Magpul Pmag 10/30 Ar15 Gen M3 Blk

The Magpul PMAG 10/30 AR15 Gen M3 in Black is purpose-built for operators and shooters in restricted-capacity jurisdictions who require magazine compliance without sacrificing reliability or form factor. This magazine provides the full-size 30-round magazine profile while a permanently riveted aluminum lock plate secures capacity at 10 rounds, meeting state and local regulations. The PMAG 10/30 delivers the same proven feeding reliability, impact resistance, and durability that define Magpul's next-generation magazine platform.

Built with constant-curve geometry and a long-life stainless-steel spring, the PMAG 10/30 ensures smooth, reliable feeding across repeated load cycles and environmental conditions. The proprietary lock plate incorporates a clearly marked capacity indicator, eliminating any ambiguity during inspection or compliance verification. At 0.38 lbs and measuring 4.5 x 1.25 x 12 inches, the magazine maintains the handling characteristics and ergonomics of a standard 30-round PMAG, allowing shooters to train with the same manual of arms they would use in unrestricted environments. The black finish resists corrosion and blends seamlessly with modern tactical AR platforms.

This configuration is essential for competitive shooters, law enforcement, military personnel, and civilian marksmen operating in states with 10-round magazine restrictions. The PMAG 10/30 allows training and match participation in restricted jurisdictions without compromising the Magpul reliability standard. Shooters benefit from full-size magazine ergonomics during transitions and reloads, critical for developing consistent technique under pressure. Compliance with local capacity laws is verified through the permanently secured lock plate, providing confidence in legal standing during range use or training events.

The Gen M3 PMAG platform is the industry standard for AR15 systems, with proven performance across tactical, competitive, and civilian training environments. The PMAG 10/30 extends that reliability to restricted-capacity markets without forcing users to adopt smaller, less familiar magazine profiles that degrade operational efficiency and shooting technique development.