Magpul PMAG Gen M2 MOE 30rd 5.56 NATO Magazine AR-15 Splatter

The Magpul PMAG Gen M2 MOE 30-round magazine delivers proven reliability for AR-15 platforms chambered in 5.56x45mm NATO and .223 Remington. This polymer magazine features the distinctive splatter finish pattern that combines tactical functionality with a unique aesthetic appeal.

What Makes This Different

The Gen M2 MOE represents Magpul's refined approach to polymer magazine construction, incorporating lessons learned from military and civilian use worldwide. Unlike standard aluminum magazines, this design eliminates feed lip cracking and denting issues common with metal alternatives. The self-lubricating polymer construction reduces friction during feeding cycles while maintaining dimensional stability across temperature extremes from -50°F to 180°F.

Key Features

• 30-round capacity with anti-tilt follower for consistent feeding
• Reinforced polymer construction with textured grip surfaces
• Splatter finish pattern provides enhanced grip and concealment
• Compatible with M4/M16/AR-15 family rifles and carbines
• Removable floorplate for easy cleaning and maintenance
• Over-insertion stop prevents magazine damage during loading
• Paint pen dot matrix for easy identification and marking

Field testing across multiple platforms demonstrates reliable function through thousands of rounds without spring fatigue or feed failures. The magazine performs consistently in competition shooting, tactical training, and recreational applications. Dust and debris resistance surpasses mil-spec requirements, making it suitable for adverse environmental conditions including sand, mud, and water exposure.

Technical Specs

• Capacity: 30 rounds
• Caliber: 5.56x45mm NATO/.223 Remington
• Material: Self-lubricating polymer construction
• Finish: Splatter pattern polymer
• Weight: 4.6 oz empty
• Length: 7.3 inches overall
• Width: 1.0 inch maximum
• Compatibility: STANAG 4179 specification
• Country of Origin: USA

The PMAG Gen M2 MOE represents the intersection of proven engineering and practical field requirements. Military and law enforcement agencies worldwide have validated this design through millions of rounds in combat and training environments, establishing it as the benchmark for polymer magazine reliability.