Berry's Superior Plated Handgun Bullets .40 S&W/10mm .401" 155 gr HBFP 1000/ct

Berry's Superior Plated Handgun Bullets .40 S&W/10mm .401" 155 gr HBFP 1000/ct are purpose-built for serious reloaders, competitive shooters, and law enforcement trainers who demand precision without compromise. These plated rounds bridge the gap between economy lead ammunition and premium jacketed cartridges, delivering consistent ballistics at a fraction of the cost. Whether you're running qualification courses, precision pistol matches, or high-volume training cycles, this 1000-round case provides the volume you need without sacrificing accuracy or barrel longevity.

Berry's proprietary swaging and plating process bonds a pure copper jacket to a lead core, then re-strikes each bullet to final weight tolerance for repeatable velocity and point-of-impact consistency. The 155-grain hollow base flat point (HBFP) profile delivers controlled expansion in soft targets while maintaining structural integrity through intermediate barriers—critical for duty ammunition and defensive scenarios. Unlike bare lead rounds, the copper plating eliminates barrel fouling and lead contamination, extending service life on duty weapons and indoor range equipment. The hollow base design reduces material weight while maintaining kinetic energy, optimizing performance in both subsonic and standard velocity loads.

These bullets excel for reloaders working dual-caliber platforms—the .401" diameter works identically for both .40 S&W and 10mm Auto chambers, eliminating sorting and doubling your component inventory efficiency. Law enforcement armorers managing high-round-count training programs benefit from the cost per round without sacrificing match-grade accuracy; competitive shooters appreciate the plating's consistency in semi-custom loads. Compatible with all standard progressive and single-stage reloading presses, these bullets require no special handling or equipment beyond conventional .40/10mm dies and components. The 22.45-pound case ensures minimal reordering frequency for high-volume operations while maintaining freshness and performance across extended training cycles.