Taurus G3C Handgun Magazine 9mm Luger 12/rd

The Taurus G3C Handgun Magazine 9mm Luger 12-round capacity is a steel magazine purpose-built for the Taurus G3 Compact pistol platform. This magazine serves operators, law enforcement, and civilian defensive shooters who rely on the G3C as a compact 9mm carry and training option. The 12-round capacity strikes a practical balance between magazine thickness and usable round count, addressing the reload frequency considerations that compact pistol users must plan for in high-round-count training sessions or duty scenarios.

Manufactured from steel construction, this magazine offers proven durability through repeated loading cycles and extended storage. The 9mm Luger specification ensures compatibility with the G3C's chamber and feeding geometry—critical because improper magazine-to-pistol matching creates reliability issues that undermine defensive and tactical applications. At 0.65 pounds with compact profile dimensions (4.13 x 1.33 x 8 inches), the magazine maintains the G3C's concealability advantage without sacrificing functional capacity. Steel magazines in this class are favored for their resistance to compression set during long-term storage, a consideration for operational readiness.

This magazine is essential for G3C owners building a practical reload system. Competitive shooters, law enforcement trainees, and armed citizens conducting frequent practice benefit from owning multiple magazines to cycle during range sessions without constant manual reload time. Because the G3C remains a popular choice for concealed carry and backup duty, having dedicated, manufacturer-backed magazines on hand ensures you maintain the same feeding and function characteristics your pistol was tested against at the factory.

TacticalSurplusUSA stocks original Taurus magazines to eliminate the variability introduced by third-party offerings. Whether supplementing your existing G3C magazine supply or building out a training battery, this 12-round steel magazine delivers verified factory-level compatibility and reliability.