The Aviation Market Conquered by Airbus: A Half-Century Trajectory Surpassing Boeing
In the aerospace industry, the major manufacturing giants representing the West, Airbus and Boeing, have divided the global market between them for many years. While Boeing dominated the market by launching the 737 in 1967 and the 747 in the late 1970s, Airbus began its challenge as a relatively new manufacturer established through the joint investment of European nations, announcing its first mass-produced wide-body aircraft, the A300, in 1972. Half a century later, Airbus has surpassed Boeing in metrics such as order backlogs and delivery numbers, securing its position as the world's largest passenger aircraft manufacturer. This article explains that journey, from historical background to technological innovation, financial status, and future prospects, incorporating specific examples and statements from those involved.
1. Historical Background: From the Wide-Body Era to Narrow-Body Competition
1-1. Boeing's Golden Age and the Birth of Airbus
From the late 1960s through the 1970s, Boeing dominated the commercial passenger aircraft market. The 737 series, announced in 1967, boasted high reliability, and in 1970, the company launched the 747, the world's first wide-body aircraft, which instantly boosted demand for long-haul routes. Alarmed by this, European nations integrated state-owned and semi-state-owned enterprises from France, Germany, the UK, Spain, and others to foster a "national champion" aircraft manufacturer, establishing Airbus in 1970. The corporate groups that became the predecessors of Airbus had been involved in aircraft manufacturing since after World War II, but they determined that they could not compete unless they consolidated their resources.
1-2. The Arrival of the A300 and Support from European Nations
In 1972, Airbus announced the A300, its first twin-engine wide-body aircraft. At the time, wide-body aircraft typically had three or four engines, but the A300, despite being a twin-engine plane, secured about 250 seats and touted its operating cost reduction benefits. However, the market assessed that "demand for mid-sized aircraft is low," and initially, production remained at a low level of one to two units per month. Furthermore, the 1978 Deregulation Act in the United States intensified competition within the U.S., increasing demand for more cost-efficient short-to-medium-haul aircraft. Riding this tailwind, Airbus improved the A300 and strengthened its business foundation with the help of the successor A310 and financial support from EADS (now Airbus Group). In the 1980s, it expanded its sales channels outside of Europe and gradually built up a track record.
2. The Victory of the Narrow-Body Strategy
2-1. Innovative Technology of the A320 Family
In 1984, Airbus launched a new narrow-body aircraft development program, the A320. Its greatest feature was the introduction of numerous cutting-edge technologies, aiming to compete directly with the Boeing 737 in the 150-seat single-aisle market. Specifically, it abandoned the traditional control yoke and was the first commercial passenger aircraft to fully adopt a side-stick and fly-by-wire (FBW) system. By inputting flight control data into computers via electrical signals and incorporating control logic to stabilize the aircraft, it achieved improved maneuverability and reduced airframe weight. As an official from the Airbus technical department stated, "The A320 is a generation ahead of the 737 in terms of flight control," it earned excellent evaluations for its handling and safety.
However, when the A320 was first introduced, there were successive problems with the flight control system and accidents, and it took time to gain general acceptance. Starting with a crash during a demonstration flight in 1988, other fatal accidents occurred, and although it took several years to restore trust, from the mid-1990s onwards, the superiority of its performance and operating costs became widely recognized, and airlines around the world, including those in the U.S., began adopting the A320 family. As a result, the A320 family established a firm position in the narrow-body market, becoming a factor that sustained a "50% to 50%" share battle with the Boeing 737 series.
2-2. Market Dominance of the A321neo and the 737 MAX Problem
Since 2010, airlines have been most concerned with reducing fuel costs and extending flight range, and Airbus developed the A320neo (New Engine Option) family as an improved version of the A320. In particular, the A321neo, which achieved the maximum number of seats and the longest flight range, realized about a 15% reduction in fuel consumption compared to the conventional A320, dramatically increasing the economic efficiency of airlines on short-to-medium-haul routes. In fact, as of the end of 2024, "the A321neo accounts for 72% of the order backlog in the single-aisle segment," and the total Airbus backlog reached 8,726 aircraft (as of January 2025), a business scale estimated to require about 13 years to complete and deliver.
Meanwhile, Boeing developed the 737 MAX series as a competitor to the A320neo and debuted the MAX 8 in 2017, but two crashes in 2018 and 2019 claimed 346 lives. The cause was attributed to a malfunction in the "MCAS (Maneuvering Characteristics Augmentation System)," and the entire fleet was grounded for about two years. This severely disrupted production and delivery plans, and financially, the company recorded a $12 billion loss in 2020. Furthermore, in 2024, the 737 MAX 9 door plug blowout incident occurred, leaving no prospect for the resumption of deliveries, forcing a $11.8 billion loss for the full year of 2024. In contrast, while Airbus suffered losses of over $1 billion in 2019 and 2020 due to the pandemic, it has been profitable since 2021 and has continued to surpass Boeing in delivery numbers since 2019. As financial analysts point out, "Airbus has made a steady profit since the pandemic, while Boeing hasn't made a profit since 2018," it can be said that its financial superiority is functioning.
3. Diversification of Production and Supply Chain Strategy
3-1. Final Assembly Lines (FAL) Around the World
Airbus traditionally concentrated production at its European headquarters (such as Toulouse), but since the late 1990s, it began establishing overseas Final Assembly Lines (FAL) as part of its global market development. In 2001, it opened its first U.S. FAL in Mobile, Alabama, and subsequently established FALs for helicopter production (Mississippi), satellite manufacturing (Florida), and even in Asia, such as in Tianjin, China. In contrast, Boeing long concentrated production within the U.S. (such as Everett, Washington), did not realize final assembly in China, and relied mainly on exports. Airbus states that "by placing a final assembly plant in China, we captured local demand," and as a result, it has increased its share within China as well.
