BCM MCMR-13 M-LOK Handguard 13" Free Float Rail AR-15 Black

The BCM MCMR-13 delivers precision-grade stability and modularity for AR-15 builds demanding maximum accuracy potential. This 13-inch free-floating handguard eliminates barrel contact interference while providing extensive M-LOK mounting real estate for accessories.

What Makes This Different

Bravo Company's MCMR (Modular Chassis M-LOK Rail) features a proprietary barrel nut system that creates a rock-solid lockup with minimal torque requirements. The 6061-T6 aluminum construction maintains rigidity under thermal stress while weighing 25% less than comparable quad-rail systems. Internal cooling channels dissipate heat buildup during sustained fire sequences.

Key Features

• 13-inch free-floating design eliminates barrel harmonics interference
• M-LOK slots at 3, 6, and 9 o'clock positions plus full-length 12 o'clock rail
• 6061-T6 aluminum construction with Type III hard anodizing
• Proprietary barrel nut system with anti-rotation tabs
• Internal heat dissipation channels reduce thermal buildup
• Compatible with standard AR-15 upper receivers
• QD sling mount provisions integrated into design

Field testing demonstrates consistent sub-MOA performance when paired with quality barrels and ammunition. The extended 13-inch length accommodates rifle-length gas systems while providing forward grip positioning for rapid target transitions. Weather sealing prevents moisture intrusion during adverse conditions, maintaining zero retention through temperature extremes.

Technical Specs

• Length: 13 inches
• Weight: 11.2 ounces
• Material: 6061-T6 aluminum alloy
• Finish: Type III hard coat anodized black
• Mounting: Proprietary BCM barrel nut system
• Rail height: 1.350 inches above bore centerline
• Internal diameter: 1.3 inches
• Country of origin: USA

Professional armorers and competitive shooters rely on BCM's manufacturing tolerances for builds where precision matters. The MCMR-13's proven track record in military and law enforcement applications demonstrates its capability under demanding operational requirements.