3x lower temperature; 80x lower IR signature; 85% lower acoustic
>2x extended range / loiter time vs batteries
Increased power capacity for on-board mission systems
Resilience from independent in-theatre fuel production
Enhanced system lifecycle from increased efficiency
Containerized hydrogen production systems enable in-theater and disaggregated fuel generation, reducing reliance on vulnerable and high cost supply chains and enhancing operational autonomy.
Modular LTPEM fuel cell system that can be configured to meet customer needs (>1kw/kg power density at system-level)
Innovative development techniques have enabled significant reduction in part count, meaning lighter, more compact, more reliable and less costly systems.
ZeroAvia has made unprecedented breakthroughs with in-house development of a pressurized High Temperature PEM hydrogen fuel cell system.
Our proprietary HTPEM stacks offer significant advancement in specific power.
Packages SuperStack Flex with gaseous hydrogen storage for a drop-in power solution to meet customer needs.
Decoupling electrical power from main engine operation provides onboard power to support ISR and other power-hungry payload.
ZeroAvia’s proprietary electric motor and inverter technology advances weight efficiency and reliability of electric propulsion systems.
Low noise and heat signatures, enhanced reliability and lower maintenance costs for enhanced reliability.
ZeroAvia’s LHS10 is a 10.5kg capacity next generation liquid hydrogen storage system, with exceptional wet weight efficiency and resilience.
With several unique innovations to manage boil-off, reduce weight and improve thermal performance and vacuum resilience.
Unique GHMSD including an integrated compressor and cascade fill architecture.
Delivers substantial increase in usable H2 capacity and reduction in refuel journeys.
Boiloff mitigation using ZeroAvia’s fuel cell technology for power generation.
Enables longer term storage without the need for auxiliary equipment to support range of vehicles.
Hydrogen and fuel cells are becoming increasingly relevant to allied armed forces due to unique advantages in energy density, stealth, operational flexibility and lowering costs.
Explore the hydrogen and fuel cell military applications that promise operational advantage in a range of areas.
