The Magpul PMAG GEN M2 MOE 30-round magazine delivers proven reliability for AR-15 and M4 platforms in a distinctive Desert Granite polymer finish. This magazine combines Magpul's battle-tested design with enhanced durability features that maintain consistent feeding under demanding conditions.
What Makes This Different
The GEN M2 MOE features an improved follower design and optimized spring geometry that reduces bolt-over-base malfunctions compared to standard aluminum magazines. The self-lubricating polymer construction eliminates the need for external coatings while providing superior impact resistance. Magpul's proprietary polymer blend maintains structural integrity in temperatures ranging from -50°F to 180°F, significantly outperforming traditional materials.
Key Features
- 30-round capacity with anti-tilt follower for reliable feeding
- Desert Granite polymer construction with textured grip surfaces
- Compatible with AR-15, M4, and STANAG 4179 magazine wells
- Removable floorplate with paint pen dot matrix for marking
- Constant curve internal geometry optimized for 5.56/.223 cartridges
- Over-insertion stop prevents magazine damage during loading
- NSN approved and NATO qualified design
Extensive military and law enforcement testing validates the PMAG's performance across multiple environments and use cases. The magazine functions reliably in sandy, muddy, and wet conditions while maintaining consistent lockup and release. Competition shooters appreciate the smooth loading characteristics and reliable last-round bolt hold-open activation.
Technical Specs
- Capacity: 30 rounds
- Material: Reinforced polymer construction
- Compatibility: AR-15, M4, STANAG 4179 platforms
- Cartridge: 5.56x45mm NATO, .223 Remington
- Length: 7.3 inches overall
- Weight: 4.2 ounces empty
- Color: Desert Granite
- Country of Origin: USA
The PMAG GEN M2 MOE represents decades of magazine engineering refinement in a proven platform. Professional users and enthusiasts recognize Magpul's commitment to quality manufacturing and consistent performance standards.