HOWA Hogue 6.5 Creedmoor 22" Threaded Barrel Bolt-Action Rifle

The HOWA Hogue 6.5 Creedmoor 22" Threaded Barrel Bolt-Action Rifle is purpose-built for precision shooters and tactical operators who demand accuracy at extended distances without compromise. This platform excels in law enforcement precision rifle applications, competitive long-range shooting, and field hunting scenarios where sub-MOA consistency and suppressor compatibility are non-negotiable. The 6.5 Creedmoor cartridge has become the standard for modern precision rifle work, offering superior ballistics, reduced recoil, and exceptional wind management compared to traditional .308 Winchester platforms.

HOWA's time-proven bolt-action platform delivers consistent accuracy through a smooth, controlled action and proven receiver geometry that has been refined across thousands of rounds downrange. The 22-inch threaded barrel accommodates standard suppressor systems (typically 1/2x28 thread pitch) while maintaining compact maneuverability in tactical and confined operational environments. The Hogue stock provides ergonomic grip texture and consistent cheek weld geometry, critical factors for precision work where shooter consistency determines hit probability. At 9.6 pounds, this rifle balances portability with recoil management—light enough for extended deployment but substantial enough to manage the 6.5 Creedmoor's moderate recoil impulse without fatigue-induced accuracy degradation.

This rifle benefits precision rifle teams, designated marksmen, and serious long-range competitors who require a proven platform with minimal modification requirements. The threaded barrel enables seamless integration with sound suppressors for hearing protection and signature reduction in tactical operations. Standard Picatinny rail systems accept modern optic mounts, allowing integration with modern glass ranging from 3-15x magnification for precision work to 1-8x platforms for dynamic tactical applications. The bolt-action design eliminates gas system complexity, reducing maintenance burden and enhancing reliability across extended operational periods and variable ammunition loads.