A device for controlling access to a firearm having a muzzle with a muzzle device. The device includes a lock housing with a cavity to receive the muzzle device .Iadd.and a portion of the barrel.Iaddend.. The device also includes a lock mechanism shaft coupled to a lock mechanism that is configured for rotational movement upon actuation of the lock mechanism. The lock mechanism shaft is coupled to a cam that moves axially upon rotation of the lock mechanism shaft. A bidirectional rotatable shaft is coupled to the cam and is insertable into the muzzle of the firearm .Iadd.occupying the full length of the firearm's muzzle device, barrel and chamber.Iaddend.. The device also includes a plurality of arms coupled to a perimeter of the cam and arranged for pivotal and radial movement to secure the firearm muzzle in the cavity of the lock housing. A plurality of tabs are arranged on the arms for engagement with the muzzle device to retain the muzzle device within the lock housing.

A portable firearm securement system configured to secure a firearm and prevent firing of the firearm while also being configured to be easily moveable is disclosed. The portable firearm securement system may be formed from first and second bodies for securing a firearm and preventing access to a trigger of the firearm, whereby the first and second bodies are positioned on both sides of the firearm adjacent the trigger and magazine well. Three pins extending from the first body to the second body prevent rotation of a firearm relative to the first and second bodies. Additionally, one pin extends thru the second body and includes a securement orifice through which a padlock shackle may be positioned to lock a firearm in place within the securement system. The securement system may be releasably secured to a securement object with a tether wrapped around the securement object and secured to the padlock.

An apparatus and method for an RFID operated gun lock is disclosed. The gun lock comprises a security assembly secured to the muzzle of a firearm and RFID communication for locking and unlocking the firearm. A safety round is also employed and a power sub-system is provided to operate the apparatus. A manual override feature is also disclosed.

A firearm safety device purposed to obstruct the chamber of a firearm to block insertion of a cartridge therein, effectively disabling the firearm. In embodiments, the firearm safety device comprises a plug and a key. The plug may be sized for fitting within the chamber of essentially any firearm. The plug may be inserted into and removed from the firearm through the breech end of the chamber, thereby lessening both wear on the plug and potential damage to the firearm resulting from plug insertion or removal. The key interacts with the plug for easy positioning of the plug within the chamber and pulling removal of the plug out from the breech end of the chamber.

Unauthorized removal of the plug is difficult without the key. The safety device enables repeated cycling of the action and dry firing of the firearm enabling the firearm to be handled safely for uses such as for retail sale purposes and for firearm use and safety training.

A firearm safety device purposed to obstruct the chamber of a firearm to block insertion of a cartridge therein, effectively disabling the firearm. In embodiments, the firearm safety device comprises a plug and a key. The plug may be sized for fitting within the chamber of essentially any firearm. The plug may be inserted into and removed from the firearm through the breech end of the chamber, thereby lessening both wear on the plug and potential damage to the firearm resulting from plug insertion or removal. The key interacts with the plug for easy positioning of the plug within the chamber and pulling removal of the plug out from the breech end of the chamber.

Unauthorized removal of the plug is difficult without the key. The safety device enables repeated cycling of the action and dry firing of the firearm enabling the firearm to be handled safely for uses such as for retail sale purposes and for firearm use and safety training.

A locking gun mount provides a top frame and a bottom frame coupled by a shaft tube with a spring that pushes the top and bottom frames apart. The locking gun mount also includes a locking mechanism that also functions to open and close the locking gun mount. Also included is a back plate coupling a lag bolt for securing the locking gun mount to a wall.

A firearm security device blocks use or manipulation of functional components of a given firearm absent a validated user. The firearm security device includes a pair of hubs, a plurality of shackles, a trigger-locking shaft, a two-factor locking mechanism, a microcontroller, and a global position system (GPS) module. The pair of hubs along with the plurality of shackles allows the firearm security device to be secured to a firearm. The pair of hubs also protects the two-factor locking mechanism, the microcontroller, and the GPS module. The trigger-locking shaft prevents the trigger of a firearm from being pressed by an unwanted user. The two-factor locking mechanism prevents removal of the present invention from an associated firearm by an unwanted user. The microcontroller manages the two-factor locking mechanism and the GPS module. The GPS module allows the firearm security device to be tracked and, therefore, allows an associated firearm to be tracked.

A firearm security device blocks use or manipulation of functional components of a given firearm absent a validated user. The firearm security device includes a pair of hubs, a plurality of shackles, a trigger-locking shaft, a two-factor locking mechanism, a microcontroller, and a global position system (GPS) module. The pair of hubs along with the plurality of shackles allows the firearm security device to be secured to a firearm. The pair of hubs also protects the two-factor locking mechanism, the microcontroller, and the GPS module. The trigger-locking shaft prevents the trigger of a firearm from being pressed by an unwanted user. The two-factor locking mechanism prevents removal of the present invention from an associated firearm by an unwanted user. The microcontroller manages the two-factor locking mechanism and the GPS module. The GPS module allows the firearm security device to be tracked and, therefore, allows an associated firearm to be tracked.

A firearm security device blocks use or manipulation of functional components of a given firearm absent a validated user. The firearm security device includes a pair of hubs, a plurality of shackles, a trigger-locking shaft, a two-factor locking mechanism, a microcontroller, and a global position system (GPS) module. The pair of hubs along with the plurality of shackles allows the firearm security device to be secured to a firearm. The pair of hubs also protects the two-factor locking mechanism, the microcontroller, and the GPS module. The trigger-locking shaft prevents the trigger of a firearm from being pressed by an unwanted user. The two-factor locking mechanism prevents removal of the present invention from an associated firearm by an unwanted user. The microcontroller manages the two-factor locking mechanism and the GPS module. The GPS module allows the firearm security device to be tracked and, therefore, allows an associated firearm to be tracked.

A firearm security device blocks use or manipulation of functional components of a given firearm absent a validated user. The firearm security device includes a pair of hubs, a plurality of shackles, a trigger-locking shaft, a two-factor locking mechanism, a microcontroller, and a global position system (GPS) module. The pair of hubs along with the plurality of shackles allows the firearm security device to be secured to a firearm. The pair of hubs also protects the two-factor locking mechanism, the microcontroller, and the GPS module. The trigger-locking shaft prevents the trigger of a firearm from being pressed by an unwanted user. The two-factor locking mechanism prevents removal of the present invention from an associated firearm by an unwanted user. The microcontroller manages the two-factor locking mechanism and the GPS module. The GPS module allows the firearm security device to be tracked and, therefore, allows an associated firearm to be tracked.