Savage Arms 47248 A22 Precision 18" 11-Round Rifle

The Savage Arms 47248 A22 Precision 18" 11-Round Rifle delivers accurate, reliable small-caliber performance for precision shooters, recreational marksmen, and tactical training environments. Built on Savage's proven platform, this .22 LR rifle combines a compact 18-inch barrel with an 11-round magazine capacity, making it ideal for shooters who demand sub-MOA accuracy without the recoil and cost associated with centerfire platforms. Whether used for marksmanship development, low-noise facility training, or small-game applications, this precision rifle bridges the gap between entry-level and professional-grade equipment.

The A22 Precision features Savage's acclaimed AccuTrigger system, engineered for clean, predictable trigger breaks that enhance shot placement and reduce shooter fatigue during extended training sessions. The 18-inch barrel provides optimal velocity for .22 LR ammunition while maintaining a lightweight, manageable profile at 10 lbs, allowing tactical operators and sport shooters to maintain stable sight picture and quick target transitions. The rifle's precision-focused design incorporates a threaded muzzle, enabling suppressor integration for noise reduction in tactical or facility-based training scenarios—a critical advantage in multi-shooter environments or noise-sensitive locations.

Law enforcement firearms instructors, precision rimfire competitors, and military marksmanship programs benefit most from this platform's accuracy and low operational cost per round. The 11-round detachable magazine system allows rapid reloading during training drills, while the 48.9-inch overall length accommodates standard tactical rifle accessories and optic mounts. Shooters integrating suppressors will appreciate the threaded barrel, which pairs seamlessly with .22 LR-rated sound moderators for hearing-safe training. The Savage Arms A22 Precision excels in controlled-environment instruction, competitive precision events, and operational readiness drills where accuracy and consistency outweigh power considerations.