A muzzle device for simultaneously reducing recoil, muzzle rise and muzzle flash is disclosed. The muzzle device generally comprises a body including a cylindrical wall, wherein the body has a proximal end configured for attachment to a firearm muzzle and a distal end. The muzzle device further includes a projectile opening extending from the proximal end to the distal end. A plurality of uniquely designed radial baffles and vent openings are arranged through the body of the disclosed muzzle device.

A muzzle device for simultaneously reducing recoil, muzzle rise and muzzle flash is disclosed. The muzzle device generally comprises a body including a cylindrical wall, wherein the body has a proximal end configured for attachment to a firearm muzzle and a distal end. The muzzle device further includes a projectile opening extending from the proximal end to the distal end. A plurality of uniquely designed radial baffles and vent openings are arranged through the body of the disclosed muzzle device.

In a preferred embodiment, a pistol compensator system comprises a compensator, an elastomeric spacer, an assortment of variously sized shims, a spring guide rod, and a spring plug. The compensator of this system comprises a body, a barrel cavity, a threaded bore, an oval rod cavity, and a plug cavity. The spring plug of this system comprises a latch extension. The spring guide rod of this system comprises a muzzle end. When this preferred embodiment is installed on a pistol, if the pistol is in battery (slide closed) the latch extension is disposed in the plug cavity, and if the pistol is out of battery (slide back) the muzzle end of the guide rod is disposed in the rod cavity. In this preferred embodiment, the compensator is tensioned to the end of the barrel by the elastomeric spacer and a shim.

A device for reducing a recoil force generated by firing of a firearm. The device comprises elongated chamber in the form of an outer cylinder concealed in the forend of a long firearm and having a communicating port with the barrel of the gun situated a short distance beyond the tip of the bullet. The outer cylinder comprising a lead filled cylinder sliding freely back and forth into the elongated chamber. Upon firing the gun, a portion of the explosion gases will penetrate through the communicating Port into the recoil reducing cylinder and forcefully push the lead field cylinder forward against the distal bumper therefore pulling the gun forward and dampening the recoil force. After firing a spring situated distal to the lead cylinder pushes the cylinder backward to its initial position.

A device for reducing a recoil force generated by firing of a firearm. The device comprises elongated chamber in the form of an outer cylinder concealed in the forend of a long firearm and having a communicating port with the barrel of the gun situated a short distance beyond the tip of the bullet. The outer cylinder comprising a lead filled cylinder sliding freely back and forth into the elongated chamber. Upon firing the gun, a portion of the explosion gases will penetrate through the communicating Port into the recoil reducing cylinder and forcefully push the lead field cylinder forward against the distal bumper therefore pulling the gun forward and dampening the recoil force. After firing a spring situated distal to the lead cylinder pushes the cylinder backward to its initial position.

In some embodiments, a firearm muzzle device comprises a body comprising an internal passageway comprising a first portion and a second portion. The first portion comprises a larger cross-sectional area than the second portion. A plurality of first vents are each in fluid communication with the first portion. A plurality of second vents are each in fluid communication with the second portion.

In some embodiments, a firearm muzzle device comprises a body comprising an internal passageway comprising a first portion and a second portion. The first portion comprises a larger cross-sectional area than the second portion. A plurality of first vents are each in fluid communication with the first portion. A plurality of second vents are each in fluid communication with the second portion.

A muzzle brake has a first forward sloping wall and a second forward sloping wall located between a rear wall and a front wall, the first and second forward sloping walls each being disposed at an angle of from about 50 degrees to about 70 degrees relative to the length axis of the muzzle brake; and a top wall and an opposite bottom wall extending parallel to the length axis of the muzzle brake. A first open-sided blast chamber is defined between the rear wall, the first forward sloping wall and the top and bottom walls; a second open-sided blast chamber is defined between the first forward sloping wall, the second forward sloping wall, and the top and bottom walls; and a third open-sided blast chamber is defined between the second forward sloping wall, the front wall, and the top and bottom walls.

A muzzle brake has a first forward sloping wall and a second forward sloping wall located between a rear wall and a front wall, the first and second forward sloping walls each being disposed at an angle of from about 50 degrees to about 70 degrees relative to the length axis of the muzzle brake; and a top wall and an opposite bottom wall extending parallel to the length axis of the muzzle brake. A first open-sided blast chamber is defined between the rear wall, the first forward sloping wall and the top and bottom walls; a second open-sided blast chamber is defined between the first forward sloping wall, the second forward sloping wall, and the top and bottom walls; and a third open-sided blast chamber is defined between the second forward sloping wall, the front wall, and the top and bottom walls.

A Universal Custom Recoil Solution will comprise of, a provided Firearm or barrel, prismatic shaped shell housing mounted or connected to the Gas Block Base, a Gas Block Base with pathways to direct firearms gas pressure from firing bullet into device interior pushing a Counter Weight, and Spring to counter act the firearms recoil when fired. This device is fitted to or around a provided barrel where the Counter Weight and spring are mounted on and reciprocate from front to back of the systems interior volume. The systems main function is to create a counter balance to the firearms kinetic energy by providing a moving mass, to counter the recoil from the firearms action movement when firing. The gas pressure is also expelled and redirected allowing the device to cycle synergistically with the firearm actions.