Maxim Defense Md15l 6mm ARC 16" 10-Round FDE Rifle

The Maxim Defense MD15L 6mm ARC 16" 10-round rifle bridges modern intermediate cartridge performance with genuine tactical practicality. Designed for shooters who demand precision beyond standard 5.56 NATO performance without the logistics complexity of larger rifle rounds, this platform serves law enforcement, military trainers, and serious civilian marksmen evaluating next-generation intermediate solutions. The 6mm ARC cartridge delivers superior ballistic coefficient and retained velocity, making this rifle particularly effective for precision work at extended ranges where conventional intermediate rounds begin losing authority.

Built on a proven AR-platform foundation, the MD15L features a 16-inch barrel optimized for 6mm ARC velocities and cycling reliability, paired with a 10-round magazine configuration suitable for jurisdictions with capacity restrictions or operators prioritizing controlled fire discipline. Maxim Defense's engineering emphasizes weight efficiency—the complete rifle tips the scales at 9.44 pounds, enabling all-day carry without cumulative fatigue during patrol or training operations. The Flat Dark Earth finish provides corrosion resistance and reduced glint signature, while the compact 16-inch profile maintains maneuverability in vehicle operations and confined-space engagement scenarios typical of modern tactical deployments.

This rifle excels for operators transitioning from standard service rifles to intermediate-precision platforms, compliance officers managing ammunition regulations, and precision-focused shooters building dedicated 6mm ARC systems. Installation of optics, suppressors, or modular components follows standard AR-15 conventions, ensuring seamless integration with existing tactical infrastructure and accessories. The 10-round magazine capacity and purpose-built barrel geometry make the MD15L particularly suitable for match preparation, professional training environments, and field applications where semi-automatic precision outweighs volume-of-fire requirements.