Competition between Airbus and Boeing
| Company type | Duopoly |
|---|---|
| Industry | Aerospace, Commercial aircraft manufacturing |
| Predecessor | McDonnell Douglas (acquired by Boeing in 1997), British Aerospace (joined Airbus in 1979) |
| Founded | 1990s (as duopoly) |
Area served | Global |
Key people | Not specified |
| Products | Large jet airliners (single-aisle and wide-body aircraft) |
Number of employees | Not specified |
| Website | None |
The rivalry between Airbus and Boeing has been recognized as a duopoly dominating the large jet airliner sector since the 1990s.
This duopolistic market structure resulted from consolidations within the aerospace industry, with Airbus originating as a multinational European partnership and Boeing acquiring its former competitor, McDonnell Douglas, in 1997. Competitors such as Lockheed Martin, Convair, and Fokker exited this market segment. In 1979, British Aerospace (currently BAE Systems) became part of Airbus.
From 2015 through 2024, Airbus amassed orders totaling 8,950 aircraft and completed deliveries of 7,043 units, whereas Boeing recorded net orders of 5,012 and delivered 5,312 planes. Throughout this period, both firms have repeatedly accused one another of receiving unfair governmental financial support.
In 2019, Airbus surpassed Boeing to become the aerospace industry's leader in revenue.
By October of the same year, the Airbus A320 series achieved the status of the best-selling airliner family with 15,193 orders, edging past Boeing's 737 series which had accumulated 15,136 orders.
For the first time in 2023, Airbus’s fleet in active service outnumbered that of Boeing.
Comparison of passenger capacity and range
Both Airbus and Boeing present comprehensive portfolios that encompass single-aisle and wide-body aircraft designed to accommodate diverse passenger capacities and flight ranges.
| Model | Length | Wingspan | MTOW | Passenger Capacity | Range | List Price |
|---|---|---|---|---|---|---|
| A220-100 | 35.0 m | 35.1 m | 63.7 t | 100–120 | 3,600 nmi (6,700 km) | US$79.5M |
| A220-300 | 38.7 m | 35.1 m | 70.9 t | 120–150 | 3,400 nmi (6,300 km) | US$89.5M |
| A319neo | 33.84 m | 35.8 m | 75.5 t | 120–150 | 3,700 nmi (6,900 km) | US$101.5M |
| 737 MAX-7 | 35.56 m | 35.9 m | 80.3 t | 138–153 | 3,800 nmi (7,000 km) | US$96.0M |
| A320neo | 37.57 m | 35.8 m | 79.0 t | 150–180 | 3,400 nmi (6,300 km) | US$110.6M |
| 737 MAX-8 | 39.52 m | 35.9 m | 82.2 t | 162–178 | 3,500 nmi (6,500 km) | US$117.1M |
| 737 MAX-9 | 42.16 m | 35.9 m | 88.3 t | 178–193 | 3,300 nmi (6,100 km) | US$120.2M |
| 737 MAX-10 | 43.8 m | 35.9 m | 89.8 t | 188–204 | 3,100 nmi (5,700 km) | US$129.9M |
| A321neo | 44.51 m | 35.8 m | 97.0 t | 180–220 | 4,000 nmi (7,400 km) | US$129.5M |
| A321XLR | 44.51 m | 35.8 m | 101.0 t | 206–220 | 4,700 nmi (8,700 km) | unknown |
Legend: MTOW = Maximum Takeoff Weight; Pax = Passenger count
Comparison of Cargo Capacity and Range
| Model | Length | Wingspan | MTOW | Passenger Capacity | Range | List Price |
|---|---|---|---|---|---|---|
| 787-8 | 56.7 m | 60.8 m | 228.0 t | 248 | US$239.0M | |
| A330neo-800 | 58.36 m | 64.0 m | 251.0 t | 220-260 | US$259.9M | |
| A330neo-900 | 63.69 m | 64.0 m | 253.0 t | 260-300 | US$296.4M | |
