Swift A-Frame Heavy Rifle Bullets .500 cal .509" 535 gr AFRN 50/ct

Swift A-Frame Heavy Rifle Bullets in .500 caliber, .509" diameter, 535 grain AFRN (Ammunition For Rifle Nuts) are purpose-built for precision long-range hunting and specialized rifle applications where deep penetration and consistent expansion are non-negotiable. These bonded-core rounds deliver the controlled, predictable performance required in magnum rifle cartridges where energy management and target integrity matter equally.

The A-Frame design features a tapered copper jacket around a pure lead core bonded to a soft-semi-Spitzer nose geometry. This construction produces three critical ballistic outcomes: controlled expansion across a broad velocity range, 95% weight retention through heavy bone and muscle, and deep penetration that stops only when energy is fully spent. The cross-member copper jacket design prevents premature jacket/core separation, a failure mode common in lighter bullets pushed through magnum velocities. At 535 grains, this projectile carries sufficient sectional density to resist deflection from heavy cover and maintain trajectory stability at extended range—essential characteristics in dangerous game and precision rifle disciplines.

This ammunition is intended for experienced reloaders and professional hunters working with .500 caliber rifles where factory ammunition options are limited. The 50-round count per box supports serious practitioners who verify zero, test velocity nodes, and develop loads specific to their rifle's bore, rifling twist, and action. Users should have ballistic chronograph data, pressure-tested load data specific to their powder and primer selection, and experience with magnum rifle recoil management before deploying these rounds in the field.

Swift Bullets has built reputation on bonded-core construction for dangerous game and extreme-range hunting where bullet failure is not an option. The A-Frame profile sacrifices aerodynamic coefficiency for mechanical reliability—a deliberate trade-off favoring terminal performance over ballistic coefficient.