Electra Aero is engineering a hybrid eSTOL aircraft using blown lift technology targeting 150-foot ground rolls, with a credible path to restoring air service to thousands of underserved communities.
VectorElectra.aero's blown-lift EL-9 aims to carry nine passengers on 500-mile trips while landing in under 300 feet using distributed electric propellers over the wing.
VectorElectra Aero's blown-lift eSTOL technology can operate from runways as short as 150 feet, positioning it as a practical alternative to eVTOL for regional air mobility.
VectorElectra's hybrid-electric EL9 uses blown lift to take off in 150 feet - here's the physics and why it could reshape regional flight.
VectorElectra.aero is building a blown-lift hybrid-electric aircraft that needs just 150 feet of ground roll, targeting regional routes without runways.
VectorElectra Aero's hybrid-electric blown-lift aircraft could revolutionize regional aviation by operating from runways under 150 feet.
VectorElectra's blown-lift hybrid-electric aircraft needs just 150 feet to take off, potentially turning any flat surface into a runway.
VectorElectra aero's blown-lift hybrid aircraft promises 300-foot takeoffs, 500-mile range, and 70% less fuel than turboprops.
VectorElectra Aero's hybrid-electric blown-lift aircraft promises 150-foot takeoffs, 500-mile range, and nine-passenger capacity using existing small airports.
VectorElectra's EL9 combines 1950s blown-lift aerodynamics with modern electric motors to create a 9-seat hybrid that takes off in 150 feet.
Vector