Savage Arms 57036 110 Long .300 Win Mag 26" 5-Round Bolt-Action Rifle

The Savage Arms 110 Long Range Hunter in 300 Win Mag is purpose-built for precision shooters and hunters demanding extreme-distance accuracy. This bolt-action rifle combines Savage's reputation for mechanical reliability with features specifically engineered for shots beyond 300 yards, making it ideal for long-range hunting, competitive precision rifle disciplines, and dedicated marksmen who refuse to compromise on terminal performance at extended ranges.

The rifle features Savage's AccuFit synthetic stock system, which includes five interchangeable comb riser heights to achieve a consistent and repeatable cheek-to-stock weld—critical for maintaining proper optic alignment shot after shot. Four composite length-of-pull inserts allow shooters to customize the stock geometry to their individual arm length and grip preference, directly improving ergonomics and reducing fatigue during extended shooting sessions. The 26-inch barrel maximizes velocity potential of the magnum cartridge while the matte black metal finish resists corrosion in field conditions. At 12.8 pounds, the rifle delivers manageable recoil impulse for a magnum-class cartridge, and the 4+1 round capacity (four in magazine, one chambered) provides sufficient follow-up shot capability without unnecessary weight addition.

This rifle is best suited for serious hunters pursuing larger game across open terrain, law enforcement precision riflemen, and competitive long-range shooters who prioritize accuracy over volume. The 300 Win Mag cartridge delivers proven ballistics performance and ammunition availability, making it a sensible choice for barrel life and reloading economics. The AccuStock's modular design ensures that shooters of different body types can achieve optimal fit without modification to the receiver or action, eliminating common fit-and-function issues that degrade performance. Installation of an appropriate scope mount and quality long-range optic (typically 3–12x or higher magnification) will unlock the inherent precision potential of this platform.