Savage Arms 95200 93 FVSS .22 LR 21" 6-Round Stainless Bolt-Action Rifle

The Savage Arms 93 FVSS .22 LR 21" 6-Round Stainless Bolt-Action Rifle is a precision rimfire platform built for shooters who demand accuracy at distance and reliability in harsh conditions. Whether you're training for marksmanship fundamentals, conducting precision drills, or engaging in small-game hunting, this bolt-action rifle delivers the sub-minute-of-angle capability required for disciplined shooting. The .22 LR cartridge's low recoil and minimal noise signature make it ideal for extended training sessions without fatigue, while its compact profile suits both bench work and field deployment.

The rifle features a stainless steel barrel and action that resist corrosion in wet, salt-air, or high-humidity environments—critical for operators who cannot afford rust-related zero shift or reliability compromise. The 21-inch barrel balances velocity retention with maneuverability in confined spaces, while the 6-round detachable box magazine allows rapid reloads during training scenarios. Savage's renowned two-stage trigger system provides crisp, predictable breaks essential for precision work, and the bolt-action mechanism delivers mechanical reliability without the complexities of semi-automatic systems. At 8.4 pounds unscoped, the rifle remains light enough for extended carry operations yet substantial enough to manage recoil and vibration.

Law enforcement firearms instructors, competitive rimfire shooters, and precision-focused hunters benefit most from the Savage 93 FVSS's inherent accuracy and durable construction. The stainless finish requires minimal maintenance compared to blued steel, reducing downtime in high-use training environments. Standard Picatinny rail mounting allows integration of modern optics—red-dot, low-power variable, or precision scope platforms—to match your mission profile. The 6-round magazine capacity suits controlled training fire and hunting applications; additional magazines are readily available for increased capacity in training-heavy scenarios.