How GE Aerospace Makes its Money: Revenue Breakdown (GE)

Key Takeaways

• GE Aerospace generated $38.4 billion in FY2024 revenue — up +16.7% year-over-year — as a pure-play jet engine and aerospace services company following the April 2024 spinoff of GE Vernova (power/renewables)
• The business runs on the razor-and-blade model: engines sold at low margins lock in 25-30+ years of high-margin aftermarket services (spare parts, maintenance, overhauls) — services drive the majority of operating profit
• Commercial Engines and Services ($27.8B, 72%, +20.3%) is the growth engine — powered by surging global flight demand, the maturing LEAP engine installed base, and pricing power in proprietary aftermarket parts
• Operating margin reached 19.3% — up from 14.9% in 2023; management targets 20%+ as the services mix continues to grow and operating leverage kicks in
• $166 billion order backlog — a record, representing ~4.3 years of revenue at current run rates — providing extraordinary visibility into future revenue from both engine deliveries and long-term service agreements
• Free cash flow of $6.1 billion demonstrates the asset-light nature of services; management targets 70-75% FCF return to shareholders via dividends and share buybacks
• The LEAP engine (produced by CFM International, the 50/50 GE/Safran JV) powers the Boeing 737 MAX and Airbus A320neo — the two best-selling commercial aircraft programs — locking in decades of aftermarket revenue growth
• Defense and Propulsion Technologies ($9.2B, 24%, +8.2%) provides stable revenue from programs including the F110 (F-16), F414 (F/A-18), and T700 (Black Hawk/Apache), with long-term growth from next-generation fighter engine competitions (NGAP)

How Does GE Aerospace Make its Money?

GE Aerospace (ticker: GE) is one of the world’s two largest commercial jet engine manufacturers and a leading defense propulsion provider. The company was carved from the sprawling General Electric conglomerate through a decade-long restructuring that culminated in the April 2024 spinoff of GE Vernova (power generation and renewables), leaving GE Aerospace as a pure-play aerospace and defense business.

The core product is deceptively simple: jet engines. But the business model is sophisticated. GE Aerospace makes money not primarily by selling new engines — original equipment (OE) engine margins can be thin, especially early in an aircraft program when production costs are high. The real money comes from aftermarket services: every engine GE sells creates a 25-30+ year annuity of spare parts sales, maintenance shop visits, engine overhauls, and long-term service agreements. A single high-bypass turbofan engine like the GEnx-1B (powering the Boeing 787) may generate more total revenue from aftermarket services over its lifetime than from its original sale price.

In FY2024, GE Aerospace generated $38.4 billion in revenue — a +16.7% increase that reflected surging commercial aviation demand as global flight volumes returned to and exceeded pre-COVID levels, a rapidly growing LEAP engine installed base accumulating flight hours and requiring maintenance, and pricing discipline in the proprietary aftermarket. The $166 billion order backlog — a record — provides visibility into revenue for years ahead.

The transformation from bloated conglomerate to focused aerospace pure-play is arguably the most successful corporate restructuring in recent memory. Under CEO Larry Culp (who joined in 2018 as GE’s first outside CEO in its 130-year history), GE has shed healthcare, power, renewables, banking, appliances, and lighting — returning to its aeronautical roots and delivering one of the strongest shareholder returns among large industrials in the post-COVID recovery.

GE Aerospace (GE) Business Model

The Razor-and-Blade Engine Economics

GE Aerospace’s business model is a textbook razor-and-blade structure applied at aerospace scale:

Phase 1 — Engine Placement (the “Razor”): When an airline selects a jet engine for its new aircraft, it commits to that engine for the life of the aircraft — typically 25-30 years. GE Aerospace competes aggressively for these “engine selections” on new aircraft programs, sometimes accepting thin margins or strategic losses on early-production engines to win placement. The key metric: how many engines will be flying on how many aircraft? Each engine placement is a 25-30 year revenue commitment.

