Controllable electrical shunt diverts current from electrothermal bridge in pyroelectronic detonators.
A shock attenuator plunger moves within a housing to damp high-frequency pulses, protecting sensitive smart weapon components during ejection.
A series piston actuator closes an electrical circuit upon reaching a specific launch pressure threshold.
Epoxy plugs seal aluminum end plate terminals, resolving shock load and fabrication complexity contradictions.
Pyrotechnic launcher fires flexible substrate across path to entangle wheels, enabling controlled stop without complex manual setup.
A self-contained breaching apparatus accelerates an impactor element to induce localized spalling in reinforced concrete structures.
An initiator assembly for a perforating gun merges detonator and switch components via insertable electrical connectors.
Above-ground stemming device uses superabsorbent polymer gel to reflect pressure waves and contain explosive energy.
A wireless detonator uses electromagnetic induction to power its control unit, preserving battery charge for the firing sequence.
Short inter-hole delays collide stress fields to fragment rock while containing explosive gas venting.
A dual initiator coupler kit secures two M81 igniters using opposed shell elements with rotation inhibitors.
An electronic subsystem detects errant voltages below 500 volts, preventing deflagration and meeting MIL-STD-1901A safety requirements.
A pyrotechnic gas distributor uses a movable shutter to confine actuation gas, resolving combustion reliability issues while minimizing system weight.
An ignition system with multiple controlled points manages reaction timing in layered energetic materials, resolving blast pattern shaping limits.