Kimber Black Polymer Magazine for 1911 .22 LR 10/rd Black

The Kimber Black Polymer Magazine for 1911 .22 LR 10-Round is a purpose-built polymer magazine designed specifically for Kimber's rimfire platform conversion systems. This 10-round capacity magazine pairs light recoil impulse with reliable feeding, making it an essential accessory for shooters running .22 LR conversion kits on 1911-pattern frames for cost-effective, high-volume training and practice.

Constructed from durable polymer, this magazine delivers the same dependable performance expected from Kimber's rimfire lineup. The 10-round capacity balances magazine depth with practical handling while accommodating the .22 LR cartridge's modest dimensions and low-pressure profile. Polymer construction reduces weight compared to steel alternatives, a meaningful consideration when running multiple magazines during extended range sessions. The magazine feeds reliably into Kimber Rimfire Super, Rimfire Target, and .22 LR Rimfire Conversion Kit platforms—critical compatibility that shooters must verify before purchase.

This magazine serves competitive shooters, law enforcement trainers, and firearms enthusiasts who rely on .22 LR conversion systems to run high-round-count drills economically. Shooters conducting pistol marksmanship training, transition drills, or speed work benefit from the lower ammunition cost and minimal recoil inherent to .22 LR, while this magazine ensures consistent feeding throughout the session. Note that this magazine is not compatible with Kimber's blue-cased Platinum conversion kit—verification of your specific conversion system before ordering is essential to avoid compatibility issues.

The .22 LR platform has long been recognized for delivering precision-grade velocity stability and minimal wear on action components during high-volume training. A dedicated rimfire magazine engineered to feed .22 LR ammunition through a 1911-pattern conversion kit ensures consistent performance across multiple firing sessions, reducing the likelihood of feed failures that can interrupt training continuity.