Christensen Arms 8011003400 Traverse Full 26" 4-Round Threaded Barrel Rifle

The Christensen Arms 8011003400 Traverse Full 26" 4-Round Threaded Barrel Rifle represents precision long-range engineering built for tactical shooters and hunters who demand accuracy at distance. This rifle is engineered for applications requiring sub-MOA performance, whether for competitive precision rifle matches, long-range hunting, or professional tactical deployment. The Traverse platform has earned respect in the field for its ability to deliver consistent, repeatable accuracy under demanding conditions.

Built on Christensen Arms' carbon-fiber-reinforced composite technology, the Traverse Full features a 26-inch threaded barrel that reduces weight while maintaining rigidity—critical for minimizing barrel whip during long strings of fire. The threaded barrel design accommodates suppressors or muzzle devices, allowing shooters to tailor the rifle for noise signature management or recoil mitigation in tactical scenarios. The 4-round magazine capacity suits precision work where deliberate shot placement takes priority over volume of fire, and the full-length stock design provides enhanced ergonomics and consistent cheek weld for repeatable sight picture. At 10.6 lbs, this rifle balances portability with the structural integrity necessary for consistent long-range performance.

This configuration appeals to precision marksmen, law enforcement marksman teams, and long-range hunters who value accuracy over firepower volume. The threaded barrel opens compatibility with industry-standard suppressors and muzzle brakes, enabling users to customize the platform for their specific mission profile or hunting environment. Installation of accessories requires standard 1.5-inch action wrench tooling and basic gunsmithing knowledge; many users opt for professional mounting to ensure zero integrity. Typical applications include sustained precision fire at 500+ yards, where the Traverse's carbon construction and barrel design minimize thermal distortion and maintain sub-MOA grouping potential throughout extended shooting sessions.