GENERAL ELECTRIC CO · FY 2025 

Business Description

Aerospace giant GE Aerospace reported total revenue of $45.9 billion in 2025, marking an 18.5% increase from the previous year. This growth is underpinned by a robust installed base model, where services—including maintenance and spare parts—account for approximately 70% of total revenue. With a backlog reaching $190.6 billion, the company maintains strong multi-year revenue visibility driven by its commercial fleet and advancing technology platforms.

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GE Aerospace (General Electric Company) — 2025 10-K Business Overview


Core Business Model and Revenue Streams

Business Model

GE Aerospace operates as a global aerospace company focused on designing, manufacturing, and servicing jet engines for commercial and military customers. The company's model is built around an installed base flywheel: selling engines (often at low or negative margins) to build a large fleet, then generating high-margin aftermarket revenue through maintenance, repair, overhaul (MRO), and spare parts over the engine's multi-decade lifespan.

Revenue Composition

  • Total 2025 Revenue: $45.9 billion (up from $38.7 billion in 2024, a 18.5% increase)
  • Services vs. Equipment Split: Services represent approximately 70% of total revenue, reflecting the dominance of the aftermarket model
  • Geographic Mix: 60% Non-U.S. revenue in 2025 (up from 55% in 2024), with Asia being the fastest-growing region ($10.8B in 2025 vs. $7.2B in 2024)
  • U.S. Government Sales: Declined from 12% of total revenue in 2024 to 10% in 2025

Revenue Streams

  1. Engine equipment sales — new commercial and military engines
  2. Aftermarket services — MRO, spare parts, long-term service agreements (LTSAs)
  3. Avionics and aircraft systems (within DPT)
  4. Run-off insurance operations (legacy, within Corporate & Other)

Market Position and Competitive Landscape

Strengths

  • Industry's largest commercial propulsion fleet: ~50,000 commercial and ~30,000 military engines in service/parked
  • Dominant narrowbody position: The LEAP engine (via CFM International JV with Safran) is in significant production ramp, with 1,802 units delivered in 2025 (up from 1,407 in 2024)
  • Widebody leadership: GE9X (Boeing 777X), GEnx, and legacy CF6/GE90 platforms cover all major widebody categories
  • Major 2025 wins: Engine commitments from Qatar Airways, Emirates, ANA Holdings, Malaysia Aviation Group, Korean Air, Cathay Pacific, and Pegasus

Competitive Dynamics

  • Competes against other global engine manufacturers (notably Pratt & Whitney/RTX and Rolls-Royce) in commercial and defense markets
  • Third-party MRO shops are key competitors in the aftermarket
  • In defense, competes against a range of U.S. and non-U.S. companies for government contracts
  • Some Boeing aircraft models use GE engines as sole-source, providing captive aftermarket revenue; others allow customer choice

Key Products and Services

Commercial Engines & Services (CES)

Platform Application Stage
LEAP (via CFM JV) Narrowbody (A320neo, B737 MAX) High-growth ramp
GE9X Widebody (Boeing 777X) New/entering service
GEnx Widebody (B787, B747-8) Mid-lifecycle
CF6 / GE90 Widebody (legacy) Mature
Regional/Business jet engines Various Various

Defense & Propulsion Technologies (DPT)

  • Combat engines: F110, F404, F414 (F-15, F-16, F/A-18, Gripen)
  • Rotorcraft engines: T408, T700, T901 (Black Hawk, Apache)
  • Marine/mobility: LM2500 aeroderivative
  • Advanced programs: Adaptive cycle combat engines, hypersonics, unmanned applications
  • P&AT brands: Avio Aero, Unison, Dowty Propellers, Colibrium Additive

Business Segments and Their Performance

Commercial Engines & Services (CES) — 73% of Revenue

Metric 2025 2024 2023
Total Revenue $33.3B $26.9B $23.9B
Equipment Revenue $8.3B $7.1B $6.2B
Services Revenue $25.0B $19.8B $17.7B
Segment Profit $8.9B $7.1B $5.6B
Profit Margin 26.6% 26.2% 23.7%
Commercial Engine Deliveries 2,386 1,911 2,075
LEAP Deliveries 1,802 1,407 1,570
Internal Shop Visit Revenue Growth +24% +19% +27%
CES RPO $169.8B $153.6B $137.5B

Key Drivers: Revenue growth driven by spare parts volume, internal shop visit growth (+24%), increased engine deliveries, and pricing. Profit growth partially offset by higher install engine delivery costs (dilutive to margin), inflation, growth investment, and an unfavorable tariff-related adjustment to long-term service agreement profitability estimates.

