Magpul Pmag M3 5.56 10rnd Blk

The Magpul PMAG M3 5.56 10-round magazine in black is a polymer magazine engineered for AR15 and M4 platforms chambered in 5.56x45 NATO or .223 Remington. Built with advanced material technology and refined manufacturing processes, the PMAG M3 delivers the reliability and durability demanded by law enforcement, military personnel, and serious sport shooters. The 10-round capacity makes this magazine ideal for compliance in jurisdictions with magazine restrictions while maintaining full operational compatibility with standard AR-pattern weapons.

The Generation M3 platform incorporates geometry optimized for Colt-specification AR15 and M4 systems, with enhanced internal and external design that provides reliable operation across a broad range of compatible platforms. At 0.25 pounds and measuring 3.75 by 1.5 by 4.5 inches, the PMAG M3 maintains a compact profile suitable for tactical operations, range training, and duty carry where lower-profile magazines are required. The polymer construction resists corrosion and environmental degradation while delivering consistent feeding performance through thousands of rounds.

Operators working in restricted-magazine environments, law enforcement agencies managing inventory compliance, and competitive shooters requiring additional magazine options will find the 10-round PMAG M3 a reliable workhorse. The black finish integrates seamlessly with standard AR builds and duty configurations. Whether for range practice, duty applications, or competition use, the PMAG M3 represents a proven platform trusted across professional and civilian shooting communities.

The 10-round capacity positions this magazine within a category of compliant-capacity options for end-users in states and localities with magazine restrictions. Magpul's polymer-magazine design has become an industry standard, and the M3 generation reflects continuous refinement based on operator feedback and real-world durability testing. The PMAG M3 5.56 10-round magazine is purpose-built for reliability when capacity restrictions matter.