| 787-9 | 63.0 m | 60.8 m | 254.0 t | 296 | US$281.6M | |
| A350-900 | 66.8 m | 64.75 m | 283.0 t | 300-350 | US$317.4M | |
| A350-900 ULR | 66.8 m | 64.75 m | 280.0 t | 300-350 | unknown |
| Model | Length | Wingspan | Maximum Takeoff Weight (MTOW) | Payload Capacity | Range | List Price (USD) |
|---|---|---|---|---|---|---|
| A320P2F | 37.6 m | 35.8 m | 78.0 t | 21.4 t | 2,020 nmi (3,740 km) | converted |
| 737-800BCF | 39.5 m | 79.0 t | 22.7 t | 2,025 nmi (3,750 km) | converted | |
| A321P2F | 44.51 m | 93.5 t | 28.1 t | 1,850 nmi (3,430 km) | converted | |
| 767-300F | 54.94 m | 47.57 m | 186.9 t | 52.4 t | 3,255 nmi (6,028 km) | $203.7M |
| 767-300BCF | 50.9 m | 51.6 t | 3,345 nmi (6,195 km) | converted | ||
| A330-200P2F | 58.82 m | 60.3 m | 233.0 t | 59.0 t | 4,200 nmi (7,800 km) | converted |
| A330-200F | 187.0 t | 61.0 t | $237.0M | |||
| A330-300P2F | 63.66 m | 233.0 t | 62.0 t | 3,700 nmi (6,900 km) | converted | |
| 777F | 63.7 m | 64.8 m | 347.8 t | 102.0 t | 4,970 nmi (9,200 km) | $325.7M |
| A350F | 70.8 m | 64.75 m | 319.0 t | 111.0 t | 4,700 nmi (8,700 km) | $451.7M |
| 747-8F | 76.3 m | 68.4 m | 447.7 t | 137.7 t | 4,120 nmi (7,630 km) | $387.5M |
Compact Single-Aisle Aircraft
In October 2017, Airbus acquired a majority interest of 50.01% in the Bombardier CSeries program, assuming full ownership by July 1, 2018, and subsequently rebranding the aircraft as the Airbus A220.
Single-Aisle Segment: A320 Versus Boeing 737
The A320 family gained significant traction among low-cost airlines, partly due to offering multiple engine choices, which contrasted with the single-engine option available on the Boeing 737 family. Although the Boeing 737 Next Generation (737NG) model outsold the A320ceo family following its launch in 1988, Airbus overtook Boeing in orders in both 2001 and again in 2007, becoming the top-selling jetliner in both 2002 and during the years of 2005 to 2006.
As of July 2021, Airbus, including the A220 lineup, commanded a commanding lead with a backlog representing approximately 65% of single-aisle orders compared to Boeing's share of around 35%.
By September of 2018, there were a total of 7,251 A320ceo family jets operational, surpassing the count of approximately 6,757 Boeing 737NGs; by the end of that year, the combined figures stood at roughly 7,506 A320 family aircraft versus about 7,310 Boeing single-aisle jets.
Wide-Body Aircraft
Variants designed for ultra-long-range flights have facilitated new direct connections between far-flung city pairs: the Airbus A350-900 ULR model began service in 2018 covering up to about 9,700 nmi (18,000 km), while the Boeing 777-8 was anticipated to enter service in 2022 but remained unavailable as of April 2025.
Large Wide-Bodies: Comparing A380 and Boeing’s Jumbo Jets
During the early-to-mid-1990s, both Airbus and Boeing investigated options to develop aircraft exceeding the size of the then-largest Boeing model, the iconic Boeing 747. Airbus proceeded with launching its full-length double-deck Airbus A380, whereas Boeing chose not to pursue a superjumbo design and instead introduced the third generation of its flagship model with the Boeing 747-8. These two aircraft directly competed for dominance on long-haul international routes.
