Wilson Combat NULA2065CM20RT8KR NULA 6.5 20" 5-Round Bolt-Action Rifle

The Wilson Combat NULA 6.5 Creedmoor bolt-action rifle represents a purpose-built platform for precision rifle applications spanning long-range hunting, tactical training, and competitive shooting. Engineered by Wilson Combat—a manufacturer with deep roots in custom 1911 and AR-platform development—the NULA (Non-Uniform Loading Architecture) series extends that precision philosophy to the bolt-action segment. This rifle addresses shooters who demand sub-MOA accuracy, ergonomic reliability, and controlled weight distribution without compromise in field performance.

The 6.5 Creedmoor chambering delivers superior ballistic coefficients and wind-bucking performance at extended distances, making it the cartridge of choice for military and law enforcement precision communities. The 20-inch barrel balances velocity retention with practical field weight; at 10.2 lbs unloaded, the rifle remains maneuverable in demanding terrain while maintaining the velocity floor necessary for consistent expansion and energy delivery beyond 500 yards. The 5-round internal box magazine supports tactical reloading discipline and field transitions. Wilson Combat's attention to receiver geometry, bolt cocking angle, and trigger control ensures repeatable shot placement under stress—critical for both training scenarios and one-shot mission profiles.

This rifle serves precision rifle competitors, professional marksmen, and hunters pursuing medium to large game where ethical shot placement demands sub-2-MOA groups at practical ranges. The 44.2-inch overall length facilitates transport and vehicle storage without sacrificing sight radius for optics mounting. Shooters integrating modular tactical systems will appreciate the NULA's receiver compatibility with industry-standard rings and bases, enabling rapid optic switches between training and operational configurations. Field-proven by Wilson Combat's testing protocols, the NULA 6.5 Creedmoor 20" delivers the accuracy and reliability expected of purpose-engineered precision systems.