Ampaire

Ampaire
Name	Ampaire
Industry	Aviation, Aerospace, Clean Energy
Founded	2016
Headquarters	Hawthorne, California
Key people	Kevin Noertker, Eric Allison, David Beauchamp
Products	Hybrid-electric propulsion systems, Modified aircraft
Employees	~50–200

Ampaire Ampaire is an American aviation company developing hybrid-electric propulsion systems and modified aircraft to reduce emissions and operating costs for regional air transport. The firm designs and installs electric propulsion cores and retrofits for existing airframes, pursuing certification and commercial operations through partnerships with major aerospace firms, regional airlines, and research institutions. Ampaire’s work intersects with NASA research programs, collaborations with United Airlines, and trials involving regional operators and aircraft manufacturers.

History

Ampaire was founded in 2016 by alumni of NASA and SpaceX with seed support from investors in the Silicon Valley and Los Angeles aerospace clusters. Early work built on research from NASA's Electrified Powertrain and Electric Aircraft programs and leveraged testbed partnerships at California State University, Long Beach and facilities in Hawthorne, California. The company progressed from concept studies to flight demonstrators by collaborating with engineering teams from Boeing, Airbus, and alumni of JetBlue Technology Ventures; it later attracted attention from regional carriers including Hawaiian Airlines-linked operators and commuter airlines in the Caribbean and Pacific Islands. Ampaire’s milestones included prototype flights, participation in AirVenture-style demonstrations at EAA venues, and inclusion in cooperative projects with U.S. Department of Transportation research initiatives and international clean aviation consortia.

Aircraft and Technology

Ampaire develops hybrid-electric propulsion packages integrating combustion engines, electric motors, battery systems, and power electronics into established airframes. Engineering efforts draw on component suppliers and labs associated with GE Aviation, Honeywell, and research centers like Oak Ridge National Laboratory and Lawrence Livermore National Laboratory. The company’s demonstrators have included modified airframes such as the Cessna 337 Skymaster and the Cessna 208 Caravan, retrofitted with parallel-hybrid powertrains, reduction gearboxes, and thermal management systems. Ampaire’s designs emphasize modularity compatible with certification pathways used by Federal Aviation Administration and European Union Aviation Safety Agency; avionics integrations reference standards from Collins Aerospace and Garmin. Battery systems and motor controllers reference lithium-ion technology developed in collaboration with firms in the Battery Consortium and testing protocols informed by National Renewable Energy Laboratory procedures.

Operations and Demonstrations

Ampaire conducted flight demonstrations with regional partners in multiple theaters, flying hybrid aircraft on routes tested in Hawaii, the Caribbean, and inter-island routes in the Pacific Islands. Demonstration flights involved community stakeholders including operators from Makani Kai Air-style commuter firms, airport authorities at Daniel K. Inouye International Airport, and research observers from NASA and FAA technical centers. Public demonstrations were staged at industry events such as Paris Air Show and Farnborough International Airshow and during trials at infrastructure hubs like Los Angeles International Airport and Hilo International Airport. Operational test programs evaluated fuel burn reductions, noise profiles measured against ICAO standards, and turnaround procedures parallel to those employed by SkyWest Airlines and other regional carriers.

Partnerships and Funding

Ampaire’s funding and partnerships span venture capital investors, aerospace OEMs, and government grants. Early investors included firms active in the Clean Energy investment ecosystem and venture arms of aviation companies comparable to Boeing HorizonX and Airbus Ventures. Cooperative development agreements were formed with airframe owners and regional operators analogous to Southern Airways Express and infrastructure partners like Los Angeles World Airports. Public funding and cost-sharing came from grants and cooperative agreements with NASA and competitive awards from agencies similar to U.S. Department of Energy programs and regional economic development agencies. Strategic suppliers included propulsion firms related to Rolls-Royce electrification initiatives and avionics suppliers akin to Thales Group.

Safety and Certification

Ampaire’s certification strategy aligned with regulatory frameworks of FAA and EASA, engaging designated engineering representatives and working groups from standards bodies such as RTCA and SAE International. Safety analyses referenced methodologies used in ARP4754A and DO-178C-informed avionics software assurance, while systems safety used approaches like MIL-STD-882E adaptation for civil certification. Flight test programs followed risk mitigation practices employed by NTSB-observed investigations and incorporated redundancy strategies similar to those in Airbus and Boeing twin-engined turboprops. Noise and emissions testing coordinated with ICAO committees and national environmental reviews often involving regional aviation authorities and airport environmental offices.

Market Impact and Future Plans

Ampaire targets regional aviation markets served by turboprops and commuter aircraft, competing for retrofit contracts and new propulsion orders alongside electrification efforts by Heart Aerospace, Pipistrel, and legacy OEMs like Embraer exploring hybrid options. Market analysts from firms like Bain & Company and McKinsey & Company project potential fuel savings and emissions reductions on short-haul routes, with Ampaire positioning for fleet retrofits with regional partners in the Caribbean, Alaska, and island networks. Future plans include expanded certification milestones, scaling manufacturing through partnerships with aerospace contractors similar to MAG Aerospace and Spirit AeroSystems, and pursuing additional investment rounds involving institutional investors and green funds such as those backing Breakthrough Energy Ventures-type portfolios. Continued demonstrations and commercialization aim to influence route economics for carriers like Southern Airways Express-equivalents and regional integrators across the Pacific and Atlantic basins.

Category:Aircraft manufacturers of the United States Category:Hybrid electric aircraft