Electra, a US aircraft developer, has unveiled the design for its EL9 Ultra Short, a nine-seat hybrid-electric aircraft. The unveiling took place at a launch event in Manassas, Virginia. The EL9 features an innovative “blown-lift” design.
It has eight wing-mounted propellers that generate additional lift. This allows the aircraft to take off and land in extremely short spaces, as little as 150 feet. Electra’s CEO, Marc Allen, noted that the EL9 builds on the momentum created by the company’s earlier prototype, the EL-2 Goldfinch demonstrator.
“We recognized in testing that we could fly payloads at ranges that no battery-electric could get,” Allen said. The EL9 is expected to fly 330 nautical miles with nine passengers, nine bags, and two pilots. First flight is anticipated in 2027, with service entry targeted for 2029.
Electra plans to produce a full-size prototype and then assemble three production-conforming aircraft for certification flights with the FAA. The company aims to “lock down the performance guarantees” for customers by early 2026. Electra is currently deciding whether to build its own manufacturing facility or partner with existing manufacturers.
Electra’s hybrid-electric aircraft design
A decision is expected within the next six months. The company envisions a production line with a capacity of up to 400 units annually.
The EL9 will feature a metal fuselage with some carbon composite components. Allen said this decision was informed by his experience at Boeing and the challenges of composite repairs in remote locations. Electra also intends to operate the EL9 in regions such as Southeast Asia, Africa, and India, where air travel is still developing.
The company believes that the metal fuselage is more suitable for operations in these areas. While Electra remains focused on the EL9, the start-up secured a contract with NASA to explore broader applications of its technology. This includes commercial aircraft that could challenge the narrowbody jet market by mid-century.
NASA and Electra are investigating the potential of applying blown-lift aerodynamics to 200-seat commercial aircraft. “They want us to help think through how battery energy-density changes what we can achieve in a distributed electric-hybrid propulsion aircraft system, and the value that brings to a 200-seat level,” said Allen. Electra’s innovative approach and future plans position it as a significant player in the advanced air mobility sector.
The EL9’s hybrid-electric propulsion system and ultra-short takeoff and landing capabilities could make a big impact in remote areas where small airstrips are crucial for commerce and emergency services.
