Crosman Premier Domed Lead Pellets .177 10.5 gr 1250/ct

The Crosman Premier Domed Lead Pellets .177 caliber, 10.5 grain, 1250-count box represents the premium choice for serious airgun shooters, particularly field target competitors who demand consistent accuracy and reliable performance downrange. These domed pellets are engineered for precision, featuring the characteristic dome profile that optimizes aerodynamics and energy retention across typical shooting distances. Manufactured by Crosman, a recognized leader in airgun ammunition, these .177 caliber rounds deliver the ballistic consistency that separates competition-grade ammunition from general-purpose options.

The 10.5-grain weight specification is critical for .177 pellet selection—heavier pellets retain velocity better in crosswind conditions and deliver more kinetic energy at distance, making them the standard preference for field target shooters over lighter 8.4 or 7.9-grain alternatives. The domed head geometry reduces air resistance compared to flat-head designs, translating to flatter trajectories and tighter shot grouping when fired through quality airguns with proper tune. Each 1250-count box provides substantial supply for serious range sessions, practice regimens, and competitive matches without requiring frequent reordering.

Field target shooters across North America and internationally rely on these Crosman Premier pellets for benchmark accuracy and shot-to-shot consistency. The .177 caliber platform dominates organized airgun field target competition due to its flatter trajectory, reduced wind drift, and compatibility with high-velocity rifle-style airguns that reward premium ammunition. Serious competitors, training shooters, and precision enthusiasts who understand that ammunition quality directly impacts group size and scoring consistency specify these rounds as their standard. The domed design also performs reliably in spring-piston, PCP, and pneumatic platforms, making this a versatile choice for dedicated practitioners looking to maximize accuracy potential.