Furthermore, through a regionally decentralized production system, Airbus has strengthened its relationships with major airlines in the U.S. and Asia. For example, Delta Air Lines and American Airlines have adopted the A320 family as their primary aircraft, achieving shorter delivery times and cost reductions by sourcing aircraft directly from the U.S. FAL. In contrast, because Boeing only has domestic assembly lines, a situation has arisen where tariff risks and transportation costs are not necessarily advantageous compared to European-made products.
3-2. Parts Supply and Supply Chain Challenges
After the pandemic from 2021 onwards, global supply chain disruptions caused both companies to face difficulties with parts procurement and production plans. Airbus experienced a temporary slowdown in delivery pace from the end of 2024 to the first half of 2025 due to a recall caused by metal powder issues in Pratt & Whitney GTF engines and delays in engine supply from CFM. However, Airbus minimized the impact by diversifying parts suppliers and flexibly adjusting production line operations, announcing that it expects to deliver 820 aircraft by the end of 2025. On the other hand, Boeing faces many concerns regarding manufacturing quality, such as production adjustments for the 737 MAX and misassembly issues with the 787 Dreamliner, making the restoration of trust and supplier coordination an urgent priority.
4. Financial Status and the Superiority of the Backlog
4-1. Post-Pandemic Performance Recovery
With aviation demand plummeting during the COVID-19 pandemic, Airbus recorded a loss of over $1 billion in 2020, while Boeing was forced to face a deficit of over $12 billion. However, as demand recovered from 2021 onwards, Airbus achieved profitability and is reported to have recorded a net profit of over approximately $2 billion for the full year 2024 (maintaining continued profitability in the first quarter of 2025). Meanwhile, Boeing recorded a $11.8 billion deficit for the full year 2024, continuing a situation where "Boeing hasn't made a profit since 2018." As a result, Airbus has restored its investment capacity, enabling reinvestment in new aircraft development and the expansion of production capabilities.
4-2. Market Share and Earnings Outlook Based on Backlog
As of January 2025, Airbus has a backlog of 8,726 aircraft, while Boeing has 5,643. The backlog indicates the number of aircraft that have been ordered but not yet delivered, serving as an indicator that allows for a certain degree of estimation regarding the revenue to be earned before completion and delivery. Converted into monetary terms, a revenue stream on the scale of hundreds of billions of dollars has accumulated for Airbus, and it is expected to take approximately 13 years to complete delivery under the current manufacturing system. In the single-aisle segment in particular, the A321neo accounts for the majority of the backlog, and as long as airlines continue to prioritize fuel cost reduction and operational efficiency, Airbus's advantage is unlikely to be shaken. Furthermore, in 2024, Airbus delivered 766 aircraft, significantly outperforming Boeing's 348. Since aircraft sales are recognized at the time of delivery, this delivery gap will be a factor driving revenue differences over the next few years.
5. Future Outlook and Challenges
5-1. Trends in New Clean-Sheet Aircraft Development
Both Airbus and Boeing are aiming to develop new clean-sheet (scratch-designed) aircraft as their next-generation flagship models. Airbus has revealed a concept for a "new-generation single-aisle aircraft" incorporating new materials and new propulsion technologies (electrification, fuel cells, hydrogen fuel, etc.) with a target of the mid-2030s starting from 2024, and it plans to finalize design details from the latter half of 2025. On the other hand, Boeing's CEO announced in 2022 that the next aircraft would be introduced after 2030, prioritizing life-extension measures for current aircraft while the A321neo's competitive advantage continues.
However, the difficulty of new development is increasing year by year, and as it is pointed out that "Airbus hasn't announced a new clean sheet plane either, but ...", Airbus is also adopting a low-risk product strategy. How far they can get ahead of their rivals in the design race for next-generation aircraft will be the key to dominating the market in the 2030s.
5-2. Possibility of Resurgent Competition (Boeing, COMAC, Embraer)
Currently, while Airbus holds approximately 60-65% of the short-to-medium-haul market, Boeing continues to account for approximately 56% of the long-haul wide-body market. Boeing is proceeding with the development of the next-generation wide-body aircraft "777X" and plans to introduce it to the market in the late 2020s to early 2030s. In addition, the Chinese commercial aircraft manufacturer COMAC is developing the "C919," and there is a possibility that it could eat into market share in the future, backed by sales pitches to Western airlines and government-led subsidies. Brazil's Embraer also possesses high technical capabilities in the small and regional jet sector, and there is speculation that it will enter the single-aisle market; these emerging forces could challenge the duopoly of Airbus and Boeing.
Furthermore, trade friction between the U.S. and China, tariff risks, and global economic uncertainty are highly likely to affect the aircraft market. In recent years, the free trade system has been wavering, with the U.S. suggesting additional tariffs on EU-made aircraft, raising concerns about supply chain disruptions and price increases for parts. Considering that Airbus imports many parts into the U.S., tariff hikes would be a factor that pushes up supply costs. On the other hand, Airbus is hedging risks by expanding local production and strengthening partnerships with major engine manufacturers and parts suppliers.
In conclusion, while the structure in which Airbus reigns as the world's largest passenger aircraft manufacturer is expected to continue for at least the next few years, the competitive environment could change drastically from the 2030s onwards due to new technology development and changes in the international situation. In any case, it can be said that the advantage Airbus has built in the narrow-body aircraft market and its multi-regional expansion strategy have transformed the traditional industrial structure and secured leadership in the next-generation aircraft business.
