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* Home * Solutions * ELECTRIC PROPULSION SYSTEM (EPS) east CERTIFICATION & INTEGRATION east OUR FACTORY east * Company * ABOUT US east OUR FACTORY east * Careers * News * Subscribe to the newsletter * Contactcall e-powered by H55 ENABLING THE AVIATION INDUSTRY TO REACH NET ZERO Developing certified electric propulsion systems for the aviation industry which are clean, quiet, safe and affordable Our legacy Our technology Customers programs Our Legacy H55 IS THE TECHNOLOGICAL SPIN-OFF OF SOLAR IMPULSE Solar Impulse was the first electric airplane to have flown around the world, propelled only by solar energy. A pioneering journey paving the way for sustainable aviation. With 2 electric airplanes, Solar Impulse’s clean propulsion and battery technologies, successfully flew 46’000 km, in 550 flying hours, achieving 14 FAI world records including the longest solo-flight (André Borschberg). All with clean technologies. Discover our history 20 years H55 was created by the leadership team of Solar Impulse, bringing more than 20 years of design, development, certification, and electric flight experience. 2022 Design and Production Organization certified 2024 H55 first customer application to be commercialized Our Technology ELECTRIC PROPULSION SYSTEM (EPS) H55’s EPS is composed of the Energy Storage System (ESS) which includes battery packs, battery management systems, and all interfaces, as well as the Electric Power Unit (EPU) with a motor and a motor controller. H55 EPS is the pulse of electric aviation and has already been integrated and flown within 4 different types of aircraft. Meeting all certification requirements, H55’s technology has demonstrated its efficiency and reliability in real flight conditions. H55 global customers are comprised of OEMs, component manufacturers and operators. The modularity of the systems allows for integration in different types of aircraft configurations including fixed wing applications, for both existing and new designs (in the CS23 and CS25 certification categories), as well as for new aviation designs featuring high power distributed electric propulsion systems. Discover our technology Our Technology H55 global customers are comprised of OEMs, component manufacturers and operators. CURRENT PROJECTS Accelerating our ability in bringing certified aircraft to the market is realized through the modularity of H55 solutions, our recognized ability in customizing our technology in a cost and time efficient manner, and supporting customers on airplane integration and certification The adaptability of H55 solutions fits well into multiple aircraft designs covering the transformation of existing airplanes through STC programs, electrifying new and existing designs for commuters, STOL and eVTOL aircrafts. De Havilland Dash-8 - Commuter Aircraft PRATT & WHITNEY CANADA H55 has been selected to develop the Energy Storage System (ESS) for an electric hybrid 49 seat flight demonstrator De-havilland Dash 8 aircraft. An important step toward carbon-neutral regional air mobility, the hybrid aircraft is aiming for a 30% improvement in fuel efficiency and an equivalent reduction in CO₂ emissions compared to today’s most advanced turbo propulsion engines Discover our technology De Havilland Dash-8 - Commuter Aircraft PRATT & WHITNEY CANADA H55 has been selected to develop the Energy Storage System (ESS) for an electric hybrid 49 seat flight demonstrator De-havilland Dash 8 aircraft. An important step toward carbon-neutral regional air mobility, the hybrid aircraft is aiming for a 30% improvement in fuel efficiency and an equivalent reduction in CO₂ emissions compared to today’s most advanced turbo propulsion engines Discover our technology De Havilland Beaver - Aircraft Retrofit HARBOUR AIR H55 has been chosen to participate with its Energy Storage System in the conversion of Harbour Air fleet of De Havilland Beaver aircraft for regional commuter flights. Discover our technology De Havilland Beaver - Aircraft Retrofit HARBOUR AIR H55 has been chosen to participate with its Energy Storage System in the conversion of Harbour Air fleet of De Havilland Beaver aircraft for regional commuter flights. Discover our technology Bristell B23 Energic - New Aircraft Designs BRM AERO H55 first customer application is a 2-seater fully electric pilot training aircraft, propelled by an EPS 100kW which will receive its type certificate in 2024. With an overall endurance of 90 minutes, this aircraft is well suited to a flight mission of average 6 school circuits for an hour flight plus a 30min reserve at cruise power. Discover our technology Bristell B23 Energic - New Aircraft Designs BRM AERO H55 first customer application is a 2-seater fully electric pilot training aircraft, propelled by an EPS 100kW which will receive its type certificate in 2024. With an overall endurance of 90 minutes, this aircraft is well suited to a flight mission of average 6 school circuits for an hour flight plus a 30min reserve at cruise power. Discover our technology Piper Archer® - Aircraft Retrofit CAE With its Energy Storage System (ESS), H55 will work on transforming the CAE trainer aircraft fleet of 80 Piper Archer® to full electric propulsion. H55 will also support CAE in developing a conversion kit offering for existing Piper Archer® owners and operators Discover our technology Piper Archer® - Aircraft Retrofit CAE With its Energy Storage System (ESS), H55 will work on transforming the CAE trainer aircraft fleet of 80 Piper Archer® to full electric propulsion. H55 will also support CAE in developing a conversion kit offering for existing Piper Archer® owners and operators Discover our technology De Havilland Dash-8 - Commuter Aircraft PRATT & WHITNEY CANADA H55 has been selected to develop the Energy Storage System (ESS) for an electric hybrid 49 seat flight demonstrator De-havilland Dash 8 aircraft. An important step toward carbon-neutral regional air mobility, the hybrid aircraft is aiming for a 30% improvement in fuel efficiency and an equivalent reduction in CO₂ emissions compared to today’s most advanced turbo propulsion engines