Claims about performance from each manufacturer were often conflicting and lacked third-party verification; an analysis estimated fuel consumption per seat at approximately 3.27 liters per hundred kilometers for the A380 and about 3.35 liters per hundred kilometers for the Boeing 747-8I. Hypothetical re-engining of the A380 (referred to as A380neo) could potentially reduce fuel burn per seat to between roughly 2.82 and 2.65 liters per hundred kilometers depending on configuration specifics.
Outsourcing
Given that numerous airlines are state-owned, procurement choices frequently incorporate both political and commercial considerations. Boeing and Airbus capitalize on this by subcontracting manufacturing tasks to producers located in geopolitically significant nations, thereby securing strategic competitive benefits.
Boeing has maintained longstanding collaborations with Japanese companies such as Mitsubishi Heavy Industries and Kawasaki Heavy Industries, establishing a strong presence in Japan’s commercial aircraft sector. The 787 initiative involved extensive global outsourcing, limiting Boeing’s direct involvement primarily to project oversight, design, final assembly, and testing. Subsequently, Boeing admitted to having "outsourced excessively" and intends to boost its internal engineering and production activities in upcoming projects.
Airbus, which originated as a European consortium, faces fewer outsourcing possibilities outside Europe but established an assembly facility in Tianjin, China in 2009 for its A320 family, followed by a comparable plant in Alabama, United States in 2015 to broaden its manufacturing base and enhance market penetration.
Technology
Airbus entered the aerospace market during the 1970s with the goal of competing against Boeing by leveraging cutting-edge technology. The A300 stood out for its significant incorporation of composite materials and for automating the flight engineer's responsibilities, becoming the first widebody aircraft operated by a two-person cockpit crew. In the 1980s, Airbus introduced digital fly-by-wire systems with the A320.
Both Airbus and Boeing, as well-established competitors, emphasize technological advancements to improve aircraft performance, focusing on weight reduction and enhancing fuel efficiency. The Boeing 787 Dreamliner incorporates 50% composite materials, while the Airbus A350 XWB uses 53%, illustrating continuous material innovation.
Engine Choices
The selection of engines plays a crucial role in an airliner's appeal within the market. Airlines generally prefer having at least two engine suppliers from leading manufacturers such as General Electric, Rolls-Royce, and Pratt & Whitney. Nonetheless, airframe producers often negotiate exclusive agreements with either Boeing or Airbus to serve as sole engine providers.
In 2008, Airbus chose the Rolls-Royce Trent XWB exclusively for its Airbus A350, while General Electric refrained from competing against its exclusive GE90 engine on Boeing’s 777HGW. By 2013, Boeing selected General Electric’s GE9X over Rolls-Royce offerings for the 777X. Rolls-Royce secured exclusivity on the A330neo with its Trent 7000 engine in 2014.
Certain models offer only one engine option, such as the Boeing 737 MAX (CFM LEAP) and the Airbus A220 (P&W GTF), whereas others like the Boeing 787 (GEnx/Trent 1000) and the Airbus A320neo (P&W GTF/CFM LEAP) provide multiple engine selections.
Currency and Exchange Rates
Boeing incurs most of its manufacturing expenses in United States dollars, while Airbus’s costs are predominantly denominated in euro. When the dollar appreciates relative to the euro, Boeing’s production costs become comparatively higher than those of Airbus, and vice versa. Typically, Boeing prices its aircraft exclusively in dollars; Airbus commonly prices sales in dollars but has occasionally adopted multi-currency pricing strategies in regions such as Asia and the Middle East. Currency volatility between contract signing and delivery can result in additional gains or losses for Airbus, particularly if it has implemented hedging measures against such risks.
