Engineering thermal management and power storage systems for high-energy military payloads mounted on electric airframes.
Firing a high-power microwave pulse requires drawing tens of kilowatts of electrical power in fractions of a second, placing extreme instantaneous current loads on aircraft batteries.
DefendEeVTOL utilizes hybrid lithium-supercapacitor banks that deliver multi-megawatt pulse discharges without straining flight propulsion batteries, while phase-change paraffin thermal heat sinks absorb waste heat without requiring heavy liquid cooling loops.
Airborne microwave beams penetrate smoke, fog, and battlefield dust clouds that blind traditional military laser weapons, delivering consistent electronic disruption in all weather conditions.