Electra’s hybrid fixed-wing aircraft, a concept that began in an MIT graduate class, is moving toward scaled manufacturing in Springfield and Clark County, Ohio. The company announced an $850 million investment for production of its nine-passenger aircraft, a development expected to create 1,975 new jobs and advance an aircraft designed for shorter trips and shorter takeoff areas.
Key facts
- Electra’s concept originated in a 2017 MIT Air Transportation Systems Architecting class project.
- The company has built and flown the two-seat EL2 demonstrator, which completed its first test flights in 2023 and has made more than 200 flights.
- Electra announced an $850 million investment to scale nine-passenger aircraft production in Springfield and Clark County, Ohio.
- The planned facility’s initial phase is designed for production of 400 aircraft a year, with a later phase targeting about 800 annually.
From a class project to an aircraft company
The aircraft’s roots trace to a 2017 project in MIT class 16.886, Air Transportation Systems Architecting. As electric vertical takeoff and landing aircraft drew attention, a student group including Chris Courtin evaluated alternative designs and identified advantages in a short-takeoff-and-landing fixed-wing approach.
The concept uses batteries and small electric motors to reduce the space required for takeoff and landing while retaining a fixed-wing design for longer-distance travel. It was further developed in senior design classes co-taught by MIT professors Mark Drela and John Hansman. Student collaborators built and tested a subscale model in MIT’s Wright Brothers Wind Tunnel and in flight.
John Langford, an MIT alumnus who had led Aurora Flight Sciences, became involved in 2019, and Electra was officially formed that year. Langford founded the company, while Drela and Hansman served as founding technical advisers. Courtin continued work on elements of the concept through his doctoral research after participating in the original class project and serving as a teaching assistant.
How does Electra’s hybrid aircraft work?
Electra’s design combines a gas-powered generator, batteries and eight wing-mounted electric motors. The generator and two underfloor batteries supply the propellers during takeoff and landing; in cruise, the generator powers the aircraft and can charge the batteries. This arrangement is intended to allow an engine sized for cruising rather than the higher power demand of takeoff and landing.
The eight motors create what the company describes as a blown-lift effect, enabling takeoff and landing in an area about the length of a soccer field. Electra says the aircraft is designed to have a range of around 1,200 miles and a cruising speed of around 200 miles per hour. Its intended uses include travel between 50 and 250 miles, including trips that might otherwise involve a long drive or access to a major airport.
Electra has tested the propulsion approach in its EL2, a two-seat version of the aircraft. The company says the larger number of propellers can make the aircraft quieter than designs with one or two propellers, while the shorter-field capability could allow operations from locations beyond conventional airport runways.
What this means for students and universities
For students and universities, Electra provides an example of coursework progressing through prototyping, testing, doctoral research and company formation. The work involved graduate and senior design classes, a wind tunnel, flight testing, alumni and faculty advisers—showing how academic aerospace projects can connect theoretical design with practical aircraft development.
The planned Ohio manufacturing expansion also links aerospace education to potential production employment. The investment is expected to create 1,975 jobs, while the facility is planned to manufacture a nine-passenger aircraft at an initial annual capacity of 400, rising to around 800 in a subsequent phase.
What is planned for the Ohio factory?
Construction on Electra’s 96-acre manufacturing facility in Ohio is scheduled to begin next year. Its first phase is planned to produce 400 nine-seat aircraft annually, and a later phase would expand output to around 800 aircraft per year. The project follows the company’s announced $850 million investment in Springfield and Clark County.
Electra is considering passenger service as well as military logistics, cargo transport and humanitarian missions. For passenger travel, the company sees potential for flights that connect travelers to major airports or use smaller access points where conventional airport infrastructure may not be available.
Frequently asked questions
Where will Electra manufacture its aircraft?
Electra plans to scale production of its nine-passenger aircraft in Springfield and Clark County, Ohio. Construction on a 96-acre facility is scheduled to begin next year, with an initial planned capacity of 400 aircraft a year and a later expansion to around 800.
What makes Electra’s aircraft different from a conventional plane?
The fixed-wing design combines a gas-powered generator, batteries and eight electric motors. The motors create a blown-lift effect intended to allow takeoffs and landings in an area about the length of a soccer field, while the hybrid system is designed for longer travel than an all-electric aircraft.
