Originally Posted By: userfriendly
At what distance does bullet flight efficiency trump muzzle velocity?
We are talking non expanding bullets.
Does bullet sectional density trump on target velocity?
All bullets drop from the muzzle to the ground at the same rate ... that of gravity. One factor you can never change.
Therefore, the faster the bullet the 'flatter' it will shoot out to longer ranges. Of course, the more mass the bullet has the more energy you need behind it to get that high velocity to reach effectively at long ranges. And of course more mass combined with more velocity provides more KE at the target. Bullet design for low drag also comes into play, so there are many factors involved. You can go on-line and find trajectory curves for almost any caliber out there.
At what distance does bullet flight efficiency trump muzzle velocity?
We are talking non expanding bullets.
Does bullet sectional density trump on target velocity?
All bullets drop from the muzzle to the ground at the same rate ... that of gravity. One factor you can never change.
Therefore, the faster the bullet the 'flatter' it will shoot out to longer ranges. Of course, the more mass the bullet has the more energy you need behind it to get that high velocity to reach effectively at long ranges. And of course more mass combined with more velocity provides more KE at the target. Bullet design for low drag also comes into play, so there are many factors involved. You can go on-line and find trajectory curves for almost any caliber out there.