Electra Defense has received a $4.7 million ICO contract award from AFRL to advance hybrid-electric aircraft power and propulsion technologies.
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Press Release, Manassas VA, 09 November 2026: Electra Defense today announced it has received a $4.7 million innovative capabilities opening (ICO) contract award from the Air Force Research Laboratory (AFRL) to advance hybrid-electric aircraft power and propulsion technologies through a comprehensive programme of ground testing and flight testing.
The ICO will support testing and evaluation of Electra’s EL9 aircraft and its hybrid-electric propulsion systems, generating critical performance data to help the US Air Force assess the potential of next-generation ultra-short takeoff and landing (Ultra-STOL) aircraft for military operations. The effort will also examine how hybrid-electric aviation can expand operational access, strengthen distributed logistics, and support the Air Force’s Agile Combat Employment (ACE) doctrine.
The $4.7 million award marks the latest development in Electra’s longstanding partnership with AFRL to advance hybrid-electric aviation technologies for military applications. In 2023, Electra received a Strategic Funding Increase (STRATFI) award valued at up to $85 million to support development of its full-scale preproduction aircraft. That collaboration has since included flight demonstrations and government-directed testing, most recently during AFRL’s Future Flag 25-3 exercise in 2025, where Electra demonstrated the potential of Ultra-STOL aircraft and hybrid-electric propulsion to support runway-independent distributed military operations and mobile power generation.
“This award represents an important step in demonstrating how hybrid-electric aircraft technology can address some of the Air Force’s most pressing operational challenges,” said Donn Yates, Vice President and General Manager of Electra Defense. “Power and propulsion are fundamental to unlocking new capabilities for military aviation. Through this effort, we’re moving to generate real-world aircraft performance data that will help the Air Force evaluate how these technologies can support more agile, distributed, and resilient operations.”
Under the contract, Electra will conduct a series of technical evaluations focused on aircraft performance, hybrid-electric propulsion system functionality, and operational effectiveness. The effort includes verification of key hybrid-electric power and propulsion technologies, extensive ground testing of the EL9 preproduction aircraft, and acoustic flight testing to characterise the ability to conduct battery-only low-signature ingress and egress for special operations missions. These activities will provide the Air Force with insights into aircraft performance and mission effectiveness while advancing technology maturity.
The programme will also evaluate the potential operational advantages of hybrid-electric ultra-STOL aircraft through modelling and simulation, including their ability to operate from a wider range of locations, support the rapid dispersal of personnel and time-sensitive cargo, and reduce dependence on traditional aviation infrastructure and ground support equipment. The findings will help inform future Air Force technology development and acquisition decisions.
“Future military operations will demand aircraft that can operate with greater flexibility, access more locations, and reduce the logistical burden on deployed forces,” Yates added. “The combination of hybrid-electric power, distributed propulsion, and Ultra Short takeoff and landing capability offers a fundamentally discriminating approach to tactical mobility. This contract will help us quantify those advantages and demonstrate their potential value to the Air Force.”
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