Christensen Arms 8010800200 Summit TI 26" 4-Round Threaded Barrel Rifle

The Christensen Arms Summit TI 26" 4-Round Threaded Barrel Rifle is a precision long-range platform engineered for precision shooters, hunters, and tactical operators demanding sub-MOA accuracy with minimal weight. Purpose-built for extended-range engagements, this rifle combines advanced materials and ergonomic design to deliver consistent performance in field conditions where reliability and precision intersect. The 4-round magazine configuration supports disciplined fire sequences typical of precision hunting and tactical applications.

This rifle leverages Christensen Arms' proprietary titanium composite construction to achieve a combat-effective weight of 23.4 lbs despite the 26-inch barrel—a critical advantage for sustained fieldwork without fatigue-induced accuracy loss. The threaded barrel design accommodates suppressors and muzzle devices, enabling sound signature management in tactical environments while maintaining precision. Christensen Arms' reputation for hand-fitted actions and premium trigger work ensures consistent lock-time and minimal creep, fundamental to repeatable long-range shot placement. The compact 54-inch overall length, paired with balanced weight distribution, enhances maneuverability in vehicle operations and confined shooting positions without sacrificing sight radius or velocity.

This platform is ideal for precision rifle teams, designated marksmen, and hunters requiring consistent performance from 300 to 1,000+ yards. The threaded barrel accepts industry-standard suppressor mounts (verify your suppressor's bore diameter against your specific caliber—common long-range applications include .308 Winchester, 6.5 Creedmoor, and .338 Lapua Magnum). Installation of optics requires compatible 20-MOA picatinny rails or direct-mount systems; consult Christensen Arms' factory specifications for your caliber variant. Routine maintenance follows standard bolt-action rifle protocols; the titanium construction resists corrosion in harsh environments, reducing long-term maintenance burden in field-deployed scenarios.