Two factors primarily contribute to a cartridge’s long-range ability: ballistic coefficient, which is the projectile's ability to resist being tossed around by the wind, and velocity, the actual speed of the bullet. The .22lr has a ballistic coefficient of around .14 and a velocity of 1,260 fps, which makes it very susceptible to wind drift and the force of gravity. At this rate, a .22lr bullet will drop about 38 feet between the muzzle and a target 500 yards away. Additionally, a 10mph wind will cause the bullet to drift about 94 inches, making it very difficult to hit anything at any great distances. The .30/06 has a ballistic coefficient of .447 and a velocity of 2,800 fps. At 500 yards, this round will only drop about 5 feet, and will drift about 21 inches in a 10mph wind. This type of bullet is much more suited to shooting paper targets or deer from a long
Two factors primarily contribute to a cartridge’s long-range ability: ballistic coefficient, which is the projectile's ability to resist being tossed around by the wind, and velocity, the actual speed of the bullet. The .22lr has a ballistic coefficient of around .14 and a velocity of 1,260 fps, which makes it very susceptible to wind drift and the force of gravity. At this rate, a .22lr bullet will drop about 38 feet between the muzzle and a target 500 yards away. Additionally, a 10mph wind will cause the bullet to drift about 94 inches, making it very difficult to hit anything at any great distances. The .30/06 has a ballistic coefficient of .447 and a velocity of 2,800 fps. At 500 yards, this round will only drop about 5 feet, and will drift about 21 inches in a 10mph wind. This type of bullet is much more suited to shooting paper targets or deer from a long