High energy density hydrogen combined with H3 Dynamics high power density fuel cells and expert ancillary equipment creates world record flight performance for various types of UAS.
H3 Dynamics offers various ways of storing hydrogen, either in gaseous ore liquid form - in the fuselage or under the wings as a nacelles.
MADE IN USA
Fly 10-20X Further
On Hydrogen-Electric Power
-
Longer distances at low altitude
-
Low heat signature
-
Silent operation
-
Persistent IRR/ISR
-
Carry more payload
2006 NASA / CALSTATE
2007 HYFISH / DLR
2009 BOEING / INSITU
2023 SKYETON / UKRAINE
3X-20X
Longer Flights than with Lipo batteries
677W/kg
Specific Power on
2000W system
900 km
on 200g of GH2
6 h
Multi-rotor flights using liquid hydrogen
33 h
Fixed wing electric UAS flights (custom design)
Switch to Hydrogen-Electric Today
We've got you covered
Over the past 17 years H3 Dynamics has been developing a full-line up of advanced fuel cell systems, accessories and componentry, tried and tested: what works and what doesn't. If you need higher power solutions, we make those available to on special request. And If you still don't find what you need - we will find what you need or build it for you.
AEROCELL™
MADE IN USA
Air cooled, PEM hydrogen fuel cells.
The lightest, most power-dense fuel cells in the world.
PRESSURIZED H2 STORAGE
NEW LIQUID H2 STORAGE
Producing Hydrogen On-Site During Operations
On-site H2 Electrolysis & Auto-Pressurization of H2 Storage Tanks
Mobile Electrolyser System
For Refueling of Hydrogen UAS
MADE IN USA
Specifications
Regional, private and light aviation will need hydrogen at the right price to prove their models. While their development continue, let's build hubs at the airport to decarbonise ground support equipment fleets. And while hydrogen can be used d
LATEST NEWS
H3 Dynamics teams with Zepher Flight Labs, wins Defense Innovation Unit contract
Hydrogen at the Tactical Edge of Contested Logistics (HyTEC)
The Problem: Fuel supply chains are vulnerable to disruption, and an energy-dense alternative fuel is necessary to sustain operational capabilities and improve energy resilience. While fossil fuels are energy-dense, the DoD’s reliance on them represents a vulnerability, especially for operations in remote or contested environments.
The Solution: The use of hydrogen (H2) as an alternate fuel source will help mitigate the challenges associated with fossil fuels and increase the DoD’s capabilities and reach. Fortunately, technologies are already widely available in the commercial markets in every stage of the H2 supply chain. The deliverable of this prototype effort is an integrated electrolysis-based towable H2 production and storage system capable of producing and dispensing 1 kg to 3 kg of 350 bar to 700 bar H2 in a 24-hour period. It is primarily powered by renewables with the option to use currently fielded tactical vehicles/generators.
Ready to Fly H2 UAV Platforms
Hydrogen UAS Manufactured by our Partners
