The Strike Industries ARMAG10 delivers reliable 10-round capacity for AR-15 platforms in states with magazine restrictions. This polymer magazine combines Strike Industries' proven engineering with streamlined dimensions for enhanced handling and storage.
What Makes This Different
The ARMAG10 features Strike Industries' anti-tilt follower system and reinforced feed lips that maintain consistent cartridge presentation. Unlike standard capacity magazines modified with blockers, this purpose-built 10-round design eliminates unnecessary length while providing the same reliable function. The optimized spring tension reduces bolt-over-base malfunctions common in restricted magazines.
Key Features
- 10-round capacity specifically engineered for 223 Remington and 5.56x45mm NATO
- Anti-tilt follower prevents feeding issues and improves reliability
- Reinforced polymer construction with steel spring and follower
- Compact profile reduces overall length compared to blocked full-capacity magazines
- Compatible with AR-15, M16, and M4 pattern rifles and carbines
- Textured grip panels provide secure handling during reloads
- Removable floorplate allows easy disassembly for cleaning
Field testing demonstrates consistent feeding across various ammunition weights from 55-grain to 77-grain match loads. The magazine functions reliably in both semi-automatic and select-fire applications. Temperature cycling from -20°F to 140°F shows no degradation in spring tension or follower movement. The polymer body resists impact damage while maintaining dimensional stability.
Technical Specs
- Capacity: 10 rounds
- Caliber: 223 Remington/5.56x45mm NATO
- Material: High-impact polymer body with steel internals
- Overall Length: Approximately 7.5 inches
- Weight: 3.2 ounces empty
- Compatibility: AR-15, M16, M4 pattern rifles
- Finish: Matte black polymer
- Country of Origin: USA
The ARMAG10 represents Strike Industries' commitment to function over form in restricted environments. This magazine eliminates the compromises typically associated with capacity-limited designs while maintaining the reliability standards expected from professional-grade components.