Savage Arms 58191 110 Scout 6mm ARC 16.5" 11-Round Bolt-Action Rifle

The Savage Arms 110 Scout 6mm ARC 16.5" bolt-action rifle is purpose-built for precision marksmen, hunters, and tactical shooters who demand compact rifle performance without sacrificing accuracy. The 6mm ARC cartridge represents a modern intermediate solution—delivering rifle-class velocity and energy in a platform that handles like an AR-platform carbine but with the inherent reliability of a time-tested bolt-action system. This rifle fills the gap between traditional hunting rifles and short-range tactical platforms, making it ideal for precision work at extended distances where lighter recoil and faster follow-up shots matter.

The 110 Scout configuration pairs an 16.5-inch barrel with a lightweight receiver geometry optimized for quick target acquisition and mobile shooting scenarios. At 11.46 lbs, the rifle balances controllability with sufficient mass for consistent accuracy; the shorter barrel reduces overall length to 49 inches without compromising velocity or ballistic performance characteristic of the 6mm ARC round. The 11-round detachable magazine capacity provides tactical reloading flexibility, while the bolt-action mechanism ensures absolute reliability in field conditions—no gas systems to foul, no springs to lose tension. Savage's machining standards guarantee tight tolerances critical for precision shooting applications.

This rifle benefits law enforcement precision teams, precision hunters pursuing medium game, and civilian marksmen seeking a purpose-designed intermediate-caliber platform. The Scout designation indicates an optics-ready receiver drilled and tapped for standard Picatinny rails, allowing integration of variable-power scopes or precision optics compatible with modern tactical setups. The compact dimensions and moderate weight make it effective for vehicle operations, precision hunting from blinds, or situations where traditional long-range rifles prove cumbersome. The 6mm ARC's inherent ballistic efficiency maximizes effective range while minimizing wind drift and recoil signature—critical advantages in precision applications where follow-up accuracy determines mission success.