Phase 2 — Aftermarket Services (the “Blades”): Once a GE engine is flying, the airline needs GE-specific spare parts (proprietary components that only GE can supply under FAA certification), scheduled maintenance (engine “shop visits” every 4,000-8,000 flight hours), unscheduled overhauls (after incidents or wear patterns), and can enter Long-Term Service Agreements (LTSAs) — multi-year contracts committing to purchase services from GE at negotiated rates. These services generate margins dramatically higher than new engine sales because:

• Parts are proprietary — no competitors can supply certified GE-specific components
• Technical knowledge is specialized — airlines depend on GE engineers for complex repair work
• Airlines have limited alternatives — switching to a different engine brand means replacing the entire aircraft

The compounding economics:

$$\text{Services Revenue} = \text{Installed Base (engines flying)} \times \text{Avg. Flight Hours/Engine} \times \text{Revenue per Flight Hour}$$

As the installed base grows (more LEAP and GEnx engines delivered), flight hours accumulate, and GE prices services competitively but at strong margins — services revenue compounds year after year with minimal incremental capital requirement.

Long-Term Service Agreements (LTSAs): Airlines often sign LTSAs covering 12-20 years of engine maintenance at contract inception. These agreements provide GE with revenue visibility and the airline with cost predictability. Revenue from LTSAs is recognized over time as services are delivered — creating a recurring revenue stream with characteristics similar to SaaS subscriptions in software.

The CFM International Joint Venture

CFM International (50/50 JV between GE Aerospace and Safran Aircraft Engines) is the most commercially successful jet engine manufacturer in history. CFM produced:

• CFM56: The workhorse narrowbody engine that powered Boeing 737 Classic/NG and Airbus A320 families from the 1980s through 2010s. Over 33,000 CFM56 engines were delivered — the most successful commercial jet engine ever. These engines continue to generate substantial aftermarket revenue as the existing fleet ages.
• LEAP: The next-generation narrowbody engine, 15% more fuel-efficient than the CFM56. LEAP powers the Boeing 737 MAX (LEAP-1B) and Airbus A320neo family (LEAP-1A), the two best-selling commercial aircraft programs globally. GE Aerospace expects LEAP to surpass CFM56’s total installed base. LEAP shop visits (when engines come in for scheduled maintenance) are accelerating as early-delivered engines accumulate flight hours.

GE Aerospace consolidates 50% of CFM’s results into its Commercial Engines and Services segment. This joint venture structure means GE Aerospace benefits from CFM’s commercial dominance while sharing R&D investment and manufacturing costs with Safran.

Defense: Long-Cycle, Contract-Driven Revenue

The Defense and Propulsion Technologies segment operates differently from commercial:

• Government contracting: Revenue comes from fixed-price or cost-plus contracts with the U.S. Department of Defense and allied militaries
• Long program cycles: Major defense programs (F-16, F/A-18, Black Hawk) span decades; GE wins engine competitions that generate 20-40 years of production and maintenance revenue
• Lower margins than commercial services but highly predictable: government contracts provide revenue visibility even if margins are constrained by contracting terms
• Next-generation opportunity: The NGAP (Next Generation Adaptive Propulsion) competition for the USAF’s next-gen fighter engine is a multi-decade platform opportunity worth potentially hundreds of billions in cumulative revenue

GE Aerospace (GE) Competitors

RTX Corporation (RTX) is GE Aerospace’s primary competitor across both commercial and military markets. RTX’s Pratt and Whitney division makes the PW1000G Geared Turbofan (GTF) — which competes directly with LEAP on the Airbus A320neo family — and the F135 engine (exclusive to the F-35 Lightning II program, where GE competes as a potential alternative engine). RTX also operates Collins Aerospace (airframe systems, avionics) and Raytheon (missiles, defense electronics), making RTX the broadest aerospace/defense competitor to GE in both propulsion and systems. RTX’s GTF engine has faced significant technical challenges (requiring fleet inspections and groundings in 2023), creating both disruption for airlines and potentially shifting some demand toward LEAP.

