H3 Dynamics

A mobile hydrogen station designed to produce hydrogen on-site for hydrogen drones and UAVs, capable of being dismounted as a permanent installation and linked with solar panel arrays.

A mobile hydrogen station that produces hydrogen on-site for hydrogen drones and UAVs. It is a rugged, trailer-based solution that can also be configured as a permanent installation and linked to solar panels.

Hydrogen fuel cell drones are unmanned aerial vehicles powered by on-board hydrogen fuel cell systems rather than, or in addition to, lithium battery packs, enabling substantially longer flight times and ranges with zero direct emissions aside from water vapor.[10] In the Hiroshima project, hydrogen drones developed by Robodex are expected to fly long-distance routes between the LOGI'Q Hiroshima logistics hub and islands in the Seto Inland Sea, carrying supplies and demonstrating how hydrogen propulsion can support practical logistics missions.[1][8]

Mobile system for organic hydrogen production supporting unmanned systems, balloons, and equipment in austere conditions

Synthetic fuels produced from syngas, which can be derived from waste.

Toulouse (test flights and forthcoming hydrogen-electric system production facility)

A mobile hydrogen station designed to produce hydrogen on-site for hydrogen drones and UAVs, capable of being dismounted as a permanent installation and linked with solar panel arrays.

A global project by Raven SR and H3 Dynamics to develop and deploy waste-to-hydrogen energy systems to support the adoption of hydrogen at airports and decarbonize airport operations.

A mobile hydrogen station that produces hydrogen on-site for hydrogen drones and UAVs. It is a rugged, trailer-based solution that can also be configured as a permanent installation and linked to solar panels.