Reflecting an early focus on next-gen engine durability and reliability, over 3,000 cycles were run with high-pressure turbine airfoils, and dust ingestion testing is planned next.

The GE9X, built for Boeing’s 777X, is the world’s largest jet engine delivering record thrust, advanced efficiency, and unrivaled durability through rigorous testing.

GE Aerospace's LM500 gas turbines enhance the ROK Navy's advanced PKX-B patrol boats with reliable power and high performance.

MTU’s upgraded MRO capabilities in Texas strengthen GE’s global service network, offering GEnx operators enhanced flexibility and access to advanced repair technologies.

GE Aerospace’s RADS-NG enhances rotor track and balance for Bell helicopters, reducing flights, fuel, and pilot time while improving component lifespan and passenger comfort.

By leveraging its expertise in both traditional gas turbine engines and electrical systems, GE Aerospace is pioneering scalable hybrid electric solutions that will shape the next era of aviation.

Recent tests of dual-mode ramjet technology with rotating detonation combustion promise enhanced efficiency, extended range, higher speeds, and improved maneuverability for hypersonic vehicles.

GE Aerospace is advancing next-generation propulsion technologies for commercial aircraft with assistance from a $9 million research and development grant from JobsOhio.

By incorporating Aireon’s ADS-B data into Airspace Insight, GE Aerospace will offer its customers an enhanced level of data for better analysis of aircraft positioning data, improving flight safety and operational efficiency.

ARC-STEP builds on that legacy and refines technologies along a path for hybrid electric propulsion for both the U.S. Army and the world.