Honeywell competes in aerospace systems — avionics, cockpit systems, auxiliary power units (APUs), wheels and brakes, and cabin management systems. While Honeywell doesn’t make large commercial jet engines, it is a formidable aerospace technology and aftermarket services competitor in the broader aerospace components market. Honeywell’s aerospace division generates approximately $15B+ in annual revenue with very high margins, making it a significant indirect competitor for GE Aerospace’s engineering talent and customer relationships.

Rolls-Royce (UK-listed, RYCEY ADR) is GE Aerospace’s primary competitor in widebody commercial engines — particularly the Trent XWB (Airbus A350), Trent 1000/7000 (Boeing 787/747), and Trent 900 (Airbus A380). In military propulsion, Rolls-Royce powers several NATO-allied aircraft (Eurofighter Typhoon, F-35 for the UK, etc.). Rolls-Royce does not compete in the narrowbody market (where LEAP dominates) but is the primary competitor for large widebody engine positions.

Lockheed Martin and Northrop Grumman are defense primes that GE Aerospace supplies — they are customers in commercial terms but competitors in the broader defense industrial base for defense budget share. Both are important for context on the defense market environment.

Boeing is simultaneously GE Aerospace’s largest customer (for LEAP and GEnx engines powering 737 MAX and 787) and indirectly relevant as a competitive force — Boeing’s production challenges (quality control issues, production slowdowns) directly affect GE Aerospace’s engine delivery volumes. See Boeing vs Airbus for context on the aircraft manufacturer market that drives GE’s engine demand.

Customers as context: GE Aerospace’s largest commercial customers are global airlines — Delta Air Lines, Southwest Airlines, and other major carriers operate GE-powered fleets. Understanding airline fleet expansion plans and flight hour trends is critical to understanding GE Aerospace’s services revenue trajectory.

Revenue Breakdown

All values in billions USD. Financial data sourced from GE Aerospace SEC Filings.

The +16.7% total revenue growth is remarkable for a $38B industrial company. Commercial Engines and Services grew +20.3% — a function of both volume growth (more engines, more flight hours) and pricing (aftermarket parts and service rates reflect strong demand). Defense grew a steady +8.2%, in line with rising global defense budgets.

Business Segment Deep-Dives

Commercial Engines and Services ($27.8B, 72% — The Profit Engine)

This segment encompasses two economically distinct sub-businesses:

Original Equipment (OE) — New Engine Sales: GE Aerospace and CFM International deliver new engines to aircraft manufacturers (Boeing, Airbus) and directly to airlines. Key programs:

• LEAP-1A / LEAP-1B / LEAP-1C: The world’s best-selling jet engine, powering A320neo, 737 MAX, and COMAC C919. Orders in the tens of thousands. LEAP deliveries have been constrained by the broader aerospace supply chain challenges (materials, castings, labor), limiting how quickly the installed base grows.
• GEnx-1B / GEnx-2B: Powers Boeing 787 Dreamliner and Boeing 747-8. A mature widebody engine with a growing installed base accumulating shop visit hours.
• GE9X: The world’s largest commercial jet engine by thrust (105,000 lbf), exclusively powering the Boeing 777X. The 777X program has faced delays, but GE9X positions GE for the premium widebody market for decades once the aircraft enters service.
• GE90: Legacy widebody engine still in service on Boeing 777 classic variants. High aftermarket value as fleet matures.

Services — Aftermarket and LTSAs (the majority of segment profit): Shop visits (bringing engines in for scheduled overhauls), spare parts sales (proprietary blades, discs, casings, combustors), and long-term service agreement revenue. The services sub-business grew even faster than OE in FY2024 — driven by:

1. Post-COVID commercial aviation recovery: global flight hours back above 2019 levels
2. LEAP maturation: early-delivered LEAP engines (from 2016-2020 deliveries) are reaching their first scheduled shop visit intervals
3. Boeing production delays forcing airlines to keep older aircraft — and older GE engines — flying longer, generating more shop visit revenue than planned
4. Pricing power: aftermarket parts prices have risen significantly post-COVID as supply chain constraints elevated costs and GE passed increases through

Defense and Propulsion Technologies ($9.2B, 24% — Stable Growth)

Military propulsion programs by platform:

Next-generation opportunity: The NGAP (Next Generation Adaptive Propulsion) program will select the engine for the U.S. Air Force’s Next Generation Air Dominance (NGAD) sixth-generation fighter. GE Aerospace and Pratt and Whitney are competing for this contract, which would define military engine revenue for the 2030s-2050s.

