Nosler Custom Competition Bullets .30 cal .308" 155 gr HPBT 250/ct

The Nosler Custom Competition Bullets .30 cal .308" 155 gr HPBT 250/ct represents precision ammunition engineering built for shooters who demand consistency at distance. Designed for competitive rifle disciplines—including long-range precision matches, F-Class competition, and tactical rifle events—these bullets deliver the ballistic predictability that separates first-place finishes from second. Competition shooters and law enforcement precision marksmen rely on Nosler's custom manufacturing tolerances to minimize shot-to-shot velocity variation and maximize downrange accuracy.

Each 155-grain hollow-point boat-tail (HPBT) projectile features Nosler's proprietary lead-alloy core bonded to a precisely drawn copper jacket, engineered to maintain velocity consistency and deliver superior ballistic coefficients for extended-range applications. The boat-tail design reduces drag and improves in-flight stability, critical factors in .308 Winchester platforms where wind deflection and velocity decay accumulate at 600+ yards. Nosler's custom quality control—including weight sorting and concentricity checks—ensures repeatable ballistic performance that handloaders and factory-ammo shooters alike demand. The 155-grain weight balances velocity retention with recoil management in standard .30-06 and .308 platforms.

Precision rifle competitors, law enforcement sharpshooters, and long-range hunters benefit most from the consistency of Nosler Custom Competition Bullets in this caliber and weight. The 250-round count per container provides sufficient volume for match preparation, load development, or seasonal field use. Compatible with all standard .308" bolt-face rifle platforms—including AR-10, M24, R700, and similar precision systems—these bullets perform reliably across temperature ranges and shooting distances from 100 to 1,000 yards. For shooters pursuing sub-minute-of-angle performance or match wins, this ammunition component delivers the ballistic stability necessary to put precision downrange consistently.