Safety and quality
The top-selling aircraft models—including the Boeing 737-NG, the Airbus A320 series, and the wide-body jets from both manufacturers—boast excellent safety performance. In contrast, older aircraft produced between the 1960s and 1980s exhibited higher rates of fatal accidents. When promoting their products to airlines, neither Boeing nor Airbus engage in direct comparisons regarding safety or quality. Airbus executive John Leahy remarked in 2013 that problems such as the Boeing 787 Dreamliner battery problems were unlikely to prompt customers to switch brands. Likewise, the Boeing 737 MAX groundings following two deadly incidents have not provided Airbus with immediate competitive advantage, as both companies face extensive production backlogs and airlines must undertake significant crew retraining when changing aircraft types.
Production planning
According to former Airbus executive John Leahy, Airbus experiences overcommitment in its order backlog much like Boeing and employs proprietary algorithms to forecast cancellations, thereby maintaining consistent production levels.
Effect of Backlogs
Boeing has encountered notable difficulties including the grounding of the 737 Max, delays affecting the 777 model, and a door malfunction on the 737 MAX 9 reported in January 2024. Meanwhile, Airbus’s substantial order backlogs diminish airlines’ motivation to switch suppliers.
Effect of competition on product plans
By December 2008, the A320 had been chosen by 222 operators, capturing market share from the established 737, particularly among low-cost carriers. It also replaced older 727s and 737s within full-service carriers such as United Airlines, Air Canada, and Lufthansa. Boeing’s stronghold in the very large aircraft segment was challenged by the Airbus A380. Boeing responded by developing the extended and modernized 747-8, which offers enhanced capacity, fuel efficiency, and range. Delays in delivering the A380 prompted some customers to contemplate canceling orders in favor of Boeing’s 747-8. In February 2019, Airbus declared it would cease A380 production after completing outstanding orders. By mid-2019, Boeing had placed orders for 154 and delivered 134 units of the 747-8, while Airbus had received 290 orders for the A380 with 238 delivered.
Boeing discontinued projects such as the Sonic Cruiser, redirecting focus toward the Boeing 787 Dreamliner that incorporates Sonic Cruiser innovations.
Initially reluctant to develop a re-engined version of the 737 to compete with the upcoming Airbus A320neo family scheduled for 2015, Boeing expected airlines to await the more fuel-efficient Y1, promising a 30% reduction in fuel consumption rather than pay a premium for smaller improvements. However, due to escalating demand and pressure from key customers like Southwest Airlines—which operates a fleet exclusively composed of approximately 680 Boeing 737s—Boeing approved the 737 MAX program in 2011, aiming for first delivery in 2017.
Orders and deliveries
It took Boeing slightly over four decades—42 years and one month—from October 1958 until November 2000 to deliver its ten-thousandth aircraft in the 7series family. Airbus reached this milestone after about 42 years and five months, from May 1974 to October 2016. Throughout the 1980s, Boeing maintained a delivery lead while Airbus steadily closed the gap during the 1990s. In the following decade, Airbus surpassed Boeing in narrow-body aircraft deliveries. By 2010, both manufacturers were nearly equal in deliveries across wide-body and narrow-body categories as well as operational range.
With exceptions in 2012 and 2018, Airbus has consistently outperformed Boeing in order intake, positioning itself to exceed all of Boeing’s commercial aircraft orders despite a shorter operational history. As of July 2021, Airbus commanded approximately a 62% share of the airliner backlog compared to Boeing’s 38%, a division that remained relatively stable through November 2024.
Annual Orders and Deliveries
Noteworthy yearly orders include Airbus securing over 2,094 aircraft in 2023, contrasted with Boeing’s significant reduction of 1,026 aircraft orders in 2020. Key delivery milestones feature Airbus delivering 863 aircraft in 2019, while Boeing recorded a minimal delivery count of four aircraft in 1974.