Defense segment growth of +8.2% in FY2024 reflects rising global defense budgets (NATO members increasing defense spending toward 2% of GDP), continued F-16 and F/A-18 program production for export customers, and helicopter engine demand.

GE Aerospace (GE) Income Statement

All values in billions USD. Net income includes some one-time items related to the GE Vernova spinoff.

Reading the income statement: The dramatic margin expansion across all levels (gross +350 bps, operating +440 bps, net +760 bps) reflects operating leverage at work. Revenue grew +16.7% while cost of revenue grew only +11.0% — meaning each incremental dollar of revenue is flowing through to profit at above-average margins. This is the services mix shift in action: aftermarket services have a substantially higher gross margin than new engine sales, so as services grow faster than OE, the blended gross margin rises.

The net income vs. operating income divergence: Net income ($9.0B) exceeded operating income ($7.4B) in FY2024 — unusual. This reflects one-time items associated with the GE Vernova spinoff (tax benefits, gains on divested assets) that boosted reported net income above operating earnings. Investors should focus on operating income and free cash flow as the cleaner ongoing business metrics.

FCF conversion: $6.1B in free cash flow against $7.4B in operating income represents approximately 82% FCF conversion — strong for an industrial company, reflecting the asset-light nature of the services business (services don’t require proportional capital expenditure to grow).

GE Aerospace (GE) Key Financial Metrics

Key Metric Observations

Operating leverage is the FY2024 story. Revenue grew +16.7%, operating income grew +51%. The 3:1 ratio of operating income growth to revenue growth reflects: (a) fixed costs (R&D, SG&A) growing more slowly than revenue; and (b) services mix shift improving blended gross margins. As the services mix continues to grow, this leverage should persist — each additional dollar of services revenue carries significantly more profit than an additional dollar of OE revenue.

The backlog is a moat in itself. $166 billion in committed orders — LTSAs and engine delivery contracts — means GE Aerospace essentially has its next 4+ years of revenue already contracted. This is qualitatively different from most industrial companies, where backlogs are shorter. The durability of the aerospace engine aftermarket commitment (airlines can’t easily walk away from LTSA commitments without paying penalties) makes this backlog unusually secure.

Free cash flow will likely exceed reported net income in normal years. The FY2024 net income benefited from one-time items; the normalized cash earnings power of the business (operating income minus taxes minus modest capex) is closer to the $6B FCF figure. Investors should use FCF yield — FCF divided by market cap — as the primary valuation tool, not P/E on potentially distorted net income.

Is GE Aerospace (GE) Profitable?

Yes — and improving rapidly. GE Aerospace reported $9.0 billion in net income and $7.4 billion in operating income on $38.4 billion in revenue in FY2024. This represents a 19.3% operating margin that has improved dramatically from the conglomerate-era GE’s depressed margins.

The profitability trajectory matters as much as the current level. Three years ago (FY2021, early post-COVID), GE’s aerospace business was emerging from near-zero profitability as commercial aviation cratered. The recovery arc — from ~5% operating margins in 2020-2021 to ~19% in 2024 — reflects both cyclical recovery (flight hours recovering) and structural improvement (the services mix growing, cost discipline taking hold under Culp’s management).

EBITDA perspective: Adding back ~$1-2B in depreciation and amortization to operating income gives EBITDA of approximately $8-9 billion — an EBITDA margin of approximately 21-24%. For an aerospace engine company with a $166B backlog, this EBITDA level supports GE Aerospace’s ~$200B market capitalization at approximately 22-25x EBITDA — a premium reflecting the quality and durability of the earnings stream.

