Nosler Custom Competition Bullets 6.5mm .264" 140 gr HPBT 250/ct

Nosler Custom Competition Bullets 6.5mm .264" 140 gr HPBT are purpose-built for precision rifle competitors and serious reloaders who demand match-grade consistency downrange. These hollow-point boat-tail projectiles are engineered for the 6.5mm/.264 caliber platform and sold in 250-round boxes, providing serious shooters with the volume needed for practice, load development, and competition seasons. Whether you're chasing X-ring groups at 1,000 yards or fine-tuning a match load, Nosler's competition lineage ensures you're starting with proven, repeatable components.

The 140-grain HPBT (hollow-point boat-tail) design minimizes drag and delivers superior ballistic coefficient for extended-range shooting, while the boat-tail geometry stabilizes flight and reduces wind drift. Nosler's custom competition blend uses precision manufacturing and quality control that ensures minimal weight variation between rounds—a critical factor in consistent velocity and point-of-impact shift. The hollow-point construction provides controlled expansion characteristics, while the boat-tail rear profile optimizes aerodynamics for flatter trajectories and retained energy at distance. Each round maintains tight dimensional tolerances to feed reliably through precision bolt-action and semi-automatic platforms chambered in 6.5mm.

These bullets perform best in rifles with 1:8 or faster twist rates, common in modern 6.5 Creedmoor, 6.5x47 Lapua, and 6.5x284 Norma competition builds. Reloaders will appreciate the consistent performance across a wide charge weight window, enabling easier load development and shot-to-shot predictability. The 250-round count per box supports both high-volume practice sessions and competitive match preparation, making this an efficient choice for serious long-range competitors who track every variable in their ammunition chain. Compatible with all standard .264-inch diameter rifle bores and ideal for shooters prioritizing accuracy over cost-per-round.