OMNIVORE L2 X300 LIGHT BEARING RH BK

The BLACKHAWK OMNIVORE L2 X300 Light Bearing Right-Hand Black holster is a universal retention solution engineered for duty officers, tactical operators, and armed professionals carrying mounted light systems. Unlike single-platform designs, this multi-fit holster accommodates over 150 semi-automatic handgun models while maintaining active retention specifically tuned for the SureFire X300, X300U-A, and Streamlight TLR1/TLR2 weapon-mounted lights. The retention mechanism locks directly onto the light's mounting interface rather than the pistol frame, ensuring consistent draw activation and secure retention through dynamic movement and tactical applications.

The OMNIVORE L2 X300 design prioritizes instinctive draw geometry with passive thumb release activation, minimizing fumbling during weapon deployment. The right-hand configuration works across virtually any semi-automatic platform—Glock, SIG Sauer, Smith & Wesson, Springfield, Beretta, and others—provided the pistol accepts either the SureFire X300-series or Streamlight TLR-series light system. Molded construction with durable polymer materials resists corrosion and weather degradation in operational environments. The 0.96 lbs weight and compact profile (5.4" × 3.8" × 11.7") minimize burden when worn throughout extended duty cycles.

This holster serves duty teams, patrol operations, private security, and armed professionals who rotate between multiple duty weapons or operate within organizational armories carrying standardized light systems. The universal retention approach eliminates the need to stock separate holsters for each platform while maintaining active retention standards. The OMNIVORE L2 X300 is purpose-built for mounted-light platforms and is not suitable for non-light-bearing or rail-only pistols.

SKU XO419001BBR ensures compatibility verification with mounted light-equipped duty weapons. BLACKHAWK's OMNIVORE platform has established a reputation in law enforcement and tactical communities for reliable retention and draw consistency across multi-platform duty scenarios.