Segmenting the hammer head from the body reduces power required for loading while maintaining impact force.
A firearm trigger group uses a secondary biasing member to counteract the primary hammer spring, optimizing mechanical advantage for lighter pull weight.
A captive bolt stunning device uses a magazine strip to hold explosive cartridges, eliminating manual reloading time and hazardous spent cartridge handling.
Segmented stamped sheet metal parts in a U-shaped bracket handgun resolve design complexity while maintaining reliable automatic firing functionality.
A pivotally mounted auto sear body with angular trip locations enables hammer reciprocation within firearm lower receivers.
A recoil inversion assembly redirects rearward bolt motion through a transfer arm and lever to compress the spring.
A rolling trigger mechanism replaces sliding sears with ball bearings to reduce friction and enable smooth operation.
An actuator mounted adjacent to a firearm trigger pulls the trigger via commands from a controller linked to a pressure-sensitive switch.
A drop-in auto sear trip link resolves the inability of shortened bolt carriers to actuate the sear without modifying upper or lower receivers.
Laser shot indicators project onto targets to show placement accuracy, resolving information loss in quiet dry firing without airsoft noise.
A rifle platform uses a perpendicularly mounted magazine to feed pistol cartridges directly into the chamber.
A magwell adapter integrates a sear spring aperture to assist magazine insertion and maintain firearm operability.
Cylindrical bearings in jaw grooves restrain lateral displacement and allow pivotal motion, resolving stability issues caused by manufacturing tolerance errors.