...| Boeing | Year | Airbus | |||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Deliveries by model | Total Deliveries | Total Orders | Total Orders | Total Deliveries | Deliveries by model | ||||||||||||||||
| 707 | 717 | 727 | 737 | 747 | 757 | 767 | 777 | 787 | A220 | A300 | A310 | A320 | A330 | A340 | A350 | A380 | |||||
| 21 | 91 | 55 | 22 | Template:Blue | 181 | 1974 | 20 | 4 | 4 | ||||||||||||
| 7 | 91 | 51 | 21 | Template:Blue | 117 | 1975 | 16 | 8 | 8 | ||||||||||||
| — | — | — | 209 | — | — | 14 | 20 | 36 | 280 | 676 | 2025 | 405 | Template:Blue | 46 | — | — | 286 | 14 | — | 27 | — |
| 1,010 | 155 | 1,831 | 12,134 | 1,573 | 1,049 | 1,335 | 1,761 | 1,198 | 22,046 | 27,929 | Aggregate O&Ds | 25,026 | 16,336 | 435 | 561 | 255 | 12,151 | 1,637 | 377 | 669 | 251 |
Deliveries of the former McDonnell Douglas MD-80, MD-90, and MD-11 models have been incorporated into Boeing’s totals since the August 1997 merger with McDonnell Douglas.
As of January 2024, both companies have announced plans to escalate production rates for their principal aircraft:
- Airbus A220 production aiming for 168 units annually
- Airbus A320neo family targeting 900 units per year; Boeing 737 MAX set for 600 units annually
- Airbus A330 increasing to 48 units yearly; Boeing 787 planned at 120 units per year
- Airbus A350 projected at 108 units annually; Boeing 777 expected to reach 48 units per year
Backlog Trends Over Time
The following table displays the backlog figures (orders outstanding as of December 31 each year):
| 2025 | 2024 | 2023 | 2022 | 2021 | 2020 | 2019 | 2018 | 2017 | 2016 | 2015 | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Airbus | 8,754 | 8,658 | 8,598 | 7,239 | 7,082 | 7,184 | 7,482 | 7,577 | 7,260 | 6,874 | 6,787 | ||||
| Boeing | 5,953 | 5,595 | 5,626 | 4,578 | 4,250 | 4,223 | 5,625 | 5,951 | 5,856 | 5,715 | 5,896 | ||||
| Difference | 2,801 | 3,063 | 2,972 | 2,661 | 2,832 | 2,961 | 1,857 | 1,626 | 1,404 | 1,159 | 891 | ||||
| 2014 | 2013 | 2012 | 2011 | 2010 | 2009 | 2008 | 2007 | 2006 | 2005 | 2004 | 2003 | 2002 | 2001 | 2000 | |
| Airbus | 6,386 | 5,559 | 4,682 | 4,437 | 3,552 | 3,488 | 3,705 | 3,421 | 2,533 | 2,177 | 1,500 | 1,454 | 1,505 | 1,575 | 1,626 |
| Boeing | 5,789 | 5,080 | 4,373 | 3,771 | 3,443 | 3,375 | 3,714 | 3,427 | 2,455 | 1,809 | 1,097 | 1,110 | 1,152 | 1,363 | 1,612 |
| Difference | 597 | 479 | 309 | 666 | 109 | 113 | 9 | 6 | 78 | 368 | 403 | 344 | 353 | 212 | 14 |
Values highlighted in indicate Airbus holds the lead; those marked in indicate Boeing leads.
