Originally Posted by Hondo64d
Originally Posted by Jordan Smith
It’s a balance between velocity and BC. If the difference in BC is small, and the difference in velocity is large, then the velocity advantage wins in wind drift. Having said that, when I run those two loads at standard atmospheric conditions, I get a wind bracket for the 130 AR of 5 mph to 800, and 4.5 mph from 900 to 1000. For the 140 EH I get 5 mph to 900 and 4.5 mph at 1000.


Pulled my numbers using a 4400’ DA, which is pretty typical here on a summer morning. I suppose the more dense air of a standard atmosphere allows the EH to pull ahead quicker?

John

That makes sense, except that I see the same trend when using 4400 DA. Just 1 mph more wind speed for each interval. I’m not sure why we’re seeing different results. Just a thought: did you make sure to disable spin drift?