Defense & Propulsion Technologies (DPT) — 23% of Revenue

Metric 2025 2024 2023
Total Revenue $10.6B $9.5B $9.0B
Equipment Revenue $5.1B $4.2B $4.0B
Services Revenue $5.4B $5.3B $5.0B
Segment Profit $1.3B $1.1B $0.9B
Profit Margin 12.3% 11.2% 10.1%
Defense Engine Deliveries 635 490 556
DPT RPO $20.7B $18.0B $16.5B

Key Drivers: Revenue growth from increased engine deliveries, aircraft systems product growth, and pricing. Notable 2025 wins include a $5B IDIQ contract for F110 engines (foreign military sales) and a $1.6B order from Hindustan Aeronautics for F404 engines.

Overall Company Financial Highlights (2025)

  • Total Revenue: $45.9B (+18.5% YoY)
  • Profit: $10.0B (21.8% margin, +210 bps)
  • Operating Profit: $9.1B (21.4% margin)
  • Adjusted EPS: $6.37 (+38% YoY)
  • Adjusted Net Income: $6.8B (+$1.8B YoY)
  • Total RPO: $190.6B (up 11% from $171.6B in 2024)

Growth Strategy and Future Outlook

Three-Horizon Strategic Framework

  1. Today — Ramp services and equipment: Increasing LEAP production, growing internal shop visits, expanding spare parts volume
  2. Tomorrow — Expand capacity and capabilities: Investing in manufacturing/overhaul facilities, supply chain, and engineering resources
  3. Future — Invent the future of flight: CFM RISE program (Open Fan, compact core, hybrid electric), advanced combat engines, hypersonics, additive manufacturing

Key Growth Indicators

  • RPO of $190.6B provides multi-year revenue visibility; services RPO alone is $163B
  • LEAP fleet maturation will drive a significant increase in shop visits and MRO demand as engines come due for service
  • Defense modernization tailwinds: Global government defense spending driving both equipment and services demand
  • R&D investment accelerating: Company-funded R&D grew from $1.0B (2023) → $1.3B (2024) → $1.6B (2025), a 56% increase over two years
  • Total R&D (including customer-funded): $3.0B in 2025

FLIGHT DECK Operating Model

GE Aerospace's proprietary lean operating model, FLIGHT DECK, prioritizes safety, quality, delivery, and cost — serving as the operational backbone for execution and cultural alignment.


Important Factors and Risk Considerations

Strengths

  • Massive installed base creates durable, recurring aftermarket revenue streams
  • Rapidly growing RPO ($190.6B, +11% YoY) provides strong multi-year revenue visibility
  • Accelerating profitability: CES margin expanded to 26.6%; DPT margin improved to 12.3%
  • Strong demand environment: Commercial air travel departures up 3% in 2025; defense modernization spending robust globally
  • Technology leadership: Advanced materials (ceramic matrix composites, additive manufacturing) and next-generation programs (RISE, adaptive cycle engines)

Weaknesses and Risks

  • Supply-constrained environment: The company explicitly acknowledges operating in a supply-constrained environment that has impacted the industry for several years, limiting production ramp speed
  • Tariff exposure: Profit was partially offset by "an unfavorable change in estimated profitability of our long-term service agreements, primarily from the estimated impact from tariffs" — a notable headwind to CES margins
  • DPT margin gap: At 12.3%, DPT margins are significantly below CES (26.6%), reflecting the cost-plus nature of government contracting and investment in next-generation programs
  • Legacy liabilities: Retained exposure to run-off insurance operations, Bank BPH mortgage litigation in Poland (estimated total losses of ~$2.3B), and environmental remediation reserves of $2.1B (with ~$250M annual expenditures expected in 2026-2027)
  • Supply chain complexity: Reliance on limited- and sole-source suppliers creates delivery risk; geopolitical disruptions could affect material availability
  • Long R&D cycles: New engine development cycles span decades, requiring sustained capital commitment with uncertain returns
  • Regulatory complexity: Subject to FAA, EASA, ITAR, EAR, OFAC, and extensive government contracting regulations; non-compliance could result in significant penalties or loss of contract eligibility
  • Government contract risk: U.S. government contracts can be modified, curtailed, or terminated at convenience, creating revenue uncertainty in DPT