Airliners in service
2014 2015 2016 2017 2018 2019 2020 2023| 707 | 717 | 727 | 737 | 747 | 757 | 767 | 777 | Boeing | A220 | A300 | A310 | A320 | A330 | A340 | A350 | A380 !Airbus !Ratio !Total | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 68 | 155 | 620 | 4,328 | 989 | 996 | 862 | 575 | 8,593 | 408 | 199 | 2,761 | 418 | 306 | 4,092 | 2.09:1 | '12,685' | ||||||||||
| 63 | 155 | 561 | 4,583 | 985 | 1,000 | 880 | 640 | 8,867 | 392 | 193 | 3,095 | 481 | 330 | 4,491 | 1.97:1 | '13,358' | ||||||||||
| 61 | 154 | 500 | 4,761 | 955 | 980 | 873 | 714 | 8,998 | 387 | 194 | 3,395 | 533 | 330 | 4 | 4,843 | 1.86:1 | '13,841' | |||||||||
| 58 | 142 | 442 | 4,928 | 947 | 970 | 864 | 780 | 9,131 | 376 | 188 | 3,737 | 607 | 345 | 16 | 5,269 | 1.73:1 | '14,400' | |||||||||
| 39 | 147 | 398 | 5,153 | 915 | 945 | 863 | 858 | 9,318 | 348 | 160 | 4,092 | 675 | 342 | 30 | 5,647 | 1.65:1 | '14,965' | |||||||||
| 10 | 130 | 250 | 5,177 | 736 | 898 | 837 | 924 | 8,962 | 296 | 121 | 4,392 | 766 | 332 | 50 | 5,957 | 1.50:1 | '14,919' | |||||||||
| 2 | 143 | 169 | 5,357 | 690 | 860 | 838 | 1,017 | 15 | 9 ,091 | 262 | 102 | 4 ,803 | 848 | 312 | 76 | 6 ,403 | 1.42:1 | '15 ,494' | ||||||||
| 148 | 109 | 5 ,458 | 627 | 855 | 821 | 1 ,094 | 68 | style="border-right: 1px solid black;" 9 ,180 | 234 | 84 | 5 ,170 | 927 | 298 | 106 | 6 ,819
'15 ,999' | |||||||||||
| 154 | 87 | 5 ,782 | 585 | 812 | 795 | 1 ,188 | 163 |
9 ,564 |
216 |
71 |
5 ,632 |
1020 |
266 |
136 |
7 ,341 |
1.30:1 |
'16 ,905' | |||||||||
| 136 | 69 | 6 ,135 | 571 | 738 | 765 | 1265 | 286 |
9 ,965 |
207 |
62 |
6 ,050 |
1095 |
227 |
5 |
167 |
7 ,813 |
1.28:1 |
'17 ,778' | ||||||||
| 154 | 64 | 6 ,512 | 515 | 688 | 742 | 1324 | 423 |
10 ,422 |
210 |
47 |
6510 |
1154 |
196 |
29 |
193 |
8339 |
1.25:1 |
'18 ,761' | ||||||||
| 154 | 57 | 6864 | 489 | 689 | 744 | 1387 | 554 |
10 ,938 |
211 |
37 |
6965 |
1214 |
176 |
92 |
212 |
8907 |
1.23:1 |
'19 ,845' | ||||||||
|
148 || 44 || 7310 || 462 || 666 || 742 || 1416 || 675 ! 11 ,463 | 39 | 212 | 31 | 7506 | 1265 | 159 | 185 | 223 ! 9620 | 1.19:1 | '21 ,083' | ||||||||||||||||||||||||||
|
145 || 40 || 7132 || 461 || 655 || 729 || 1424 || 808 ! 11 ,394 | 77 | 202 | 25 | 7913 | 1270 | 135 | 282 | 233 ! 10137 | 1.12:1 | '21 ,531' | ||||||||||||||||||||||||||
|
91 || 34 || 5743 || 327 || 479 || 544 || 1041 || 728 ! 8 ,987 | 105 | 185 | 14 | 6269 | 755 | 59 | 293 | 18 ! 7698 | 1.17:1 | '16 ,685' | ||||||||||||||||||||||||||
|
105 || 36 || 6500 || 441 || 582 || 269 || 1163 || 1113 ! 10 ,208 | 314 | 219 | 52 | 10562 | 1469 | 202 | 585 | 233 ! 13636 | 1:1.3 | '23 ,844' |
The figures demonstrate Airbus's expanding fleet share and its increasing backlog lead compared to Boeing throughout recent years.
