The BCM RECCE-16 KMR-A delivers precision and versatility in a compact platform optimized for 300 Blackout performance. This rifle combines Bravo Company's proven manufacturing quality with tactical features that excel in both suppressed and unsuppressed configurations.
What Makes This Different
The KMR-A (KeyMod Rail Alpha) handguard provides exceptional rigidity while reducing overall weight compared to traditional quad rails. The 16-inch barrel length maximizes 300 Blackout ballistic performance while maintaining maneuverability in confined spaces. BCM's enhanced bolt carrier group and charging handle deliver consistent cycling with both subsonic and supersonic ammunition.
Key Features
- 16-inch cold hammer forged barrel with manganese phosphate finish for corrosion resistance
- KMR-A KeyMod handguard with full-length top rail for optics mounting
- BCM Mod 3 pistol grip with enhanced texture and ergonomic design
- 6-position collapsible stock for length of pull adjustment
- Hard coat anodized upper and lower receivers
- Enhanced trigger guard for gloved operation
- Standard mil-spec components ensure parts compatibility
Field performance remains consistent across temperature extremes and ammunition types. The 300 Blackout chambering excels in hunting applications from 50 to 200 yards, while subsonic loads provide effective suppressed performance. The free-floating handguard maintains accuracy potential by eliminating barrel contact during rapid fire sequences.
Technical Specs
- Caliber: 300 AAC Blackout
- Barrel Length: 16 inches
- Overall Length: 32.5-35.5 inches (stock extended)
- Weight: Approximately 6.3 pounds
- Magazine Capacity: 30+1 rounds
- Twist Rate: 1:7 or 1:8 inches
- Gas System: Carbine length
- Thread Pitch: 5/8x24 TPI
- Finish: Hard coat anodized/manganese phosphate
This configuration represents a balanced approach to modern rifle design, combining proven reliability with contemporary features. The RECCE-16 platform has earned recognition among professional users who require consistent performance without unnecessary complexity.