Christensen Arms 8010800105 Summit TI 6.5 PRC 24" 4-Round Rifle

The Christensen Arms Summit TI Full Size 6.5 PRC rifle represents the pinnacle of precision rifle engineering, combining titanium action construction with advanced composite materials for uncompromising performance. Built for long-range accuracy and field deployment, this 24-inch threaded barrel system delivers the velocity and inherent precision demanded in precision rifle applications, weighing just 12 pounds despite its full-size platform and 3+1 capacity.

The Summit TI features a natural titanium aluminum receiver machined with a 0 MOA Picatinny split rail for direct optic mounting and accessory integration. The light target contour carbon fiber-wrapped barrel is threaded to accept muzzle devices, paired with a titanium radial muzzle brake for recoil management and shot signature control. The natural carbon fiber fixed thumbhole stock provides a secure shooting platform with geometry optimized for precision work. These material choices—titanium action, carbon fiber composite stock, and titanium brake—minimize overall weight while maintaining rigidity required for consistent group performance at extended distances.

The 6.5 PRC cartridge delivers superior ballistics for medium to long-range precision shooting, offering excellent velocity retention and wind deflection resistance compared to conventional magnum calibers. The thumbhole stock configuration provides repeatable trigger access and support consistency, making it well-suited for bench shooting, field positions, and precision training environments. This configuration appeals to precision rifle competitors, long-range hunters, and operators requiring sub-MOA capability in a portable package.

Christensen Arms' Summit TI platform has established itself in the precision rifle market for material innovation and accuracy potential. The combination of titanium construction, carbon fiber composites, and the inherently flat-shooting 6.5 PRC makes this a serious choice for shooters prioritizing lightweight precision without compromise on durability or thermal stability.