An intermediary block between receivers locks magazines until disassembly, resolving compliance and ease-of-operation contradictions.
Automated sensor systems calculate real-time field of fire to eliminate manual estimation errors and improve collective coverage.
A pneumatic arrangement uses a displaceable body to pierce canister seals and a pressure-sensitive assembly to regulate gas flow.
An electromagnet locking mechanism in a location-based gun magazine prevents unauthorized firing by engaging locking tabs based on GPS coordinates.
GPS-equipped firearm monitor tracks device location via satellite signals and sensor data.
An integrated mechanism automates magazine ejection and bolt closure using a mechanical lever to detect ammunition presence.
Replacing sliding contact with a spherical rolling element reduces trigger pull weight while maintaining engagement reliability against accidental discharge.
Segmenting the upper receiver into modular components resolves the trade-off between structural integrity and customization capability in firearm design.
Radio-frequency trigger signal system activates nearby cameras upon firearm discharge, flagging footage to prevent erasure and notify authorities.
An eccentric-driven catch in a magazine-shaped locking body prevents slide movement and accidental firing without damaging fine mechanical components.
Asymmetric rotation stops on the disconnector prevent spring over-compression during high-rate firing, extending service life.
External canister secures ammunition container to enable protected replenishment without disrupting turret structure.
A firearm-mounted camera captures objective evidence during police interactions by triggering recording on unholstering, reducing investigation costs.
Segmented control buttons and asymmetric springs hold the locking cam in place, reducing accidental release probability during operation.
Pendulum inertial mass pivots via slot connection to interrupt intermediate lever contact, preventing unintentional firing from lateral or vertical impacts.
An electronically actuated operating system interfaces with a mechanical firing mechanism to enable selective fire modes via solenoid control.
A crossbow security unit automatically locks the trigger mechanism during bolt loading to prevent accidental projection.
Kinematic trigger element releases firearm slide upon magazine insertion, resolving manual effort and status detection trade-offs.
A biometric rifle magazine interlock temporarily incapacitates the weapon while allowing authorized users to quickly swap magazines.
A deflectable locking member extension pivots on a pin to actuate the trigger mechanism.