The invention relates to a forend (1) which can be used in all types of rifles and is adjustable according to the comfort of the user. The subject of the invention particularly relates to an improved design realized for the forend mechanism which can be adapted to the rifles such as bullpup, air rifles and firearms, can be adapted to any hand structure with its ergonomic structure.

The present invention relates to a handgrip mechanism that can be used in every rifle type and can be adjusted in accordance with the user's comfort. The present invention particularly relates to a design developed for the handgrip, that may be customized by making adjustments on the used rifle for each hand and arm length so as to use in rifles such as bullpup, air rifle, and firearms.

The present invention relates to a handgrip mechanism that can be used in every rifle type and can be adjusted in accordance with the user's comfort. The present invention particularly relates to a design developed for the handgrip, that may be customized by making adjustments on the used rifle for each hand and arm length so as to use in rifles such as bullpup, air rifle, and firearms.

An improved tactical adaptive rifle stock is taught which includes a multi-axis adjustable buttstock, and a fore-end consisting of a receiver portion and a forestock, together forming a combined set, which is attached to a flanged stock bolt of the buttstock. The receiver portion includes a cavity forming a receiver bedding interface surface precluding peripheral interference. The receiver portion has a recoil lug pocket with threaded fasteners engaging a rifle action recoil lug. A locking wedge is positioned in a recess of the receiver portion and dovetail grooves are included in a forward end. The forestock incorporates dovetail grooves that mate with the receiver portion grooves when secured with a wedge and wedge threaded fastener. The buttstock, receiver portion and forestock have lightening areas for reducing overall weight. A second embodiment utilizes an adapter, a connector and an AR-15 style handguard or a suppressor, replacing the forestock and a third embodiment employs a one piece fore-end.

An improved tactical adaptive rifle stock is taught which includes a multi-axis adjustable buttstock, and a fore-end consisting of a receiver portion and a forestock, together forming a combined set, which is attached to a flanged stock bolt of the buttstock. The receiver portion includes a cavity forming a receiver bedding interface surface precluding peripheral interference. The receiver portion has a recoil lug pocket with threaded fasteners engaging a rifle action recoil lug. A locking wedge is positioned in a recess of the receiver portion and dovetail grooves are included in a forward end. The forestock incorporates dovetail grooves that mate with the receiver portion grooves when secured with a wedge and wedge threaded fastener. The buttstock, receiver portion and forestock have lightening areas for reducing overall weight. A second embodiment utilizes an adapter, a connector and an AR-15 style handguard or a suppressor, replacing the forestock and a third embodiment employs a one piece fore-end.

The present folding stock adapter can be used with many types of military-type assault rifles that typically comprise a receiver extension, buffer and action spring. The present folding stock adapter can be used to add a folding capability to a standard stock allowing it to fold against a rifle's receiver when the weapon is not in use, thus reducing the overall length of the weapon. This reduction in length can facilitate its maneuverability, storage and transport in cramped quarters. The present device can also allow for the quick unfolding of the stock in order to allow the weapon to function and be fire normally.

The present folding stock adapter can be used with many types of military-type assault rifles that typically comprise a receiver extension, buffer and action spring. The present folding stock adapter can be used to add a folding capability to a standard stock allowing it to fold against a rifle's receiver when the weapon is not in use, thus reducing the overall length of the weapon. This reduction in length can facilitate its maneuverability, storage and transport in cramped quarters. The present device can also allow for the quick unfolding of the stock in order to allow the weapon to function and be fire normally.

A receiver having a stock connector component having a stock connector aperture formed therethrough; two rod apertures formed through the stock connector component, wherein each extension rod aperture is formed so as to slidably receive an extension rod extending from a stock, such that each extension rod is slidably movable within one of the rod apertures; wherein each extension rod comprises a rod channel and two or more rod dimples/detents formed along the rod channel; and a latch that is movable between an engaged position and a disengaged position, wherein when the latch is in the engaged position, a protrusion portion urges latch elements into the rod apertures a distance that seats the latch elements into the rod dimples/detents, and wherein when the latch is in the disengaged position, the protrusion portion allows the latch elements to retract from the rod dimples/detents and into the rod channels.

A gun stock with interchangeable cheek rest, including a main body and a cheek rest removably associated with the body and including a supporting structure and a cheek pad that rests on an elastic member associated with the structure; the elastic member is constituted by a leaf spring that is associated with the structure and is easily interchangeable. The cheek rest is applied to the stock body by means of a quick coupling, with or without the use of tools.

A gun stock with interchangeable cheek rest, including a main body and a cheek rest removably associated with the body and including a supporting structure and a cheek pad that rests on an elastic member associated with the structure; the elastic member is constituted by a leaf spring that is associated with the structure and is easily interchangeable. The cheek rest is applied to the stock body by means of a quick coupling, with or without the use of tools.