A handgun supporting facility (100), including a supporting rod (30) for supporting an arm of a shooter of a handgun (20) during a shooting of the handgun, where the supporting rod (30) is disposed at a bottom side of the grip (18) of the handgun (20) and turns backwards, where the rod is attachable to the handgun (20) by attaching means, and where the rod is disposed on a right side of said facility, for being in touch with a head of an ulna bone (16) of a right hand of a shooter, or where the rod is disposed on a left side of said facility for being in touch with a head of an ulna bone (16) of a left hand of a shooter.

A handgun supporting facility (100), including a supporting rod (30) for supporting an arm of a shooter of a handgun (20) during a shooting of the handgun, where the supporting rod (30) is disposed at a bottom side of the grip (18) of the handgun (20) and turns backwards, where the rod is attachable to the handgun (20) by attaching means, and where the rod is disposed on a right side of said facility, for being in touch with a head of an ulna bone (16) of a right hand of a shooter, or where the rod is disposed on a left side of said facility for being in touch with a head of an ulna bone (16) of a left hand of a shooter.

A handgun offhand finger rest apparatus for comfort and support when using the offhand for recoil management includes an attachment body having a body top side, a body bottom side, a body left side, a body right side, a body front side, and a body back side. The body top side is selectively engageable with an underside of a firearm in front of a trigger guard of the firearm. A thumb rest is coupled to the attachment body and perpendicularly extends from either the body left side or the body right side. A finger rest is coupled to the body bottom side of the attachment body adjacent the body back side to rest adjacent the trigger guard of the firearm.

A mounting system includes a rail system. The rail system can include a plurality of powered rails and at least one control rail. The rail system can be disposed on a firearm, extending along the barrel toward a front of the firearm. The front or forward direction of the firearm extends from the trigger toward the distal end of the barrel. The rail system can extend along the barrel forward of the trigger, stock, and firearm handle.

A mounting system includes a rail system. The rail system can include a plurality of powered rails and at least one control rail. The rail system can be disposed on a firearm, extending along the barrel toward a front of the firearm. The front or forward direction of the firearm extends from the trigger toward the distal end of the barrel. The rail system can extend along the barrel forward of the trigger, stock, and firearm handle.

Various solutions to aide in the one-handed usage of certain types of firearms, such as pistols/handguns, are described. Each solution is a type of stabilizer that aids in stabilization of a large pistol, such as an AR pattern pistol, against the forearm of the user. By adding an additional point of contact for the firearm, greater stability is achieved, thus allowing for safer and more accurate operation of the firearm. Various implementations in accordance with the present disclosure allow for easy ambidextrous use without sacrificing stability.

Various solutions to aide in the one-handed usage of certain types of firearms, such as pistols/handguns, are described. Each solution is a type of stabilizer that aids in stabilization of a large pistol, such as an AR pattern pistol, against the forearm of the user. By adding an additional point of contact for the firearm, greater stability is achieved, thus allowing for safer and more accurate operation of the firearm. Various implementations in accordance with the present disclosure allow for easy ambidextrous use without sacrificing stability.

The present disclosure describes a foldable firearm that collapses into a folded state under spring pressure. The foldable firearm may include a foldable grip assembly. The foldable grip assembly may include a foldable pistol grip, a foldable trigger assembly, a folding bar, and a foldable hand stop. The foldable grip assembly may fold into the housing of the foldable firearm. The foldable grip assembly may include a two-part folding trigger a part of which folds forward when the platform folds, to compress the vertical profile of the platform and also to present an inherent safety in the stowed configuration. The foldable firearm can also include a manual safety accessible from outside a housing of the platform that renders a trigger bar incapable of movement and release of the striking mechanism when the safety is engaged.

The present disclosure describes a foldable firearm that collapses into a folded state under spring pressure. The foldable firearm may include a foldable grip assembly. The foldable grip assembly may include a foldable pistol grip, a foldable trigger assembly, a folding bar, and a foldable hand stop. The foldable grip assembly may fold into the housing of the foldable firearm. The foldable grip assembly may include a two-part folding trigger a part of which folds forward when the platform folds, to compress the vertical profile of the platform and also to present an inherent safety in the stowed configuration. The foldable firearm can also include a manual safety accessible from outside a housing of the platform that renders a trigger bar incapable of movement and release of the striking mechanism when the safety is engaged.

This disclosure describes a firearm stock or arm brace with an adjustable length of pull. The stock or arm brace can include a body and lower stock, where the body includes a buffer tube receiving aperture and the lower stock includes a hollow cavity with a plunger and two concentric springs therein. One or more buttons can be affixed to sides of the plunger in the hollow cavity that can be used to depress the plunger against the force of one or both of the springs. One of the two springs may be shorter than the other and have a greater spring constant than the longer spring. Depressing the plunger against the taller spring may allow a user to adjust the length of pull while greater pressure and engagement of the second spring allows the stock or arm brace to be removed from a buffer tube or receiver extension.