Summary
The article explains how a rifle’s twist rate—the distance a bullet travels in the barrel to complete one full rotation—directly affects bullet stability and performance. Rifling spins the bullet to keep it aerodynamically stable in flight, improving accuracy and consistency. Author Philip Massaro notes that faster twist rates stabilize longer and heavier bullets, while slower twists work better with lighter projectiles. If a bullet is too heavy or long for a barrel’s twist rate, it may lose stability and strike the target sideways, a problem called “keyholing.” Modern cartridges increasingly use faster twist rates to handle high-ballistic-coefficient bullets that deliver better long-range performance and deeper penetration.
American Hunter
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