Described herein is a firearm barrel operable to manage gas pressure behind a projectile traveling through the firearm barrel. The design of the firearm barrel enables a firearm to be discharged at a low-report by managing gas pressure behind a bullet while the bullet is under compression from the barrel. In embodiments, the firearm barrel includes an inner barrel having at least one opening in its surface and an outer tube surrounding the inner barrel, such that a chamber is created between the inner barrel and outer tube, the chamber being operable to temporarily retain gases that are generated as a result of discharging a firearm. The gases may pass from the barrel into the chamber through the at least one opening, and the gases may be temporarily retained within the chamber before escaping back through the at least one opening and out of the barrel behind a discharged projectile.

Described herein is a firearm barrel operable to manage gas pressure behind a projectile traveling through the firearm barrel. The design of the firearm barrel enables a firearm to be discharged at a low-report by managing gas pressure behind a bullet while the bullet is under compression from the barrel. In embodiments, the firearm barrel includes an inner barrel having at least one opening in its surface and an outer tube surrounding the inner barrel, such that a chamber is created between the inner barrel and outer tube, the chamber being operable to temporarily retain gases that are generated as a result of discharging a firearm. The gases may pass from the barrel into the chamber through the at least one opening, and the gases may be temporarily retained within the chamber before escaping back through the at least one opening and out of the barrel behind a discharged projectile.

A universal firearm shield adapted to attach to a firearm suppressor. Suppressors fail to dampen all of the effects of firearm discharge, leaving behind residual effects that may be noticeable. The shield dampens the residual effects of firearm discharge that are not captured by the suppressor. The residual effects are captured by the shield and dispersed throughout one or more interior chambers. The shield easily, quickly, and securely couples to suppressors of varying geometries due to the slidably adjustable components of the shield. The shield is configured to surround the suppressor and axially align with the suppressor. As such, the muzzle of the firearm axially aligns with the shield, the suppressor, and the barrel for an unobstructed projectile path during discharge.

A modular precision rifle assembly 150 and a method for configuring rifle components allowing users to change barrel subassemblies 214 (i.e., for a replacement barrel for use with the same ammunition or a barrel configured for shooting a different ammunition caliber or type) includes three main components including a receiver subassembly 212, a barrel subassembly 214 and a forend subassembly 200. The receiver subassembly 212 includes a receiver housing 300 with a central lumen defining a plurality of substantially cylindrical contiguous cavities aligned along a central axis 300CA. The barrel assembly's bore is automatically forced into axial alignment with central axis 300CA when a user tightens a barrel coupler nut 500 against a barrel extension 400 due to the centering force generated when the extension's centering surface 410 bears against the coupler nut's cooperating centering surface 520.

A modular precision rifle assembly 150 and a method for configuring rifle components allowing users to change barrel subassemblies 214 (i.e., for a replacement barrel for use with the same ammunition or a barrel configured for shooting a different ammunition caliber or type) includes three main components including a receiver subassembly 212, a barrel subassembly 214 and a forend subassembly 200. The receiver subassembly 212 includes a receiver housing 300 with a central lumen defining a plurality of substantially cylindrical contiguous cavities aligned along a central axis 300CA. The barrel assembly's bore is automatically forced into axial alignment with central axis 300CA when a user tightens a barrel coupler nut 500 against a barrel extension 400 due to the centering force generated when the extension's centering surface 410 bears against the coupler nut's cooperating centering surface 520.

The disclosure of the present invention relates to a rifle barrel vibration dampener or to a vibration dampener sleeve configured to be fit over a portion of a rifle barrel in order to control the harmonic frequency vibration amplitude within the barrel, improving shot group accuracy; while additionally, improving the appearance of the rifle and protecting the outside surface of the rifle barrel.

The disclosure of the present invention relates to a rifle barrel vibration dampener or to a vibration dampener sleeve configured to be fit over a portion of a rifle barrel in order to control the harmonic frequency vibration amplitude within the barrel, improving shot group accuracy; while additionally, improving the appearance of the rifle and protecting the outside surface of the rifle barrel.

An improved design for a suppressor which suppresses sound from a gun report as well as reduces heat transference therefrom.

An improved design for a suppressor which suppresses sound from a gun report as well as reduces heat transference therefrom.

A method for producing a weapon housing and to a weapon housing. Said method is characterized in that the weapon housing includes at least two sub-assemblies, an inner contour being cut into at least one solid block for each sub-assembly. The solid block is a steel block. Openings and recesses are introduced into the at least two sub-assemblies.