Savage Arms 57744 110 Timberline .300 Win Mag 24" 4-Round Bolt-Action Rifle

The Savage Arms 57744 110 Timberline .300 Win Mag 24" 4-Round Bolt-Action Rifle is purpose-built for long-range hunting and tactical applications where reliability and precision define mission success. This rifle serves shooters who demand a flat-shooting platform capable of delivering consistent accuracy at extended distances, whether in alpine terrain, open country, or controlled range environments. The .300 Winchester Magnum cartridge provides the velocity and energy retention necessary for ethical large-game hunting while maintaining inherent accuracy advantages that experienced hunters and tactical marksmen rely on for decisive first-round hits.

The 110 Timberline platform features a user-adjustable AccuTrigger system that allows precision shooters to customize trigger pull weight, directly improving consistency and reducing shooter-induced error during extended firing strings. The 24-inch hammer-forged barrel is optimized for the ballistic envelope of the .300 Win Mag, delivering velocity and accuracy potential that justifies the longer sight radius and extended sight-to-muzzle distance for elevated optic performance. At 11.8 pounds, the rifle maintains a weight-to-capability ratio suitable for backcountry applications without sacrificing the structural rigidity required for sustained accuracy under field conditions. The four-round magazine capacity balances reload speed with compact handling in varied terrain.

This rifle is ideal for serious hunters pursuing elk, moose, and long-range game, as well as law enforcement and military marksmen who require a semi-custom bolt-action platform without custom-build timelines or costs. The AccuTrigger and barrel profile make it an excellent candidate for precision rifle competitions and long-distance range work where sub-MOA capability is non-negotiable. Compatibility with standard .300 Win Mag ammunition and aftermarket Savage-pattern components ensures shooters can optimize fit, finish, and performance through established accessory ecosystems without proprietary constraints.