Abstract: A vehicle mounted camp kitchen accessory system comprises a central frame with an internal drawer. The drawer has a front end and two sides and drawer is mounted on a sliding mechanism. The drawer has at least one mounting fixture at the front end and at least one mounting fixture on each of the sides that are accessible when the drawer is in the open position. Each mounting fixture receives accessories having coupling fixtures that are compatible with the mounting fixtures.

Abstract: An apparatus for extending the magazine well of a firearm has extender body dimensioned to receive a firearm magazine and an expandable securing mechanism coupled to the extender body and selectively expandable against the internal cavity adjacent the magazine well on most firearms. Movement of a driving element in the expandable securing mechanism causes an expandable member thereof to transition from a first unexpanded configuration to a second expanded configuration for frictionally engaging interior surfaces of the internal cavity, and vice versa.

Abstract: An apparatus for extending the magazine well of a firearm has extender body dimensioned to receive a firearm magazine and an expandable securing mechanism coupled to the extender body and selectively expandable against the internal cavity adjacent the magazine well on most firearms. Movement of a driving element in the expandable securing mechanism causes an expandable member thereof to transition from a first unexpanded configuration to a second expanded configuration for frictionally engaging interior surfaces of the internal cavity, and vice versa.

Abstract: An assembly for mounting a handguard to a firearm utilizes a biasing element disposed intermediate the barrel nut and the interior end of the handguard and a clamping element also disposed intermediate the barrel nut and the interior end of the handguard but positioned opposite the biasing element about the perimeter of the barrel nut. One or both of the biasing element and clamping element have multiple surfaces which mimic portions of the exterior profile of the barrel nut to prevent any of longitudinal, axial, or radial misalignment of the handguard relative to the axis of the firearm barrel.

Abstract: An assembly for mounting a handguard to a firearm prevents longitudinal, axial, or radial misalignment relative to the axis of the firearm barrel by utilizing a biasing element disposed intermediate the barrel nut and the interior diameter of the handguard, a clamping element positioned opposite the biasing element about the perimeter of the barrel nut and having a first wedged surface, and a threaded wedge configured to co-act with the first wedged surface of the clamping element to directionally force the clamping element against the barrel nut in a manner that prevents canting of the handguard.

Abstract: An assembly for mounting a handguard to a firearm utilizes a biasing element disposed intermediate the barrel nut and the interior end of the handguard and a clamping element also disposed intermediate the barrel nut and the interior end of the handguard but positioned opposite the biasing element about the perimeter of the barrel nut. One or both of the biasing element and clamping element have multiple surfaces which mimic portions of the exterior profile of the barrel nut to prevent any of longitudinal, axial, or radial misalignment of the handguard relative to the axis of the firearm barrel.

Abstract: An assembly for mounting a handguard to a firearm utilizes a clamping element disposed intermediate the barrel nut and the interior end of the handguard. The clamping element has multiple surfaces which mimic different diameter portions of the exterior profile of the barrel nut to prevent any of longitudinal, axial, or radial misalignment of the handguard relative to the axis of the firearm barrel. The clamping element may be secured in place with multiple fasteners having the same or different axes of movement.

Abstract: An assembly for mounting a handguard to a firearm prevents longitudinal, axial, or radial misalignment relative to the axis of the firearm barrel by utilizing a biasing element disposed intermediate the barrel nut and the interior diameter of the handguard, a clamping element positioned opposite the biasing element about the perimeter of the barrel nut and having a first wedged surface, and a threaded wedge configured to co-act with the first wedged surface of the clamping element to directionally force the clamping element against the barrel nut in a manner that prevents canting of the handguard.