Disclosed are recoil-inhibiting grips for handguns that minimize recoil without sacrificing aiming accuracy. The grips may provide both recoil inhibition and grip stability by incorporating a vibration-damping elastomeric strategically positioned in only the back surface of a handgun grip (e.g., facing the palm). The elastomeric insert may be incorporated in the top section of the rear surface of the grip, where the bulk of the recoil force meets the user's palm.

A pistol grip stock attachment kit is for use with a conventional long gun. A central strap couples an improved butt or recoil plate rearwardly and a pistol grip forwardly. A rearward hinge pivotably couples the plate to the central strap. A forward hinge pivotably couples the pistol grip to the central strap.

A pistol grip stock attachment kit is for use with a conventional long gun. A central strap couples an improved butt or recoil plate rearwardly and a pistol grip forwardly. A rearward hinge pivotably couples the plate to the central strap. A forward hinge pivotably couples the pistol grip to the central strap.

A compensating damper comprises opposed working end faces, a hermetically sealed chamber between the working end faces, and a set of plates in the chamber with a film of viscous fluid between each pair of adjacent plates. The damper has at least two different film thickness zones across the set of plates, each of the different film thickness zones providing a different resistance response when acted upon by an outside force exerted on at least one of the opposed working end faces. Multiple internal guide pins may extend axially from the opposed working end faces for engaging the plate stack partially from each of said working end faces to increase the stroke while providing for a compact damper. The plates may have a conical configuration to providing dampening in different plans.

A compensating damper comprises opposed working end faces, a hermetically sealed chamber between the working end faces, and a set of plates in the chamber with a film of viscous fluid between each pair of adjacent plates. The damper has at least two different film thickness zones across the set of plates, each of the different film thickness zones providing a different resistance response when acted upon by an outside force exerted on at least one of the opposed working end faces. Multiple internal guide pins may extend axially from the opposed working end faces for engaging the plate stack partially from each of said working end faces to increase the stroke while providing for a compact damper. The plates may have a conical configuration to providing dampening in different plans.

A recoil pad with survival module kit provides rifle recoil absorption and also provides peace of mind to a hunter as a means of carrying essential survival components in a compact form in a way which currently is not provided in the art. In a hunting situation in the wilds, the loss of backpacks or other means of carrying a first aid kit can arise. The most important thing a hunter will try to avoid losing is his or her rifle. Thus, the recoil pad with survival module kit will always be available to the hunter if a crucial scenario should occur as long as the hunter retains the rifle. The survival module kit is compressible within the recoil pad and provides the same recoil absorption as currently available recoil pads along with the added convenience of all of the items contained in the survival module kit.

A recoil pad with survival module kit provides rifle recoil absorption and also provides peace of mind to a hunter as a means of carrying essential survival components in a compact form in a way which currently is not provided in the art. In a hunting situation in the wilds, the loss of backpacks or other means of carrying a first aid kit can arise. The most important thing a hunter will try to avoid losing is his or her rifle. Thus, the recoil pad with survival module kit will always be available to the hunter if a crucial scenario should occur as long as the hunter retains the rifle. The survival module kit is compressible within the recoil pad and provides the same recoil absorption as currently available recoil pads along with the added convenience of all of the items contained in the survival module kit.

A buffer bumper assembly for use with some firearms that incorporate a recoil based operating system. The buffer bumper assembly may be disposed on a buffer bumper structure that may be installed inside of a recoil spring around an end thereof. The buffer bumper assembly comprises an upper segment, a lower segment, a biasing structure and a connector. The upper segment and lower segment are interconnected with the connector and reciprocally movable to one another. The upper segment and lower segment may be collectable disposable into and out of a compressed position and an uncompressed position. The biasing structure may at least partially assume the energy of an impact associated with a recoil cycle when it is compressed and when the upper segment and lower segment are collectively disposed in the compressed position.

A firearm stock with adjustable comb riser has an elongated stock body having a forend and an opposed butt portion having a rear face and an upper comb surface, a butt pad removably connected to the rear face, a cheek rest element having an elongated rest portion positioned above the upper comb surface of the stock, the cheek rest element having a rear panel connected to the rest portion, and at least a portion of the rear panel being captured between the rear face and the butt pad. The rest portion may be a downwardly open channel. The channel may receive at least a portion of the comb surface. The rest portion may include downwardly depending sidewalls. An upper portion of the rear panel may span between the sidewalls. The rear panel may be perpendicular to the rest portion.

A firearm stock with adjustable comb riser has an elongated stock body having a forend and an opposed butt portion having a rear face and an upper comb surface, a butt pad removably connected to the rear face, a cheek rest element having an elongated rest portion positioned above the upper comb surface of the stock, the cheek rest element having a rear panel connected to the rest portion, and at least a portion of the rear panel being captured between the rear face and the butt pad. The rest portion may be a downwardly open channel. The channel may receive at least a portion of the comb surface. The rest portion may include downwardly depending sidewalls. An upper portion of the rear panel may span between the sidewalls. The rear panel may be perpendicular to the rest portion.