Savage Arms 110 Carbon Predator 6mm ARC 18" 4-Round Bolt-Action Rifle

The Savage Arms 110 Carbon Predator 6mm ARC 18" 4-Round Bolt-Action Rifle is purpose-built for modern predator hunters and tactical marksmen seeking a lightweight, compact platform without sacrificing ballistic capability. Chambered in 6mm ARC—a intermediate cartridge engineered for subsonic performance and barrier penetration—this rifle delivers effective range and accuracy in scenarios where noise signature and over-penetration are critical concerns. The 18-inch barrel strikes an optimal balance between velocity retention and maneuverability, making this platform ideal for hunters working dense terrain, law enforcement marksmen, and civilian operators who demand precision in compact form factors.

Built on Savage's proven 110 action, the Carbon Predator features a carbon fiber-wrapped barrel that reduces overall weight to just 10.25 lbs while maintaining rigidity and thermal stability—critical for sustained accuracy during rapid-fire sequences or extended fieldwork. The 4-round detachable box magazine ensures quick ammunition changes and simplified field reloads, while the 6mm ARC cartridge's inherent accuracy and flat trajectory provide consistent performance from 100 to 500 yards. The bolt-action mechanism delivers reliability that exceeds semi-automatic platforms in adverse conditions, with no gas tube maintenance or carbon fouling concerns.

This rifle is particularly suited for precision hunters targeting coyotes, feral hogs, and medium game in open country, as well as military and law enforcement designated marksmen who require a suppression-ready, sub-MOA capable platform. The short 18-inch barrel accepts standard AR-15 compatible muzzle devices, enabling integration with sound suppressors for noise mitigation in populated or sensitive areas. The Savage 110 Carbon Predator accepts aftermarket Savage 110 magazines and integrates seamlessly with modern tactical optics via Picatinny rail systems, making it compatible with both legacy and contemporary optics ecosystems.