Bergara BMR Magazine 22 WMR/17 HMR 10/rd

The Bergara BMR Magazine 22 WMR/17 HMR 10-round capacity is a precision rimfire magazine engineered for shooters running Bergara's BMR (Bergara Magnum Rimfire) platform. Designed to function reliably with both .22 Winchester Magnum Rimfire and .17 Hornady Magnum Rimfire ammunition, this magazine delivers consistent feed geometry and robust construction for competitive shooting, small game hunting, and precision rimfire training.

The 10-round capacity balances practical shooting applications with compliance requirements across different jurisdictions. At 0.12 lbs and measuring 4 x 0.85 x 7.5 inches, the magazine remains compact and lightweight while maintaining the feed reliability required for match-grade accuracy. The Bergara BMR magazine uses a proven spring and follower design optimized for rimfire cartridge dimensions, eliminating double-feeds and ensuring positive round advancement through the firing cycle. Magazine body construction resists corrosion during extended range sessions or field use in variable weather conditions.

This magazine is purpose-built for precision rimfire shooters who demand accuracy and reliability from their ammunition handling. Competitive shooters, varmint hunters, and rimfire trainers rely on OEM magazines to eliminate feed variables that affect shot placement. The dual-caliber design (.22 WMR and .17 HMR) maximizes versatility for BMR owners who shoot both cartridges from the same platform. Shooters operating Bergara BMR rifles will find that factory magazines maintain the tight tolerances necessary for repeatable group sizes and match-grade performance.

Rimfire precision rifles have become the standard training platform for long-range fundamentals and competition preparation. Magazine reliability directly impacts shot consistency, making OEM-spec ammunition carriers a critical component of match-ready setups. Bergara's engineering focus on rimfire accuracy extends to its magazine design, ensuring that feed path geometry and spring tension support sub-MOA performance expectations.