Savage Arms 110 Elite Precision 300 PRC 30" 6-Round Bolt-Action Rifle

The Savage Arms 110 Elite Precision 300 PRC 30" 6-Round Bolt-Action Rifle represents purpose-built engineering for long-range precision shooters and tactical marksmen who demand accuracy at extended distances. Chambered in 300 PRC—a modern cartridge designed specifically for competitive and field precision rifle applications—this rifle delivers the ballistic performance required for 1,000-yard engagements and beyond. The 110 Elite Precision platform is engineered for shooters who prioritize sub-MOA consistency and repeatability in demanding field conditions, whether in competition, precision hunting, or law enforcement sniper applications.

The 30-inch barrel maximizes velocity and consistency across the 300 PRC cartridge's operating envelope, critical for maintaining ballistic coefficient and downrange energy. Savage's proprietary AccuTrigger system delivers a clean, crisp break with minimal take-up, enhancing target acquisition and shot placement precision. The 6-round detachable box magazine enables rapid reloading while maintaining feed reliability across thermal extremes, and the bolt-action design ensures mechanical simplicity and uncompromised accuracy. At 18.4 pounds, the rifle balances shootability with the mass required to manage recoil impulse and sustain precision across consecutive shots—essential for both competition strings and tactical scenarios where follow-up shots determine outcomes.

This rifle serves competitive precision rifle competitors, long-range hunters pursuing elk and larger game at distance, and trained law enforcement and military personnel conducting precision rifle operations. The modular design accommodates modern precision rifle optics, rail systems, and suppressors via standard mounting interfaces, allowing integration with existing tactical platforms. The 300 PRC cartridge's high ballistic coefficient and inherent accuracy make this platform ideal for shooters operating in open terrain where wind management and trajectory compensation demand exceptional mechanical precision and barrel harmonics.