Management’s 20%+ operating margin target: As services mix grows (services now approaching 55%+ of Commercial segment revenue), and assuming modest OE volume growth, the blended segment operating margin should push through 20% over 2025-2026. Each percentage point of operating margin on $40B+ revenue is $400M in incremental operating income — the stakes of the services mix shift are very high.

Return on invested capital: GE Aerospace’s asset-light services model requires minimal ongoing capital investment to grow. Capital expenditure runs approximately $1.5-2B per year against $38B revenue — one of the lowest capex intensities among large industrials. This low reinvestment requirement translates into rising ROIC as earnings grow faster than the capital base.

Where Does GE Aerospace Spend its Money?

Research and Development (~$2B+/year)

GE Aerospace’s future depends on investing in the next generation of propulsion technology. Key R&D programs:

CFM RISE (Revolutionary Innovation for Sustainable Engines): The next-generation commercial engine concept being developed by CFM International (GE + Safran JV). RISE proposes an open-fan architecture (no nacelle around the fan blades) that could achieve 20%+ fuel efficiency improvement over LEAP. RISE targets entry into service in the 2030s and would compete on the next-generation narrowbody aircraft (whatever replaces the 737 MAX and A320neo families). Winning the next narrowbody engine competition is existential — losing it would cede the most valuable commercial market to Pratt and Whitney or another competitor.

NGAP (Next Generation Adaptive Propulsion): GE Aerospace’s military engine program for the U.S. Air Force’s NGAD sixth-generation fighter. Variable cycle adaptive engines represent a step-change in military propulsion efficiency and performance. GE’s XA100 engine is the leading candidate. Winning NGAP would lock in decades of military engine revenue.

GE9X maturation: Ongoing development investment in the GE9X (Boeing 777X engine) as the 777X program moves toward commercial entry.

Manufacturing and Supply Chain

While GE Aerospace is relatively asset-light in services (labor and parts, not factories), it maintains precision manufacturing facilities for engine components and assembly. Key manufacturing locations include: Evendale, Ohio (headquarters and engine assembly); Cincinnati, Ohio; Durham, North Carolina; Strother, Kansas; and international sites. GE Aerospace’s supply chain challenge is sourcing high-temperature alloys, precision castings, and other components from a stressed aerospace supply chain that was disrupted by COVID and has not fully recovered.

Capital Expenditure (~$1.5-2B/year)

Relatively modest for a $38B revenue industrial company — reflecting the asset-light services component of the business. Capex goes toward manufacturing capacity expansion (particularly for LEAP production), facility upgrades, and tooling. The low capex requirement is a key driver of high free cash flow conversion.

Shareholder Returns: Dividends and Share Buybacks

GE Aerospace reinstated and grew its dividend following the GE Vernova spinoff, targeting 70-75% of free cash flow returned to shareholders through the combination of dividends and share repurchases. At $6.1B FCF, this implies approximately $4.3-4.6B annually in shareholder returns — a significant capital return program for a company with a $200B market cap (~2.2% yield + buyback). Buybacks reduce share count, growing earnings per share even if net income growth is modest.

Workforce and SG&A

GE Aerospace employs approximately 50,000+ people globally. Following the multi-year restructuring that shed the conglomerate’s overhead, GE Aerospace’s SG&A as a percentage of revenue has declined significantly. The company operates leaner than the historical GE — a key contributor to the margin expansion from conglomerate-era levels.

GE Aerospace vs. RTX Corporation vs. Honeywell

GE Aerospace History and Milestones

GE Aerospace (GE): What to Watch

1. Services Revenue Growth: The Compounding Machine Aftermarket services are the heart of GE Aerospace’s value. Watch: (a) commercial shop visit volume (the number of engines coming in for scheduled overhauls — a leading indicator of services revenue 6-12 months ahead); (b) LTSA contract revenue recognition (growing as more contracts were signed years ago and are now in delivery); (c) pricing trends in aftermarket parts (GE has pricing power in proprietary components; watch for any airline pushback or GE moderating price increases). If services revenue growth sustains 15%+ annually, the investment thesis is intact.