Subsidies
Boeing has frequently contested Airbus regarding launch aid financing, while Airbus argues that Boeing gains from unlawful subsidies through military contracts, research grants, and tax incentives.
In July 2004, then-Boeing CEO Harry Stonecipher alleged that Airbus violated a 1992 EU-US agreement concerning government support for large civil aircraft. Airbus benefits from reimbursable launch investment (RLI), commonly known as "launch aid," provided by European governments and repaid with interest and royalties if the program succeeds. Airbus maintains this practice aligns with WTO regulations and the 1992 agreement, which allows government loans up to 33% of project costs, repayable within 17 years at an interest rate slightly above government borrowing costs. Since 1992, Airbus states it has repaid more than US$6.7 billion—40% above the amount received.
Airbus points out Boeing’s advantage due to significant U.S. military contracts (notably the KC-X program) and technology development supported by NASA. Additionally, Boeing's recent aircraft like the 787 have benefited from incentives offered by local and state governments. Airbus’s parent company, EADS, is a prominent military contractor involved in projects such as the Airbus A400M and other defense-related aircraft.
Attempts to settle these subsidy disputes through consultations between EU and U.S. trade officials in January 2005 were unsuccessful, intensifying the rivalry between the two firms.
World Trade Organization litigation
On 31 May 2005, the United States initiated a case against the European Union alleging unlawful subsidies granted to Airbus. The EU promptly responded within a day, countering with complaints about U.S. subsidies to Boeing.
The conflict intensified over support for the Airbus A380 and the launch of the Airbus A350, which Airbus preferred to finance with state loans covering roughly one-third of development expenses. The A350 directly competes with Boeing's 787 Dreamliner. EU representatives scrutinized U.S. funding through NASA, the Department of Defense, and state governments—specifically Washington, Kansas, and Illinois—for Boeing’s development programs. An interim WTO report was released in September 2009.
In March 2010, the WTO determined that European governments had unfairly subsidized Airbus. In September 2010, it ruled that Boeing received illegal subsidies violating WTO guidelines. By May 2011, two rulings declared that U.S. defense and NASA grants could not subsidize civilian aerospace; Boeing was ordered to repay $5.3 billion in unlawful subsidies. Conversely, some prior decisions on European launch aid were partially overturned, permitting certain public-private partnerships to continue. Both parties claimed partial victories in this significant trade dispute.
By December 2011, Airbus announced compliance with WTO directives and called on Boeing to follow suit. The U.S. contested this claim by initiating further complaint procedures and seeking authorization for retaliatory measures. The EU requested arbitration; however, both sides eventually withdrew their requests.
On 12 March 2012, the WTO appellate body confirmed that Boeing had obtained at least $5.3 billion in illegal cash subsidies causing Airbus an estimated $45 billion loss in sales opportunities. An additional $2 billion in potential future U.S. state and local subsidies were also deemed unlawful. The U.S. was given six months to amend its support policies. By April 2012, both parties agreed on steps to implement these rulings.
In September 2012, the EU sought WTO approval to impose countermeasures against U.S. subsidies benefiting Boeing, requesting sanctions as high as $12 billion annually—reflecting estimated damages from illegal Boeing assistance. Due to case complexity, the WTO panel ruling was postponed until at least 2016.
In December 2014, the EU challenged Washington State's tax incentives granted to Boeing—considered the largest state tax subsidy in U.S. history at $8.7 billion over four decades—arguing these exceeded Boeing’s development expenses and violated earlier WTO decisions. Boeing defended these incentives as generally available but restricted to aircraft produced solely in Washington.
In September 2016, the WTO concluded that Airbus had not fully remedied harm caused by illegal subsidies; the EU appealed seeking a final ruling anticipated by late spring 2018. Boeing expected sanctions between $10–15 billion with potential tariffs imposed by the U.S.; meanwhile, the EU planned strong retaliatory actions. Both manufacturers remain vulnerable due to substantial order backlogs within each other's markets, though mitigated somewhat by lessors and Airbus’s assembly operations in Alabama.
