at 2,900 fps (Hornady Superformance advertised figures).
Bump that .357 Max load to 1,700 fps for a muzzle velocity more appropriate for a rifle, and drop the .35 Whelen back to 2,800 fps (because no one actually sees Hornady's advertised velocity), and it isn't much different:
The 200 gr Hornady SP is running a theoretical 1,655 fps at 400 yards, and sitting at 1,216 lb-ft or energy.
The .357 Max, however, didn't make that much energy at the muzzle (only 1,155), and the 180 gr bullet has already dropped below 1,600 fps before the bullet hits the 50 yard mark.
Comparing trajectory of that second example:
The Max is done at 300 yards (even that is stretching it), and the bullet has dropped almost 56" with a 100-yard zero.
Same zero with the Whelen, and it'll easily carry enough velocity to work to 450 yards; and the bullet still hasn't dropped as much at 450 as the Max had at 300 yards.
...And that's just when looking at the .358" Hornady 200 gr SP. Stuff some Barnes 225 gr TSXs in there, and the BC jumps to .359 instead of .282. That 'small' change makes a huge difference.
Even with the 225 leaving the muzzle even slower again - at 2,700 fps - it is still carrying more energy at 500 yards than the Max had at the muzzle, and more velocity at 500 yards than the Max had dropped to at 50 yards.
And for the blatant 'mistake' above:
Why are my .357 Max velocities so "low" compared to a lot of internet talk about what people are getting out of their rifles? Because the commonly-available bullets aren't designed for those 1,800+ fps impact velocities.
If loaded for velocity and longer-range use, the Max isn't suitable for shots on game up close. And if loaded for reasonable velocities, to allow use up close, then range is quite limited.
.35 Whelen, on the other hand, works from muzzle to 450+ yards.
With a fairly common loading for .357 Max, a 180 gr HP at 1,550 fps, energy at the muzzle is less than .35 Whelen at five hundred yards with a 200 gr SP that left the muzzle at 2,900 fps (Hornady Superformance advertised figures).
Bump that .357 Max load to 1,700 fps for a muzzle velocity more appropriate for a rifle, and drop the .35 Whelen back to 2,800 fps (because no one actually sees Hornady's advertised velocity), and it isn't much different:
The 200 gr Hornady SP is running a theoretical 1,655 fps at 400 yards, and sitting at 1,216 lb-ft or energy.
The .357 Max, however, didn't make that much energy at the muzzle (only 1,155), and the 180 gr bullet has already dropped below 1,600 fps before the bullet hits the 50 yard mark.
Comparing trajectory of that second example:
The Max is done at 300 yards (even that is stretching it), and the bullet has dropped almost 56" with a 100-yard zero.
Same zero with the Whelen, and it'll easily carry enough velocity to work to 450 yards; and the bullet still hasn't dropped as much at 450 as the Max had at 300 yards.
...And that's just when looking at the .358" Hornady 200 gr SP. Stuff some Barnes 225 gr TSXs in there, and the BC jumps to .359 instead of .282. That 'small' change makes a huge difference.
Even with the 225 leaving the muzzle even slower again - at 2,700 fps - it is still carrying more energy at 500 yards than the Max had at the muzzle, and more velocity at 500 yards than the Max had dropped to at 50 yards.
And for the blatant 'mistake' above:
Why are my .357 Max velocities so "low" compared to a lot of internet talk about what people are getting out of their rifles? Because the commonly-available bullets aren't designed for those 1,800+ fps impact velocities.
If loaded for velocity and longer-range use, the Max isn't suitable for shots on game up close. And if loaded for reasonable velocities, to allow use up close, then range is quite limited.
.35 Whelen, on the other hand, works from muzzle to 450+ yards.