2. LEAP Installed Base Maturation: The Multi-Decade Revenue Ramp The LEAP engine is early in its lifecycle — most LEAP deliveries happened 2016-2023, meaning the peak shop visit volume is still years away (engines are typically overhauled every 4,000-8,000 flight hours). As the LEAP fleet ages and flight hours accumulate, services revenue from LEAP will grow significantly. Watch the “shop visit volume guide” in quarterly earnings — GE often provides forward visibility on expected shop visits, which is the primary signal for services revenue trajectory.

3. Operating Margin Progress Toward 20%+ Target Management’s 20%+ operating margin target is not just aspirational — it has specific financial implications. Every 100 bps of operating margin improvement on $40B+ revenue is $400M+ in incremental operating income. Watch the quarterly operating margin trajectory: is the services mix continuing to shift positively? Are manufacturing efficiencies offsetting raw material inflation? Is pricing holding?

4. Boeing Production Recovery: The Biggest Customer Risk Boeing is GE Aerospace’s largest single customer — LEAP-1B powers every Boeing 737 MAX, and GEnx/GE9X power the 787 and 777X programs. Boeing’s production quality crisis (737 MAX door plug blowout incident, January 2024), labor strikes, and production slowdowns have constrained the pace of LEAP deliveries and 787/777X production. Every Boeing production delay means fewer engines delivered and later starts on aftermarket revenue accumulation. Watch Boeing’s monthly production rate disclosures (737 MAX: currently ~25/month, target ~38/month) as a direct input to GE Aerospace’s OE delivery pace.

5. CFM RISE Engine: Winning the Next Narrowbody Cycle The CFM RISE program is existential for GE Aerospace’s commercial dominance in the 2030s and beyond. When Boeing and Airbus develop their next-generation narrowbody aircraft (replacing 737 MAX and A320neo), the engine selection battle will determine which manufacturer controls the next 30-40 years of narrowbody aftermarket revenue. GE/CFM must demonstrate RISE’s 20%+ fuel efficiency claims and achieve certification timelines to win this next cycle. Watch: RISE development milestones, CFM ground test announcements, and any Boeing/Airbus technology partnership announcements related to next-gen aircraft.

6. Free Cash Flow and Capital Return: The Shareholder Return Machine GE Aerospace’s commitment to returning 70-75% of FCF to shareholders (dividends + buybacks) is a major component of the investment thesis for income and value investors. Watch: (a) quarterly FCF generation vs. management guidance; (b) dividend growth announcements; (c) share repurchase pace; and (d) whether FCF growth from the services ramp is actually being returned vs. absorbed by R&D or acquisitions. At $6.1B FCF (and growing), the capital return program should become increasingly significant relative to the $200B market cap.

7. Defense: NGAP Competition and Global Demand The NGAP next-generation fighter engine competition is a once-in-a-generation military program — the engine selected will power the U.S. Air Force’s sixth-generation aircraft for 30-50 years. GE Aerospace’s XA100 adaptive cycle engine is a leading candidate. Watch for: NGAP program milestones and down-select decisions from the USAF; F110/F414/T700 production rates tracking with allied country defense purchases; and any new international fighter competitions (South Korea, Japan, India, Gulf states) where GE competes.

8. Supply Chain Recovery: The Production Constraint GE Aerospace’s ability to grow engine deliveries is constrained by the broader aerospace supply chain — shortages of titanium alloys, nickel superalloy castings, and precision-machined components limit how quickly LEAP production can ramp. Watch: quarterly management commentary on supply chain conditions; LEAP delivery guidance vs. actual; any new materials partnerships or supply agreements that could unlock capacity. Until the supply chain normalizes, GE Aerospace’s OE delivery volume will remain below the theoretical maximum supported by airline demand.

