Skyeton Introduces Hydrogen-Powered Raybird Drones for Ukrainian Military
Skyeton has unveiled a hydrogen-powered variant of its Raybird UAV for the Ukrainian military, following two years of research and development. This hybrid model boasts a flight endurance of 12 hours and a higher operational ceiling compared to its internal combustion counterpart, enhancing capabilities for intelligence, surveillance, and reconnaissance missions. The new airframe architecture accommodates hydrogen fuel cells, which provide superior energy density despite challenges related to containment and flammability.
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Skyeton launched a hydrogen-powered variant of its Raybird UAV for the Ukrainian military after two years of R&D. The hybrid model, using hydrogen fuel cells, has a flight endurance of 12 hours and a higher operational ceiling than the internal combustion version, which has a maximum of 28 hours.
The Raybird is designed for intelligence, surveillance, target acquisition, and reconnaissance missions lasting over 10 hours. Hydrogen fuel cells offer better energy density than lithium-ion batteries but have challenges like containment and flammability. New airframe architecture was developed to accommodate the fuel.
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