Discover our technology De Havilland Dash-8 - Commuter Aircraft PRATT & WHITNEY CANADA H55 has been selected to develop the Energy Storage System (ESS) for an electric hybrid 49 seat flight demonstrator De-havilland Dash 8 aircraft. An important step toward carbon-neutral regional air mobility, the hybrid aircraft is aiming for a 30% improvement in fuel efficiency and an equivalent reduction in CO₂ emissions compared to today’s most advanced turbo propulsion engines Discover our technology De Havilland Beaver - Aircraft Retrofit HARBOUR AIR H55 has been chosen to participate with its Energy Storage System in the conversion of Harbour Air fleet of De Havilland Beaver aircraft for regional commuter flights. Discover our technology De Havilland Beaver - Aircraft Retrofit HARBOUR AIR H55 has been chosen to participate with its Energy Storage System in the conversion of Harbour Air fleet of De Havilland Beaver aircraft for regional commuter flights. Discover our technology Bristell B23 Energic - New Aircraft Designs BRM AERO H55 first customer application is a 2-seater fully electric pilot training aircraft, propelled by an EPS 100kW which will receive its type certificate in 2024. With an overall endurance of 90 minutes, this aircraft is well suited to a flight mission of average 6 school circuits for an hour flight plus a 30min reserve at cruise power. Discover our technology Bristell B23 Energic - New Aircraft Designs BRM AERO H55 first customer application is a 2-seater fully electric pilot training aircraft, propelled by an EPS 100kW which will receive its type certificate in 2024. With an overall endurance of 90 minutes, this aircraft is well suited to a flight mission of average 6 school circuits for an hour flight plus a 30min reserve at cruise power. Discover our technology Piper Archer® - Aircraft Retrofit CAE With its Energy Storage System (ESS), H55 will work on transforming the CAE trainer aircraft fleet of 80 Piper Archer® to full electric propulsion. H55 will also support CAE in developing a conversion kit offering for existing Piper Archer® owners and operators Discover our technology Piper Archer® - Aircraft Retrofit CAE With its Energy Storage System (ESS), H55 will work on transforming the CAE trainer aircraft fleet of 80 Piper Archer® to full electric propulsion. H55 will also support CAE in developing a conversion kit offering for existing Piper Archer® owners and operators Discover our technology Bristell B23 Energic - New Aircraft Designs BRM AERO H55 first customer application is a 2-seater fully electric pilot training aircraft, propelled by an EPS 100kW which will receive its type certificate in 2024. With an overall endurance of 90 minutes, this aircraft is well suited to a flight mission of average 6 school circuits for an hour flight plus a 30min reserve at cruise power. Discover our technology Bristell B23 Energic - New Aircraft Designs BRM AERO H55 first customer application is a 2-seater fully electric pilot training aircraft, propelled by an EPS 100kW which will receive its type certificate in 2024. With an overall endurance of 90 minutes, this aircraft is well suited to a flight mission of average 6 school circuits for an hour flight plus a 30min reserve at cruise power. Discover our technology Piper Archer® - Aircraft Retrofit CAE With its Energy Storage System (ESS), H55 will work on transforming the CAE trainer aircraft fleet of 80 Piper Archer® to full electric propulsion. H55 will also support CAE in developing a conversion kit offering for existing Piper Archer® owners and operators Discover our technology Piper Archer® - Aircraft Retrofit CAE With its Energy Storage System (ESS), H55 will work on transforming the CAE trainer aircraft fleet of 80 Piper Archer® to full electric propulsion. H55 will also support CAE in developing a conversion kit offering for existing Piper Archer® owners and operators Discover our technology De Havilland Dash-8 - Commuter Aircraft PRATT & WHITNEY CANADA H55 has been selected to develop the Energy Storage System (ESS) for an electric hybrid 49 seat flight demonstrator De-havilland Dash 8 aircraft. An important step toward carbon-neutral regional air mobility, the hybrid aircraft is aiming for a 30% improvement in fuel efficiency and an equivalent reduction in CO₂ emissions compared to today’s most advanced turbo propulsion engines Discover our technology De Havilland Dash-8 - Commuter Aircraft PRATT & WHITNEY CANADA H55 has been selected to develop the Energy Storage System (ESS) for an electric hybrid 49 seat flight demonstrator De-havilland Dash 8 aircraft. An important step toward carbon-neutral regional air mobility, the hybrid aircraft is aiming for a 30% improvement in fuel efficiency and an equivalent reduction in CO₂ emissions compared to today’s most advanced turbo propulsion engines Discover our technology De Havilland Beaver - Aircraft Retrofit HARBOUR AIR H55 has been chosen to participate with its Energy Storage System in the conversion of Harbour Air fleet of De Havilland Beaver aircraft for regional commuter flights. Discover our technology De Havilland Beaver - Aircraft Retrofit HARBOUR AIR H55 has been chosen to participate with its Energy Storage System in the conversion of Harbour Air fleet of De Havilland Beaver aircraft for regional commuter flights. Discover our technology Explore your curiosity CONTACT US We look forward to exchanging around clean aviation and the adoption of sustainable air transportation technologies. Contact Us We are a great team CAREERS Learn more about our experienced aviation and mobility leadership team and working along side dynamic, talented and accomplished colloborators. Join us Discover the team TECHNOLOGY Products Customer programs Certifications COMPANY About Us Our factory Contact us CAREERS Subscribe to the newsletter Terms of use Designed and Produced by DLG (Digital Luxury Group) Menu Privacy policy | We use cookies We may place these for analysis of our visitor data, to improve our website, show personalised content and to give you a great website experience. For more information about the cookies we use open the settings. Accept all Deny No, adjust