How General Electric Company Makes Money

**Pricing Power and Long-Term Contracts** It no longer makes appliances or light bulbs, no longer operates a television network, no longer underwrites insurance policies or holds a banking license. What remains is perhaps the most technically sophisticated segment of what GE always was at its core: the maker of the engineering marvels that allow human beings to travel at 35,000 feet at 500 miles per hour across oceans and continents. **Services Penetration and Pricing**.

For American investors, GE Aerospace represents something the old GE never quite managed: clarity. The investment thesis is simple — global air travel demand continues recovering and expanding post-pandemic, the installed base of GE and CFM engines keeps growing, and the company collects fees every time one of its engines is disassembled, inspected, and rebuilt. It is a story about the power of focus, the danger of financial engineering, and the enduring value of making things the world cannot fly without. Where the old GE earned money from a bewildering array of sources — consumer appliance financing, insurance underwriting, reality television, wind turbines, and oil field services — the new GE Aerospace operates a focused, two-segment model built around designing, manufacturing, and servicing some of the world's most complex mechanical systems: commercial and military jet engines. The OE side supplies new engines directly to aircraft manufacturers — most notably Boeing and Airbus — for installation on new-build aircraft. The LEAP engine is central to GE Aerospace's commercial strategy. Defense revenues are typically more stable than commercial revenues across economic cycles but grow more slowly and are subject to congressional appropriation risk. For analysts, investors, and business historians, GE Aerospace represents an ongoing experiment in the value of focus: whether a smaller, simpler business carved from a larger, more complex one can generate more per-dollar shareholder value than the conglomerate ever could. Net debt has been reduced substantially from the bloated levels of the GE Capital era; GE Aerospace now carries a manageable leverage ratio more consistent with investment-grade industrial peers. Management has guided for continued double-digit earnings growth through 2025 and beyond, supported by the aviation industry's structural recovery and the growing services contribution from maturing engine families. Despite its successful transformation into a focused aerospace manufacturer, GE Aerospace confronts a set of structural and cyclical challenges that any clear-eyed assessment must acknowledge. Boeing's 737 MAX program has been mired in quality control crises — accelerated by a January 2024 door plug blowout on an Alaska Airlines flight — that forced the FAA to cap 737 production at 38 aircraft per month and subjected Boeing to intensified regulatory scrutiny. Management spent considerable time in 2024 earnings calls discussing the challenge of qualifying additional suppliers and helping key vendors invest in capacity expansion. The company's research investment in open fan architectures and hybrid-electric propulsion positions it for the next generation of aircraft efficiency requirements driven by airline sustainability commitments and tightening regulatory standards. GE Aerospace's growth strategy under H. Lawrence Culp Jr. Is built on four reinforcing pillars: installed base expansion, services penetration, military program growth, and next-generation technology investment. Management is investing in casting, forging, and machining capacity at both GE-owned and supplier facilities to ensure the supply chain can support higher delivery rates. **Defense Program Growth** GE Aerospace is pursuing growth in military propulsion through next-generation programs including the T901 engine upgrade for the Black Hawk and Apache helicopters (which won a competitive source selection over Pratt & Whitney in 2019) and next-generation fighter propulsion under potential NGAD contracts. **Technology and Innovation Investment** The RISE program represents GE Aerospace's longest-range growth bet. Alongside near-term R&D in hybrid-electric propulsion architectures and advanced materials, the RISE investment is designed to ensure GE Aerospace wins the next narrowbody replacement cycle in the mid-2030s with a breakthrough efficiency engine that makes the LEAP itself economically obsolete. The aerospace cycle remains firmly in expansion mode: global air passenger traffic surpassed 2019 pre-pandemic levels in 2024, and the International Air Transport Association projects compound annual growth in passengers of approximately 3.6 percent through 2043, implying a doubling of global air travel demand. When Boeing achieves its targeted production rates for the 737 MAX — a goal management has repeatedly guided toward but repeatedly deferred — GE Aerospace's LEAP engine deliveries will accelerate substantially, adding both OE revenue and, critically, beginning to build the next cohort of engines that will generate aftermarket revenue 10 to 15 years hence. On the technology front, GE Aerospace is investing in CFM International's Revolutionary Innovation for Sustainable Engines (RISE) program, a long-term initiative targeting a 20 percent improvement in fuel efficiency compared to current LEAP engines through the use of open fan architectures and hybrid-electric technology. Coffin understood that the key to GE's long-term value was not invention alone but systematic commercialization: building reliable products, creating distribution channels, and providing the customer financing that would allow factories, utilities, and homeowners to afford electrical equipment they could not otherwise purchase outright.