Steerable mine detonation apparatus pivots ground engaging members to maintain safe distance from vehicle while ensuring complete path coverage.
A containment vessel captures unmanned aerial vehicle threats using layered blast and Faraday cage structures.
An interface bridge translates MIL-STD-1553 signals to Universal Armament Interface protocols for miniature munitions.
A surface mount security barrier uses flexible attachments to distribute impact loads between concrete crash blocks.
A transient electromagnetic detection apparatus uses a segmented transmitting coil to generate and receive induced signals for subsurface analysis.
Interceptors deploy high velocity fragments to destroy incoming projectiles, preventing warhead detonation and minimizing structural damage.
Liquid marking equipment replaces bulky physical studs with continuous ground traces, eliminating recovery logistics while ensuring precise vehicle alignment.
Retro-directive antennas generate large radar cross-sections to distract missiles, bypassing passive decoy limitations.
Shotgun sub-projectiles linked by filaments deploy an aerodynamic web upon firing to create a consistent interception pattern.
Chemical energy triggers explosive bolts to release wings without power, ensuring safe landing when electrical systems fail.
A portable docking platform integrates battery charging and geolocation modules to support countermeasure devices.
Weapon system selects artillery or mortar fire based on calculated trajectory to neutralize enemy launchers across varying ranges.
Conveyor-mounted scarifying teeth rake soil between tines to extract mines, eliminating earth bead formation that increases pushing force.