The Amend2 MOD-C magazine delivers enhanced feeding reliability and impact resistance for AR-15 platforms chambered in 5.56 NATO/.223 Remington. This 30-round magazine features advanced polymer construction with anti-tilt followers that maintain consistent cartridge positioning during rapid fire sequences.
What Makes This Different
The MOD-C design incorporates reinforced feed lips and a strengthened magazine body that resists cracking under stress. Unlike standard GI magazines, the polymer construction reduces weight by 40% while maintaining MILSPEC dimensions for universal compatibility. The self-lubricating follower material eliminates binding issues common with aluminum magazines during extended use.
Key Features
- 30-round capacity with +1 loading capability for 31 total rounds
- High-impact polymer construction with glass-filled nylon reinforcement
- Anti-tilt follower prevents nose-diving and double feeds
- Distinctive teal color for easy identification and team coordination
- STANAG 4179 compliant dimensions fit all AR-15/M4 platforms
- Removable floor plate for cleaning and maintenance access
- Textured grip panels on both sides for secure handling
Field testing demonstrates consistent feeding through 5,000+ round cycles without spring degradation or follower wear. The magazine functions reliably in temperatures from -40°F to 180°F, making it suitable for law enforcement, competitive shooting, and tactical applications. The polymer body resists corrosion from moisture and cleaning solvents that can damage aluminum magazines over time.
Technical Specs
- Capacity: 30+1 rounds
- Caliber: 5.56 NATO/.223 Remington
- Material: Glass-filled polymer body with steel spring
- Weight: 4.2 ounces empty
- Length: 7.1 inches overall
- Width: 1.0 inch at widest point
- Compatibility: All STANAG 4179 magazine wells
- Color: Teal polymer finish
- Country of Origin: USA
The MOD-C magazine combines proven reliability with modern materials engineering. Professional users choose Amend2 magazines for their consistent performance and distinctive color coding system that prevents mix-ups during training or operations.