Sectors
We are working with aircraft operators, owners and manufacturers to accelerate the transition to hydrogen-electric aviation, enabling cleaner, quieter and more cost-effective flight while delivering the endurance, resilience and performance needed for civil and defence applications.
A hydrogen-electric technology provider for aerospace
ZeroAvia develops hydrogen-electric power and propulsion systems for aircraft manufacturers, operators and integration partners. By combining our expertise in fuel cells, electric propulsion and hydrogen storage with industry-leading partners, we provide a credible path to hydrogen-electric flight across civil and defence applications.
Delivering Affordable, Clean Flight
Hydrogen-electric systems support a range of aerial applications, including eVTOL, fixed-wing aircraft, trainers and rotorcraft, delivering key operational and environmental benefits:
Reduced Environmental Impact
Up to 90% lower lifecycle greenhouse gas emissions, elimination of air quality impacts and significantly reduced noise
Increased Electrical Power
Greater power availability for aircraft systems and onboard equipment, reducing reliance on inefficient generators
Practical Range & Endurance
Enhanced energy density enables ranges comparable to almost all existing commercial routes
Lower Maintenance Costs
Fewer moving parts and improved efficiency reduce maintenance requirements and lifecycle costs
Resilient Fuel Supply
Hydrogen’s abundance and growing production capacity can improve energy security and reduce fuel costs
Applications
Our advanced component technologies have been developed for an increasingly diverse range of applications. By supplying the clean aviation sector with our advanced technologies, we will further our overall contribution to tackling aviation’s climate change impact.
Enhancing Mission Capability
Hydrogen-electric systems support uncrewed and crewed platforms, trainers, rotorcraft and mission system power, providing operational advantages including:
Reduced Thermal & Noise Signature
Near-zero IR emissions and near-silent operation enhance survivability in contested environments
High Onboard Electrical Power
Surplus electrical power for ISR, communications, electronic warfare and advanced mission payloads
Extended Endurance & Range
More than 2× greater endurance and range compared with battery-powered systems, supporting persistent operations
Lower Lifecycle Costs
Reduced thermal stress and fewer moving parts lower sustainment and maintenance costs
In-Theatre Fuel Production
Hydrogen can be produced closer to the point of use, reducing reliance on vulnerable fuel supply chains