Savage Arms 57755 110 Timberline 6.5 PRC 24" 4-Round Left Hand Rifle

The Savage Arms 110 Timberline 6.5 PRC 24" 4-Round Left Hand Rifle delivers precision and reliability for serious hunters and tactical marksmen who demand a firearm engineered for demanding terrain and extended range work. This left-handed configuration addresses a critical gap in the market, providing southpaw shooters with factory-true ergonomics rather than forcing them into compromised right-hand designs. The 6.5 PRC cartridge bridges the gap between standard magnum velocities and superior ballistic coefficients, making it ideal for mountain hunts, long-range competitions, and field applications where wind drift and drop management are mission-critical.

Built on Savage's proven 110 platform, this rifle features a 24-inch free-floating barrel that maximizes velocity and accuracy potential while maintaining manageable weight at 11.8 lbs—light enough for sustained field work without sacrificing shot-to-shot consistency. The 4-round capacity provides adequate magazine-fed efficiency for hunting and tactical scenarios while keeping overall length compact and maneuverable in timber or transitional terrain. Savage's left-hand action is not simply a mirrored safety; it delivers true left-handed bolt throw, extraction, and ejection geometry that eliminates the ergonomic compromises inherent in ambidextrous designs, allowing faster follow-up shots and more intuitive operation under stress.

Left-handed shooters—whether active duty personnel, LE professionals, or experienced hunters—will find this rifle's dedicated southpaw controls eliminate fumbling and enable faster target engagement compared to right-hand-only options. The Timberline's modular design accepts standard Savage accessories and aftermarket optic mounting solutions, allowing integration with proven tactical and hunting setups. For precision rifle disciplines, field hunting in mountainous terrain, or defensive long-range applications, the 6.5 PRC's superior ballistics and the 110's legendary repeatability provide the foundation for sub-MOA performance at extended distances.