GE Aerospace CEO Larry Culp said the company had strong second-quarter financial results and progress on a hybrid-electric hydrogen engine during a CNBC appearance on Monday.
These developments signal a critical shift toward sustainable aviation technology and highlight the company's ability to manage a massive order volume amid global travel demand.
Culp said the company reported adjusted earnings per share of $2.02 [2] for the second quarter. The financial performance is supported by a substantial engine and services backlog totaling $210 billion [1]. This backlog reflects a sustained demand for propulsion systems and maintenance as airlines expand their fleets.
The company is also focusing on next-generation propulsion. Culp said the company is developing a hybrid-electric hydrogen engine testbed, which represents a step toward reducing the carbon footprint of commercial flight. This technology aims to blend electric power with hydrogen fuel to create a more efficient engine, a move that could redefine long-term industry standards.
Regarding the broader market, Culp said the scale of the current commercial aircraft backlog stands at $695 billion [4]. He also cited a Boeing 737 production rate of 42 per month [3]. These figures underscore the pressure on engine manufacturers to keep pace with aircraft assembly lines to avoid delivery bottlenecks.
Culp said the company remains focused on scaling production to meet this demand while continuing to invest in the transition to cleaner energy sources. The combination of high current revenue and long-term technological bets positions the firm to lead both the traditional and future aerospace markets.
“GE Aerospace reported adjusted earnings per share of $2.02 for the second quarter.”
The massive backlog in both engines and aircraft indicates that the aviation sector is experiencing a period of intense growth that outweighs current manufacturing capacity. By simultaneously investing in hybrid-electric hydrogen technology, GE Aerospace is attempting to hedge against the eventual obsolescence of traditional jet fuel while capitalizing on the immediate recovery of global air travel.
