Abstract: Disclosed are various embodiments of holders configured to couple to moldable hand grips for firearms and at least partially submerge the hand grips in heated water baths. According to various embodiments, a holder can include a non-moldable body that is configured to couple to a moldable hand grip. The holder can further include a non-moldable user handle extending from the body.

Abstract: Various embodiments for an angled action firearm that counteracts muzzle rise are described. The angled action firearm includes a receiver having a first receiver end and a second receiver end. The receiver has a top surface sloping upwards from the first receiver end to the second receiver end. The angled action firearm further includes a slide moveably coupled to the receiver having a bottom surface opposite that of the top surface of the receiver. The slide has a first slide end and a second slide end, where the angled bottom surface of the slide slopes upward from the first slide end to the second slide end. The angled action of the slide causes downward pressure during recoil counteracting muzzle rise.

Abstract: Disclosed are various embodiments of moldable hand grips for firearms. According to various embodiments, a hand grip can include a non-moldable frame and a heat-moldable grip portion disposed on the frame. The hand grip can be submerged at least partially in a water bath heated to a temperature between about 150° F. to about 212° F., resulting in the heat-moldable grip portion of the hand grip transitioning to a moldable state. After the heat-moldable grip portion of the hand grip transitions to the moldable state, the hand grip can be removed from the water bath, and the user can grab the hand grip to mold the heat-moldable grip portion to conform to his or her individual hand shape. The heat-moldable grip portion can then cool and return to a non-moldable state, resulting in a hand grip that conforms to the individual user's hand shape.