Lockheed Martin and Airbus leaders have selected GE Aerospace's CF6-80E1 propulsion system for the LMXT strategic tanker. The LMXT is Lockheed Martin's solution for the U.S. Air Force's KC-135 recapitalisation plan and is built on the combat-proven design of the A330 Multi Role Tanker Transport (MRTT).
Production of GE's CF6 engine for the LMXT is anticipated to support more than 3,000 direct and indirect American jobs, including in highly skilled advanced manufacturing, engineering and testing. In total, the LMXT's engine production alone will incorporate work in more than 25 states.
“America's tanker fleet will play a critical role in meeting future mission requirements. This means the LMXT must use capable and proven technologies, such as the MRTT strategic tanker and GE Aerospace's CF6 engine,” said Greg Ulmer, Executive Vice President, Lockheed Martin Aeronautics. “This partnership with GE further demonstrates how the LMXT will strengthen and diversify the critical U.S. tanker industrial base.”
Powering nearly 70% of the world's wide-body aircraft, GE's CF6-engine family encompasses more than 50 years of aircraft propulsion history. The CF6 engine first entered service in 1971, with a history of service on major commercial and military platforms such as the Lockheed Martin C-5M Super Galaxy. GE has delivered more than 8,500 CF6 engines to date, powering 10 unique commercial and military aircraft with 25 variants.
GE's CF6 engine is selected for the LMXT due to its proven durability, reliability and performance. Designed specifically for the A330, the CF6-80E1 variant offers strong technological advancements over previous CF6 engines, including nearly 70,000 pounds of thrust and 15% greater fuel efficiency.
