GE Aerospace used the Farnborough International Airshow 2026 to demonstrate how it is advancing the future of aviation, announcing record engine agreements, improvements in engine durability and significant progress in hybrid electric propulsion technologies. The company, together with CFM International also reinforced its long-term commitment to supporting airline customers through next-generation propulsion systems, expanded maintenance capabilities and continued investment in technologies designed to improve efficiency and reliability.
One of the biggest announcements during the airshow came from CFM International, the 50:50 joint venture between GE Aerospace and Safran Aircraft Engines, which secured agreements covering nearly 1,800 commercial aircraft engines. The highlight was a memorandum of understanding with IndiGo for more than 1,000 LEAP-1A engines to power 510 Airbus A320neo family aircraft, making it the largest single LEAP engine order in CFM International’s history.
The proposed agreement also includes support for IndiGo’s upcoming engine maintenance, repair and overhaul (MRO) facility, together with a long-term material services agreement aimed at improving fleet reliability and operational efficiency as the airline continues expanding its network. Beyond the IndiGo announcement, GE Aerospace also strengthened its position in the widebody aircraft segment.
Philippine Airlines selected GEnx-1B engines to power 15 Boeing 787-10 aircraft, while AerCap also selected the same engine for 15 Boeing 787 Dreamliners. The company noted that the GEnx-1B engine family has now surpassed 50 million flight hours in just over 14 years, making it the fastest-growing commercial widebody engine program in the company’s history.
LEAP Engine Program Continues to Advance
GE Aerospace also highlighted continued progress across the LEAP engine programme, which has now reached more than 10,000 engine deliveries and accumulated over 100 million flight hours worldwide. During the event, CFM International announced that both the U.S. Federal Aviation Administration (FAA) and the European Union Aviation Safety Agency (EASA) certified the LEAP-1B high-pressure turbine durability kit.
According to the company, the upgraded design is intended to double engine time on wing for aircraft operating in demanding environmental conditions while helping airlines reduce maintenance requirements and operating costs. CFM also received initial certification for the LEAP-1B reverse bleed system, an innovation designed to minimize on-wing fuel nozzle replacements and further improve engine availability.
The company said these developments form part of its broader efforts to expand maintenance capacity while responding to customer requirements for greater reliability and lower lifecycle costs.
Historic Hybrid Electric Flight Demonstrates Future Possibilities
Alongside commercial engine announcements, GE Aerospace also showcased a milestone in sustainable aviation technology. The company successfully completed what it described as the world’s first high-altitude hybrid electric flight, reaching more than 30,000 feet using its Electrified Powertrain Flight Demonstration (EPFD) aircraft. The achievement was made possible through collaboration with NASA, BETA Technologies and Boeing subsidiary Aurora Flight Sciences. The modified Saab 340B aircraft later completed the world’s first hybrid electric transatlantic flight before arriving at Farnborough, where it performed demonstration flights throughout the airshow.
The aircraft combines a conventional gas turbine with an electric motor-generator operating in a parallel configuration, allowing electric power to supplement propulsion during different stages of flight. GE Aerospace believes the technology represents an important step towards developing future aircraft propulsion systems capable of improving fuel efficiency while reducing emissions.
“We are proud to say: ‘We did it,’” said Mohamed Ali, president and CEO of Commercial Engines & Services.
“This is not a lab experiment or a one-off prototype,” said Ali, referring to the modified Electrified Powertrain Flight Demonstration (EPFD) aircraft, a Saab 340B, at a press briefing on FIA’s opening day. “It’s a meaningful step forward for future propulsion, and it helps validate hybrid electric technology as a credible path for the next-generation engine.”
Ali added that the company continues testing and refining hybrid electric propulsion for both commercial and defence aviation applications.
“Our flight test results show that GE Aerospace is delivering,” he said. “We’re turning innovations into real capabilities. Stay tuned.”
Customer Focus Remains Central
GE Aerospace said its latest announcements reflect its continued focus on addressing airline requirements through improved engine efficiency, durability and operational performance.
“At GE Aerospace, we are focused on delivering for our customers today while investing in the technologies that will shape the future of flight,” said Larry Culp, chairman and CEO of GE Aerospace. “This week at Farnborough reflected that commitment, from breakthrough hybrid electric flight milestones and record engine demand to continued work to improve durability and expand capacity.”
Speaking about the hybrid electric programme, Culp also emphasized the importance of industry collaboration.
“We’re big on the customer and hearing the voice of the customer,” he said. “Customers want efficiency, they want durability, and they want range. And what we’re doing with hybrid electric here today advances and meets those customer requirements.”
He added that NASA’s Electrified Powertrain Flight Demonstration programme had played an important role in accelerating the technology.
“Moments like this don’t happen in isolation, and we certainly don’t do them alone,” Culp said. “This has really been a partnership between government and industry.”
Looking Beyond Today’s Aircraft
From record engine agreements and durability improvements to hybrid electric propulsion, GE Aerospace used Farnborough International Airshow 2026 to demonstrate how it is balancing current airline requirements with long-term investments in future aviation technologies. As commercial aviation continues pursuing greater efficiency, sustainability and operational reliability, the company said it remains focused on developing propulsion technologies that can support the next generation of aircraft while meeting the evolving needs of airlines worldwide.
