Abstract: A firearm locking mechanism for handguns primarily comprising a locking assembly with first and second ends, said first end having first and second arms bifurcated parallel and spaced apart to receive a handgun. The locking assembly further has an elongated member, which serves as latching means to remove the firearm from the locking assembly. Interacting with the elongated member is a locking system controlled by a key, giving the authorized user the ability to set the firearm locking assembly in a “locked” or “unlocked” mode. The firearm locking assembly prevents the removal of the handgun when the trigger guard is obstructed within the first and second arms. The present invention is primarily utilized with firearms such as pistols and revolvers.

Abstract: A locking mechanism that can be used on pistols having an enclosed firing pin assembly. The locking device primarily comprises a firing pin assembly, spacer sleeves, and a slide cover keyed plate. The locking mechanism is controlled by a key, giving the authorized user the ability to set the pistol in a “fire” or “locked” mode while the trigger is pressed and held. The locking mechanism is utilized as a means to prevent the movement of a pistol's firing pin assembly when activated by the trigger mechanism.

Abstract: A locking mechanism that can be used on pistols. The locking device primarily comprises a spacer sleeve and a slide cover keyed plate. The locking mechanism is controlled by a key, giving the authorized user the ability to set the pistol in a “fire” or “locked” mode. The locking mechanism is utilized as a means to prevent the movement of a pistol's firing pin assembly when activated by the trigger mechanism. The present invention is primarily utilized with semi-automatic pistols that have an enclosed striker assembly.