Based off feedback from the Gunfighters, industry professionals, and Bravo’s customers, BCM has designed a new generation of compensators. These compensators were designed to reduce muzzle rise, flash signature, noise, and lateral pressure for tactical applications. These are lifesaving tools for your professional grade weaponry. The BCMGUNFIGHTER™ Compensator Mod 6-5.56 Tuned slots and ports offer compensation of muzzle-rise and flash reduction. Open tine design offers optimal flash hiding No ground-facing openings; reduces unwanted kick-up of dust or debris when shooting prone or from a barricade Designed to have less side blast and noise associated with typical compensators. Nitride treated for maximum corrosion resistance Includes a Crush Washer Should be installed by a qualified armorer. Threaded 1/2 x 28 for 5.56mm AR15 platforms. Please note: The combustion gasses exiting the muzzle of a rifle are extremely hot, traveling at extreme velocity, and contains not only burning gasses but solid particles of unburnt powder as well as metals from the projectile. Due to the inherent nature of steel, it is nearly impossible to survive unaffected in this environment when directly exposed. The high temperatures begin to make the steel more malleable, which allows solid particles and pressure waves to deform and erode surfaces upon exit.
More...
119.9119.91GBP
Product no.: 430105162 BRAVO COMPANY BCMGUNFIGHTER COMPENSATOR MOD 6- 5.56 (1.75" OPEN TINE) Mfr Part: BCM-GFC-MOD-6-5812526023643 Based off feedback from the Gunfighters, industry professionals, and Bravo’s customers, BCM has designed a new generation of compensators. These compensators were designed to reduce muzzle rise, flash signature, noise, and lateral pressure for tactical applications. These are lifesaving tools for your professional grade weaponry. The BCMGUNFIGHTER™ Compensator Mod 6-5.56 Tuned slots and ports offer compensation of muzzle-rise and flash reduction. Open tine design offers optimal flash hiding No ground-facing openings; reduces unwanted kick-up of dust or debris when shooting prone or from a barricade Designed to have less side blast and noise associated with typical compensators. Nitride treated for maximum corrosion resistance Includes a Crush Washer Should be installed by a qualified armorer. Threaded 1/2 x 28 for 5.56mm AR15 platforms. Please note: The combustion gasses exiting the muzzle of a rifle are extremely hot, traveling at extreme velocity, and contains not only burning gasses but solid particles of unburnt powder as well as metals from the projectile. Due to the inherent nature of steel, it is nearly impossible to survive unaffected in this environment when directly exposed. The high temperatures begin to make the steel more malleable, which allows solid particles and pressure waves to deform and erode surfaces upon exit.
Based off feedback from the Gunfighters, industry professionals, and Bravo’s customers, BCM has designed a new generation of compensators. These compensators were designed to reduce muzzle rise, flash signature, noise, and lateral pressure for tactical applications. These are lifesaving tools for your professional grade weaponry. The BCMGUNFIGHTER™ Compensator Mod 6-5.56 Tuned slots and ports offer compensation of muzzle-rise and flash reduction. Open tine design offers optimal flash hiding No ground-facing openings; reduces unwanted kick-up of dust or debris when shooting prone or from a barricade Designed to have less side blast and noise associated with typical compensators. Nitride treated for maximum corrosion resistance Includes a Crush Washer Should be installed by a qualified armorer. Threaded 1/2 x 28 for 5.56mm AR15 platforms. Please note: The combustion gasses exiting the muzzle of a rifle are extremely hot, traveling at extreme velocity, and contains not only burning gasses but solid particles of unburnt powder as well as metals from the projectile. Due to the inherent nature of steel, it is nearly impossible to survive unaffected in this environment when directly exposed. The high temperatures begin to make the steel more malleable, which allows solid particles and pressure waves to deform and erode surfaces upon exit.