A compact silencer (suppressor) device for a firearm comprising of multiple chambers which trap the gases from a projectile exiting the barrel of a gun to slow down the gases and reduce the temperature, sound, and flash associated with the projectile. In one embodiment, the first chamber which attaches to the barrel of the firearm comprises of sound baffling materials or gas porting baffles which vent gases from the second chamber passing rearward. The second chamber comprises of a chamber which can accommodate a retractable third chamber of the device, the second and third chamber of the device can have sound baffles to slow down the gases from the projectile.

Methods and systems are provided for firearm sound suppressors including a gas deflector. In one example, a suppressor comprises a housing, a projectile entrance, a projectile exit, one or more baffles, and a deflector chamber. The deflector extending outward from the housing and the deflector curving around a central axis of the suppressor.

Methods and systems are provided for firearm sound suppressors including a gas deflector. In one example, a suppressor comprises a housing, a projectile entrance, a projectile exit, one or more baffles, and a deflector chamber. The deflector extending outward from the housing and the deflector curving around a central axis of the suppressor.

A firearm barrel having an inner layer and a shroud. The inner layer surrounds a concentric bore and has an outer diameter. The inner layer is made up of an unperforated core that directly surrounds the concentric bore and a perforated core that surrounds the unperforated core. The shroud surrounds the perforated core, which is made up of a plurality of equilateral triangular cutouts and a plurality of circular cutouts in a grid pattern that is configured to form structural ribs between the unperforated core and the outer diameter of the inner layer. The inner layer is preferably made of steel, and the shroud is a cylindrical titanium tube.

A suppressor system for a firearm having aligned sleeve openings between the barrel or a central tube and an inner sleeve. The suppressor system further includes dividers located between an outer sleeve and the inner sleeve. The suppressor system provides improved noise attenuation through the expansion of hot gasses multiple cavities in the suppressor system and also by slowing the hot gasses via tortuous pathways or collision of hot gasses in the suppressor system.

A suppressor system for a firearm having aligned sleeve openings between the barrel or a central tube and an inner sleeve. The suppressor system further includes dividers located between an outer sleeve and the inner sleeve. The suppressor system provides improved noise attenuation through the expansion of hot gasses multiple cavities in the suppressor system and also by slowing the hot gasses via tortuous pathways or collision of hot gasses in the suppressor system.

A firearm suppressor with a monolithic core includes an elongate main body, a projectile borehole extending an entire length of the elongate main body such that the elongate main body includes both an entrance opening for the projectile borehole and an exit opening for the projectile borehole, and multiple hollow chambers. The entrance opening is structured to attach to an end portion of a barrel of a firearm. The hollow chambers are disposed along the length of the elongate main body and connect the projectile borehole to an outer surface of the elongate main body. A first one of the hollow chambers is disposed in a direction perpendicular relative to the projectile borehole, and a second one of the hollow chambers is disposed in a non-perpendicular direction relative to the projectile borehole.

A firearm suppressor with a monolithic core includes an elongate main body, a projectile borehole extending an entire length of the elongate main body such that the elongate main body includes both an entrance opening for the projectile borehole and an exit opening for the projectile borehole, and multiple hollow chambers. The entrance opening is structured to attach to an end portion of a barrel of a firearm. The hollow chambers are disposed along the length of the elongate main body and connect the projectile borehole to an outer surface of the elongate main body. A first one of the hollow chambers is disposed in a direction perpendicular relative to the projectile borehole, and a second one of the hollow chambers is disposed in a non-perpendicular direction relative to the projectile borehole.

A firearm suppressor with an integral muzzle brake that combines elements of muzzle brake, which comprises a plurality of radial/lateral ports that divert the high pressure propellant gas at an angle approximately perpendicular to the travel of the projectile thus reducing the recoil, with elements of a suppressor, which employs a plurality of axial baffles, each of which reduces the pressure, velocity and temperature of the propellant gas and before the gas is exhausted thus reducing the noise. Each individual axial stage has multiple subsequent radial/lateral chambers such that each axial stage has elements of a complete suppressor. Multiple expansion chambers each have an orifice connecting one expansion chamber to the next, and eventually vents to the external atmosphere. The exhaust port vents to the atmosphere and is directed radially or can be directed rearward to even further reduce the recoil in a similar fashion to a muzzle brake.

A firearm suppressor with an integral muzzle brake that combines elements of muzzle brake, which comprises a plurality of radial/lateral ports that divert the high pressure propellant gas at an angle approximately perpendicular to the travel of the projectile thus reducing the recoil, with elements of a suppressor, which employs a plurality of axial baffles, each of which reduces the pressure, velocity and temperature of the propellant gas and before the gas is exhausted thus reducing the noise. Each individual axial stage has multiple subsequent radial/lateral chambers such that each axial stage has elements of a complete suppressor. Multiple expansion chambers each have an orifice connecting one expansion chamber to the next, and eventually vents to the external atmosphere. The exhaust port vents to the atmosphere and is directed radially or can be directed rearward to even further reduce the recoil in a similar fashion to a muzzle brake.