Endurance is a weapon.
Boumarang builds hydrogen-powered, AI-enabled unmanned systems for air and maritime operations. Long endurance. Domestic IP. Dual-use by design.
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Three systems. One platform.
Boumarang's portfolio integrates hydrogen propulsion, autonomous navigation, and AI-driven analytics across air, surface, and software domains. The hardware is built for the longest, hardest missions. The software turns the data into decisions.
W-150 Air Drone
Hydrogen fuel cell fixed-wing UAV. Designed for 12-hour endurance, 1,000 km range, and 25 kg-plus payloads across ISR, infrastructure, and resource monitoring missions.
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Wavedrone Maritime
Self-righting unmanned surface vessel with patent-pending design. Captures synchronous above-water and below-water data in conditions that ground traditional ROVs and crewed surveys.
AI Insights
Platform-agnostic analytics layer. Turns drone, aircraft, and satellite data into automated alerts, reports, and decisions — no in-house AI team required.
Battery-electric drones cannot complete the mission.
Most commercial and tactical drones are limited by lithium-ion energy density: thirty to sixty minutes in the air, frequent recharges, short range. Hydrogen fuel cells change the math.
Higher energy density means longer flights, larger payloads, faster turnaround. For long-range ISR, infrastructure inspection, and maritime monitoring, hydrogen is the only credible path to operational endurance. Boumarang's air and surface platforms are built around that principle from day one.
Built for the operators who need endurance most.
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