Renewable energies have claimed a fixed position in mobility. While battery technology has dominated this transition, it is becoming clear there are benefits of using hydrogen over battery technology. We aim to develop a zero emission ecosystem, based on wind, hydrogen and solar technologies.
An airship produces 90 % fewer emissions than conventional aircraft with fossil fuels. Clean energy sources are difficult to use for aircraft, but much easier to apply to airships. Switching to fuel cell technology, further decreases emissions towards net zero emissions.
Flying wings and quadcopters are highly limited in their payload/range performance. Airships can readily carry 10x the payload, when compared to conventional UAV systems on the market today. It can carry this payload across 10x the range, at similar to lower altitude.
Current operations of UAV delivery networks require extensive capital investment. Airships can operate in full VTOL mode, without the need for extensive infrastructure, limiting the capital expenditure and opening up an almost unlimited operational network.
See how we contribute to
Like flying to the moon, hold world expositions and build flying aircraft carriers. We leverage advanced production, material and design technologies to radically increase the sustainability of air mobility.
To do this, we are looking for the best of the best in aerospace engineering, powertrain design, electronics. Are you motivated by problems that are hard enough that no-one has been successful in solving them before?
Are you interested in projects that have the potential to change the world in a significant way? Do you want to be a part of this mission? This role requires a specific skill-set geared towards success for complex hardware development in a fast-paced environment with high uncertainty.
Want to know more? Contact us below!