Stralis Aircraft develops scalable, patent-pending hydrogen-electric propulsion systems for the aviation sector. Their technology offers zero emissions, significantly lower operating costs, and extended range compared to battery-electric alternatives. This modular system is designed to power a range of aircraft from 2-seat to 80-seat configurations.
Funding
$500K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
EFounders
Product
Problem
Current battery-electric aircraft have limited range, while traditional fossil fuel-powered aircraft contribute significantly to carbon emissions and high operating costs. Existing fuel cell technology is often too heavy for effective use in aviation.
Solution
Stralis Aircraft is developing long-range hydrogen-electric propulsion systems (HEPS) for aircraft, utilizing a patent-pending fuel cell technology that is significantly lighter than current alternatives. This technology enables aircraft to fly longer distances compared to battery-electric options and aims to reduce operating costs compared to conventional fossil fuel-powered aircraft. Stralis' HEPS is designed to be sustainable, economical, and scalable, with potential applications beyond commercial aviation, including long-range drones and heavy-duty vehicles. The company is also working towards the development of emission-free hydrogen-electric aircraft.
Target Audience
The primary target audience includes regional airlines, aircraft manufacturers, and operators seeking sustainable and cost-effective propulsion solutions, as well as the broader aviation industry aiming to reduce carbon emissions.
Features
- Patent-pending fuel cell technology designed to be six times lighter than current alternatives.
- Hydrogen-electric propulsion systems intended to enable longer flight ranges than battery-electric systems.
- Designed for lower operating costs compared to fossil fuel-powered aircraft.
- Solutions optimized for commercial aircraft, with potential applications for long-range drones and heavy-duty vehicles.
- Development of the B1900D-HE, a 15-seat hydrogen-electric aircraft planned for commercial flights.
- Flight testing of a hydrogen-electric 6-seat Beechcraft Bonanza demonstrator aircraft.