- Thread Starter
- #21
If you look at the chart presented earlier- you'll see roughly a 10 fps loss per 50 yards between 1650 yards and 1700 yards when the bullet is traveling a bit more than 400 fps. This is assuming that the bullet has remained stable in flight. If the bullet has lost stability at that point and begins to tumble, I would tend to think there would be an increased loss in velocity due to increased resistance. The only point at which a bullet will stop losing speed with the exception of terminal velocity is when it stops moving, unless you've found some way to fire your .44 in a vacuum. Yes, at some point terminal velocity will be reached on the descent, if the descent is steep enough.
Using a relatively short, heavy, bullet with a large frontal surface area over a long distance with most of the flight at subsonic speeds in changing air densities and atmospheric conditions- it's a bit much for me to try to predict the results that far out. A quick search found this article, not dealing with anything as heavy as a 44 so maybe not apples to apples. Possibly the in flight theory holds though.
Using a relatively short, heavy, bullet with a large frontal surface area over a long distance with most of the flight at subsonic speeds in changing air densities and atmospheric conditions- it's a bit much for me to try to predict the results that far out. A quick search found this article, not dealing with anything as heavy as a 44 so maybe not apples to apples. Possibly the in flight theory holds though.