GE Aerospace (GE) Financial Summary

GE Aerospace (GE) has completed one of the most significant corporate transformations in U.S. industrial history — from a sprawling conglomerate to a focused, pure-play jet engine and aerospace services company. Following the April 2024 spinoff of GE Vernova, GE Aerospace generated $38.4 billion in FY2024 revenue (+16.7%), driven by the razor-and-blade model that creates decades of high-margin aftermarket services revenue from each engine sold.

Gross margin expanded 350 basis points to 31.8% as the services mix grew; operating margin reached 19.3% (+440 bps), approaching the 20%+ management target. Free cash flow of $6.1 billion reflects the asset-light nature of services — selling proprietary spare parts and overhaul labor requires minimal capital reinvestment. The $166 billion order backlog provides approximately 4.3 years of revenue visibility through committed engine deliveries and long-term service agreements.

The investment thesis: GE Aerospace’s LEAP engine (the world’s best-selling commercial jet engine, co-produced through CFM International with Safran) creates a multi-decade compounding services revenue stream as the installed base grows and accumulates flight hours. Management’s capital return commitment (70-75% of FCF via dividends and share buybacks) adds a shareholder return dimension to the growth story.

Related companies include Boeing (largest customer), RTX Corporation (primary competitor), Honeywell (aerospace systems peer), Lockheed Martin, Northrop Grumman, Delta Air Lines, and Southwest Airlines. See also: Boeing vs Airbus and Delta vs United for context on the commercial aviation market that drives GE Aerospace’s services demand.

Frequently Asked Questions

How does GE Aerospace make money? By selling jet engines at modest margins and then generating decades of high-margin aftermarket services (spare parts, maintenance, overhauls, long-term service agreements) for those engines. FY2024: $38.4B revenue (+16.7%), 72% from Commercial Engines and Services, 24% from Defense. Services are the majority of operating profit.

What is the razor-and-blade model in aerospace? GE sells engines (the “razor”) at thin margins to win aircraft positions, then earns 25-30 years of high-margin proprietary aftermarket services (the “blades”) — spare parts, shop visits, and long-term service agreements. Airlines can’t easily switch engine brands mid-fleet, making these services captive revenue streams for decades.

What happened to General Electric’s other businesses? GE split into three public companies: GE HealthCare (spun off January 2023), GE Vernova (power/wind energy, spun off April 2024), and GE Aerospace (the remaining pure-play jet engine business). This ended 130+ years of GE as a diversified conglomerate under Larry Culp’s restructuring.

What is GE’s $166 billion backlog? A record order backlog of committed engine deliveries and long-term service agreements — representing approximately 4.3 years of revenue at current run rates. Backlog conversions are highly reliable because airlines contractually commit to engine purchases and cannot easily substitute other engine types.

Who are GE Aerospace’s competitors? Pratt and Whitney (division of RTX Corporation) — primary commercial and military engine competitor; Rolls-Royce — widebody commercial engine competitor; Honeywell — aerospace systems and components; RTX Corporation — broadest aerospace/defense competitor through Collins Aerospace and Raytheon divisions.

What is the LEAP engine? CFM International’s (GE+Safran 50/50 JV) best-selling commercial jet engine — powering the Boeing 737 MAX and Airbus A320neo, the world’s two most popular aircraft. LEAP is approximately 15% more fuel-efficient than the CFM56 it replaced. Growing LEAP installed base = growing future shop visit and spare parts revenue for GE Aerospace.

Is GE Aerospace profitable? Highly — and improving rapidly. FY2024: $7.4B operating income (19.3% operating margin), $9.0B net income (includes one-time items), $6.1B free cash flow. Operating margin target: 20%+. The services mix shift drives ongoing margin expansion.

What is GE Aerospace’s dividend and capital return policy? GE Aerospace reinstated and grows its dividend post-GE Vernova spinoff, targeting 70-75% of free cash flow returned to shareholders through dividends and share repurchases. At $6.1B FCF, this implies approximately $4.3-4.6B in annual shareholder returns.