Savage Arms 110 Classic 7mm Rem Mag 24" 4-Round Bolt-Action Rifle

The Savage Arms 110 Classic 7mm Rem Mag 24" 4-Round Bolt-Action Rifle is a purpose-built hunting and long-range precision platform designed for serious shooters who demand reliability in demanding field conditions. Built on Savage's proven 110 action, this rifle delivers the accuracy and consistency required for medium to large game hunting and competitive shooting applications. The 7mm Remington Magnum cartridge provides superior downrange energy and ballistic performance across extended distances, making this rifle ideal for hunters and marksmen working in open terrain or mountainous environments.

The 24-inch barrel strikes an optimal balance between velocity and maneuverability, enabling the 7mm Rem Mag to achieve consistent muzzle velocities while maintaining a compact, packable profile for field use. Weighing 11.3 pounds, this bolt-action rifle distributes recoil responsively and maintains lateral stability during sustained shooting sessions. The 4-round internal magazine capacity provides adequate ammunition staging for hunting scenarios while keeping overall rifle weight minimal—a critical factor for hunters who cover significant distances on foot. The Classic designation reflects a traditional aesthetic and ergonomic design philosophy, featuring a clean profile that appeals to shooters who prioritize function over modern tactical styling.

This rifle benefits hunters pursuing elk, moose, and large deer at extended ranges, as well as precision rifle competitors working in the 1000+ yard discipline. Law enforcement tactical teams and military designated marksmen may also evaluate the platform for specialized applications. The Savage 110 action is widely compatible with aftermarket stocks, optic mounting systems, and precision upgrades, allowing shooters to customize the rifle for specific mission requirements or personal preferences. Magazine compatibility and ammunition availability for the 7mm Remington Magnum ensure long-term practicality and field sustainability.