DJI

Intelligent Energy's modules combine fuel cells with small batteries to optimize performance. Two 2.4kW modules can be linked in parallel to provide up to 4.8kW of power.

The specific type of fuel cell technology supplied by Ballard Power Systems for the buses in Mississauga.

Cryogenically stored hydrogen maintained at -253°C in a vacuum-insulated tank, offering 2.8 times more energy density than gaseous hydrogen for aviation applications.

United Kingdom

South Korea

Illinois

An earlier fuel cell module from Intelligent Energy that achieved a Guinness World Record for longest multi-rotor flight time of 12 hours, 7 minutes, 5 seconds when used by MetaVista.

A new fuel cell power module designed for commercial unmanned aerial vehicles, capable of delivering over 2 hours of flight time on compatible platforms. Two modules can be linked in parallel for up to 4.8kW of power.

An earlier fuel cell module that set a Guinness World Record for longest multi-rotor flight time. Used by MetaVista to achieve 12 hours, 7 minutes, 5 seconds of continuous flight using liquid hydrogen.

A fuel cell power module for commercial unmanned aerial vehicles offering extended flight times. The module delivers constant power to the UAV and is hybridized with a small battery to handle peak loads. It can fit onto various off-the-shelf frames and two modules can be linked in parallel for up to 4.8kW.