TimC,
You know, I understand the benefits that can(might) be gained from higher than normal sectional density. That's why I have a .375 H&H and .416 Rigby. I also know that if you take those same heavy for caliber bullets and improve the shape (super high B.C) long distance performance can be enhanced. That's why I built my 1-8" twist 22/243 Middlested. What I don't understand is how any of this applies to a 140 grain 7mm bullets which have neither of those two characteristics. Those dots just don't connect.
The numbers are decidedly average on that one. That doesn't mean that it isn't an effective bullet, because it is. Just like a whole bunch of other bullets.
You know, I understand the benefits that can(might) be gained from higher than normal sectional density. That's why I have a .375 H&H and .416 Rigby. I also know that if you take those same heavy for caliber bullets and improve the shape (super high B.C) long distance performance can be enhanced. That's why I built my 1-8" twist 22/243 Middlested. What I don't understand is how any of this applies to a 140 grain 7mm bullets which have neither of those two characteristics. Those dots just don't connect.