On 15 May 2018, the WTO ruled that Airbus’s A380 and A350 programs received improper subsidies via repayable launch aids or low-interest loans; however, most complaints (94%) were dismissed since launch aids are lawful if given at market rates. Airbus committed to addressing these violations. Approval for U.S. tariffs could take up to 18 months; meanwhile, the EU might retaliate concerning Washington State subsidies supporting Boeing’s 787 and 777X projects. The United States expressed readiness to pursue penalties but remains open to negotiating settlements with the EU.
Tariffs
On 9 April 2019, the US Government imposed tariffs on Airbus and other European Union products, citing improper subsidies, which led France's finance minister, Bruno Le Maire, to advocate for a cooperative resolution. Subsequently, on 1 July, the United States proposed additional tariffs for similar reasons.
By 24 September, the World Trade Organization (WTO) granted the US permission to levy tariffs on $8 billion worth of EU goods. On 30 September, the WTO authorized punitive tariffs ranging between $5 billion and $10 billion—significantly less than the $25 billion initially requested—with the US Trade Representative expected to publish a detailed list of taxed products by the end of that year. The WTO was anticipated to rule on permissible EU counter-tariffs by mid-2020, as the EU sought compensation amounting to $20 billion. This conflict posed risks to both parties; US aerospace exports to Europe were valued at $30.5 billion, while imports from Europe reached $23.6 billion.
On 2 October 2019, the WTO approved US tariffs targeting $7.5 billion of European goods, and despite calls from the EU for dialogue, these tariffs were officially sanctioned on 14 October. The measures, aimed at Airbus, wine, and several other products, became effective on 18 October.
On 15 February 2020, the United States raised tariffs on Airbus aircraft from 10% to 15%, with this increase taking effect on 17 February. In response to a WTO ruling that declared Washington state’s preferential tax incentives illegal subsidies, Boeing petitioned for the suspension of these tax benefits to mitigate potential retaliatory tariffs from Europe.
On 30 September 2020, the WTO authorized the European Union to impose retaliatory tariffs on $4.1 billion worth of American goods, supplementing earlier sanctions permitting up to $8.2 billion in tariffs. Acting European Commissioner for Trade Valdis Dombrovskis called on the US to withdraw its tariffs; the WTO gave formal approval for EU tariffs on 13 October. The United States proposed removing its tariffs if Airbus restructured state-backed loans under strict conditions; however, the EU declined this offer amid ongoing challenges caused by the COVID-19 pandemic in the aviation sector. Further negotiations through the WTO were planned for late October but hinged on the outcome of the US presidential election.
On 9 November, the WTO reaffirmed that EU tariffs would proceed as scheduled, though optimism remained for a resolution with incoming US leadership. Talks recommenced in December, during which time the United Kingdom rescinded its own tariffs on US products to help ease tensions.
On 30 December 2020, citing unfair tariff calculations during periods of reduced exports amid COVID-19, the US broadened its tariff scope on EU goods; these expanded duties took effect in January 2021.
On 4 March 2021, as part of efforts to resolve the dispute, the United States suspended tariffs imposed on UK goods; both parties agreed to suspend their respective tariffs by 5 March. On 22 March, US Trade Representative Katherine Tai engaged in discussions with trade officials from both the EU and UK aiming to conclude the dispute.
By 15 June 2021, an agreement was reached between the US and EU establishing a five-year ceasefire that suspended all related tariffs. Additionally, both sides committed to ensuring that future research and development funding would be conducted transparently and without discrimination against domestic manufacturers.
See also
- Airbus Corporate Jets
- Boeing Commercial Airplanes
- Boeing manufacturing and design issues
- Competition in the Regional jet market
- List of civil aircraft