Abstract: A muzzle device for simultaneously mitigating the four major physical effects caused when a projectile is fired; muzzle climb, concussion, and recoil without an increased muzzle flash signature is provided. The muzzle device can include a cylindrical body defining an expansion chamber and can include a securing mechanism arranged at a proximal end and an end wall arranged at a distal end. An opening sized for a projectile can be arranged in the distal end wall. At least one distal tuning vent can be arranged in the distal end wall about the opening. A plurality of radial exhaust vents can be arranged through a cylindrical wall of the cylindrical body. The expansion chamber can define a fixed volume and the tuning and exhaust vents can define an open area.

Abstract: A muzzle device for simultaneously mitigating the four major physical effects caused when a projectile is fired; muzzle climb, concussion, and recoil without an increased muzzle flash signature is provided. The muzzle device can include a cylindrical body defining an expansion chamber and can include a securing mechanism arranged at a proximal end and an end wall arranged at a distal end. An opening sized for a projectile can be arranged in the distal end wall. At least one distal tuning vent can be arranged in the distal end wall about the opening. A plurality of radial exhaust vents can be arranged through a cylindrical wall of the cylindrical body. The expansion chamber can define a fixed volume and the tuning and exhaust vents can define an open area. A ratio between the fixed volume and the open area can be about 0.6 to 1 to about 0.9 to 1. A method of tuning a muzzle device is also provided.

Abstract: A muzzle device for simultaneously mitigating the four major physical effects caused when a projectile is fired; muzzle climb, concussion, and recoil without an increased muzzle flash signature is provided. The muzzle device can include a cylindrical body defining an expansion chamber and can include a securing mechanism arranged at a proximal end and an end wall arranged at a distal end. An opening sized for a projectile can be arranged in the distal end wall. At least one distal tuning vent can be arranged in the distal end wall about the opening. A plurality of radial exhaust vents can be arranged through a cylindrical wall of the cylindrical body. The expansion chamber can define a fixed volume and the tuning and exhaust vents can define an open area. A ratio between the fixed volume and the open area can be about 0.6 to 1 to about 0.9 to 1. A method of tuning a muzzle device is also provided.