GE Boosts Engine Shipments to Support Higher Boeing 787 Production

GE Aerospace has reaffirmed its commitment to supporting Boeing's plans to increase production of the 787 Dreamliner, saying it is prepared to meet growing demand for the aircraft's engines.

The company said deliveries of its 787 engines increased by 30% year-over-year during the second quarter, demonstrating its ability to keep pace with Boeing's planned production ramp-up. GE also dismissed concerns that engine shortages could slow the aircraft manufacturer's output.

GE Aerospace said demand for the 787 remains strong and emphasized that the company is ready to support Boeing as production increases. They added that GE is committed to working alongside Boeing throughout the expansion.

To help ensure uninterrupted production, GE has already delivered several months' worth of engines to Boeing's 787 assembly facility in Charleston, South Carolina. This inventory is expected to help prevent engine-related delays as Boeing raises production.

Boeing plans to increase 787 output from approximately eight aircraft per month to 10. GE said its engine delivery schedule is aligned with that goal and that it remains prepared to increase production further if required. Although the aerospace industry continues to face supply chain challenges, GE said it is confident in its ability to meet Boeing's engine requirements. Culp described the company as "highly motivated" to support the production increase.

The GEnx engine powers roughly 80% of the more than 1,100 Boeing 787 aircraft currently in service, making GE Aerospace a key supplier for the program. As global demand for the Dreamliner continues to grow, so does the need for GEnx engines.

GE also noted that most previous delivery delays have now been resolved. The company said it will continue working closely with Boeing to monitor production forecasts and prepare for increased engine demand during the second half of the year.

The GEnx-1B engine incorporates advanced composite materials and delivers approximately 15% better fuel efficiency than previous-generation engines. The improved efficiency helps airlines reduce fuel costs while lowering carbon emissions.