Savage Arms 57068 110 Varmint 26" 5-Round Bolt-Action Rifle

The Savage Arms 57068 110 Varmint 26" 5-Round Bolt-Action Rifle is purpose-built for precision varmint hunters and competitive shooters who demand accuracy at extended distances. This rifle represents the ideal balance between portability and ballistic performance, engineered for centerfire cartridges that excel in small-game and predator control applications. Whether you're targeting prairie dogs, coyotes, or running steel matches, this platform delivers the repeatability and inherent accuracy required for ethical, effective shots in demanding field conditions.

Built on Savage's proven 110 action, the Savage Arms 57068 features a precision-machined bolt face, controlled-round feeding, and a crisp trigger system designed to minimize lock time and maximize accuracy. The 26-inch heavy varmint barrel is configured for superior rigidity and heat dissipation during sustained shooting sequences, critical when managing barrel fouling and maintaining zero through extended strings of fire. Weighing 12 pounds, this rifle strikes an operational sweet spot—heavy enough to manage recoil and dampen vibration, yet manageable for hunters covering varied terrain. The 5-round capacity supports typical varmint hunting workflows while maintaining a compact overall length of 48.5 inches for vehicle transport and field maneuverability.

This rifle benefits competitive precision shooters, varmint control professionals, and hunters seeking a sub-MOA platform without custom gunsmithing. The 110 Varmint accepts standard Savage remote safety installations and factory scope bases, allowing seamless integration of quality optics—18-power or higher magnification is recommended for varmint work. Compatibility with premium match-grade ammunition and reloading protocols makes this platform ideal for shooters willing to invest in load development for their specific firearm. Law enforcement and wildlife management personnel consistently select Savage bolt guns for reliability, parts availability, and the inherent safety margins delivered by manual operation.