A firearm aluminum travel case for protecting at least one rifle during transportation which comprises,
- a travel case rectangular lower enclosure body having a bottom, ends and sides with a inwardly facing peripheral flange around the ends and the sides and a cushion disposed therein, the lower enclosure body configured to retain at least one rifle for transportation,
- a travel case rectangular upper enclosure body having a top, ends and sides with an inwardly facing peripheral flange around the ends and the sides also a cushion disposed therein, the upper enclosure body configured to retain at least one rifle for transportation,
- a continuous hinge attaching the lower enclosure body to the upper enclosure body along mating sides,
- a resilient gasket adhered to the lower enclosure body peripheral flange forming a seal between the lower enclosure body and the upper enclosure body,
- a plurality of recessed tilt casters imbedded into the lower enclosure body within the bottom and an end for manual case towing,
- a first handle with a 90 degree stop and a return spring attached to a lower body end allowing manual towing capabilities when the case is tilted upon the casters,
- an electrical two point means for locking housed within the lower enclosure body and the upper enclosure body defined as a touch pad electrically operating a push-to-close and button to open latching system, a touch pad having an aluminum bezel, a synthetic rubber finger pad and at least one attaching bracket, wherein said electrical two point means for locking further comprises,
- a solid state controller integral with the touch pad, said controller incorporating in an electronic board having a plurality of push switches intimately embracing the finger pad, with the controller programmable for up to three user access codes and an audio low-battery warning system,
- a remote located enunciator in electrical communication with the controller for producing an audio indication signal,
- a battery pack housed within a controller and latch keeper cover in electrical communication with the controller,
- a power lock actuator positioned within said lower enclosure body, energized by the solid state controller for releasing the electrical two point means for locking to unlock the case,
- a latch actuating arm attached to the power lock actuator transferring linear movement to the push-to-close and button to open latching system,
- a push-to-close latch and a push-to-close actuator with an actuator extension rod therebetween releasing the electrical two point means for locking when an operator has provided an appropriate access code to the keypad, and
- a keeper stud disposed within a keeper bracket attached to an inside surface of the upper enclosure top in alignment with the push-to-close latch and the push-to-close actuator for locking the upper enclosure body with the lower enclosure body when manually closed and urged together until an interface is achieved, and
- a mechanical bypass lock for circumventing said electrical two point means for locking providing access assurance for opening the case when locked, wherein said mechanical bypass for circumventing said electrical two point locking means further comprises a keyed panel cam lock with a lock cable attached to a cam arm of the lock on a first end and to the latch actuating arm on a second end mechanically sliding the latch actuating arm into contact with the push-to-close actuator when the lock is manually rotated by an operator with a key.