Abstract: In some embodiments, a device may include a support and a slidable rack. The support includes a support base and first and second inclined slide mechanisms attached to opposed sides of the support base. The first and second inclined slide mechanisms are inclined so that a first distance between top edges of the first and second inclined slide mechanisms is less than a second distance between bottom edges of the first and second inclined slide mechanisms, wherein each of the first and second inclined slide mechanisms comprises an outward facing u-shaped channel guide. The slidable rack is configured to slide back and forth along the first and second inclined slide mechanisms.

Abstract: In some embodiments, a device includes a firearm holder including a stock lock. The stock lock may include a first jaw, a second jaw, a pivot pin to couple the first jaw to the second jaw. The first jaw may pivot about the pivot pin relative to the second jaw and may open and close about a neck of a stock of a firearm. The stock lock may further include a rotatable element coupled to the first jaw to allow at least a portion of the first jaw to rotate about the rotatable element to move into and out of alignment with the first jaw. In some implementations, the stock lock may include a locking mechanism. In some aspects, the stock lock may include a cowl extending about at least a portion of the locking mechanism.

Abstract: An assembly is configured for use with a firearm having a trigger guard. The assembly includes a firearm holder comprising a body and a trigger peg. The body includes an internal channel, a plunger lock, and a lock plate comprising a first interlock surface. The trigger peg includes a stem and a trigger flange. The stem is configured for insertion through the trigger guard and into the internal channel, the stem including a second interlock surface configured to mate with the first interlock surface. The trigger flange is sized to not pass through the trigger guard. A method of securing a firearm having a trigger guard is described. The method includes positioning the trigger guard at a body of a firearm holder, inserting a stem of a trigger peg through the trigger guard and into the body of the firearm holder, and locking the trigger peg to the body.

Abstract: In some embodiments, a device may include a triangular prism-shaped support and a slidable rack. The triangular prism-shaped support includes a u-shaped channel guide. The slidable rack is configured to slide back and forth along the u-shaped channel guide of the triangular prism-shaped support. The slidable rack includes a first arm assembly including a plurality of notches spaced along a length of the first arm assembly.

Abstract: In some embodiments, a device includes a firearm holder including a stock lock. The stock lock may include a first jaw, a second jaw, a pivot pin to couple the first jaw to the second jaw. The first jaw may pivot about the pivot pin relative to the second jaw and may open and close about a neck of a stock of a firearm. The stock lock may further include a rotatable element coupled to the first jaw to allow at least a portion of the first jaw to rotate about the rotatable element to move into and out of alignment with the first jaw. In some implementations, the stock lock may include a locking mechanism. In some aspects, the stock lock may include a cowl extending about at least a portion of the locking mechanism.

Abstract: In some embodiments, a device includes a firearm holder including a stock lock. The stock lock may include a first jaw, a second jaw, a pivot pin to couple the first jaw to the second jaw. The first jaw may pivot about the pivot pin relative to the second jaw and may open and close about a neck of a stock of a firearm. The stock lock may further include a rotatable element coupled to the first jaw to allow at least a portion of the first jaw to rotate about the rotatable element to move into and out of alignment with the first jaw. In some implementations, the stock lock may include a locking mechanism. In some aspects, the stock lock may include a cowl extending about at least a portion of the locking mechanism.

Abstract: An assembly, including a cable and a bracket, is configured to secure a firearm having a shell ejection slot. The bracket, including a front plate and a tail, is configured for partial insertion into the shell ejection slot. The tail is disposed at an acute angle relative to the front plate and comprises a first aperture configured for insertion of the cable. A method of securing a firearm includes inserting a tail of a bracket into the shell ejection slot so that a front plate of the bracket remains outside the shell ejection slot, inserting a first end of a cable through a first aperture of the tail, and retaining the first end of the cable in a notch of a firearm holder.

Abstract: A cabinet may include an enclosure having sidewalls and a base. Further, the firearm cabinet may include a plurality of holders within the enclosure and configured to slide into and out of the enclosure at an angle other than perpendicular relative to a face of the cabinet. In some aspects, the cabinet may be configured to secure a plurality of elongate objects, such as pool cues, fishing poles, firearms, and so on.

Abstract: In some embodiments, a device may include a mounting base and a slidable rack. The mounting base may be configured to couple to a structure and may include a guide extending from the mounting base. The slidable rack may be movably coupled to the guide of the mounting base. The slidable rack can include a substantially triangular base and a member including a proximal end coupled to the substantially triangular base and including a distal end. The slidable rack may further include a first arm assembly coupled to the member and extending adjacent to the substantially triangular base. The first arm assembly includes a plurality of notches that open toward the substantially triangular base. The slidable rack further includes a second arm assembly coupled to the distal end of the member. The second arm assembly may include a plurality of notches that open outward.

Abstract: An assembly, including a cable and a bracket, is configured to secure a firearm having a shell ejection slot. The bracket, including a front plate and a tail, is configured for partial insertion into the shell ejection slot. The tail is disposed at an acute angle relative to the front plate and comprises a first aperture configured for insertion of the cable. A method of securing a firearm includes inserting a tail of a bracket into the shell ejection slot so that a front plate of the bracket remains outside the shell ejection slot, inserting a first end of a cable through a first aperture of the tail, and retaining the first end of the cable in a notch of a firearm holder.

Abstract: In some embodiments, a device includes a firearm holder including a stock lock. The stock lock may include a first jaw, a second jaw, a pivot pin to couple the first jaw to the second jaw. The first jaw may pivot about the pivot pin relative to the second jaw and may open and close about a neck of a stock of a firearm. The stock lock may further include a rotatable element coupled to the first jaw to allow at least a portion of the first jaw to rotate about the rotatable element to move into and out of alignment with the first jaw. In some implementations, the stock lock may include a locking mechanism. In some aspects, the stock lock may include a cowl extending about at least a portion of the locking mechanism.

Abstract: In some embodiments, a device may include a mounting base and a slidable rack. The mounting base may be configured to couple to a structure and may include a guide extending from the mounting base. The slidable rack may be movably coupled to the guide of the mounting base. The slidable rack can include a substantially triangular base and a member including a proximal end coupled to the substantially triangular base and including a distal end. The slidable rack may further include a first arm assembly coupled to the member and extending adjacent to the substantially triangular base. The first arm assembly includes a plurality of notches that open toward the substantially triangular base. The slidable rack further includes a second arm assembly coupled to the distal end of the member. The second arm assembly may include a plurality of notches that open outward.

Abstract: A cabinet may include an enclosure having sidewalls and a base. Further, the firearm cabinet may include a plurality of holders within the enclosure and configured to slide into and out of the enclosure at an angle other than perpendicular relative to a face of the cabinet. In some aspects, the cabinet may be configured to secure a plurality of elongate objects, such as pool cues, fishing poles, firearms, and so on.