Airbus A330

Airbus A330

Company type	Commercial aircraft model
Industry	Aerospace
Founded	June 1987 (1987-06)
Headquarters	Toulouse , France
Products	Wide-body airliner (A330-200, A330-300, A330neo variants)

The Airbus A330 represents a wide-body airliner engineered and manufactured by Airbus. Its development commenced in the mid-1970s as an enlarged evolution of the A300, resulting in the twin-engine A330 and the four-engine A340. Both aircraft models were introduced with initial orders placed in June 1987. The inaugural version, the A330-300, completed its maiden flight in November 1992 and entered operational service with Air Inter by January 1994. The shorter, longer-range A330-200 variant was introduced later in 1998, with Canada 3000 as its launch customer.

Structurally, the A330 shares significant components with early iterations of the A340, including the wing architecture; however, it differs by utilizing two main landing gear legs instead of three, featuring reduced weight, and offering variations in fuselage length. Both aircraft incorporate fly-by-wire technology alongside similar glass cockpit designs to enhance fleet commonality. The A330 marked Airbus’s first commercial aircraft to provide a choice among three engine manufacturers: General Electric CF6, Pratt & Whitney PW4000, and Rolls-Royce Trent 700. Seating capacity for the A330-300 is approximately 277 passengers over , whereas the -200 version accommodates around 247 passengers across . The family includes specialized variants such as the freighter A330-200F, the military tanker A330 MRTT, and the ACJ330 business jet. The MRTT competed as the EADS/Northrop Grumman KC-45 in the United States Air Force’s KC-X program but was ultimately outbid by Boeing’s KC-46 following an appeal.

In July 2014, Airbus unveiled the re-engined A330neo (new engine option), which consists of the -800 and -900 models. This updated version entered service with TAP Air Portugal in December 2018 and features exclusive Trent 7000 turbofan engines along with sharklet winglets, achieving up to a 14% improvement in fuel efficiency per seat. The earlier variants (-200, -200F, -300) have since been reclassified as A330ceo (current engine option).

As of July 2025, Delta Air Lines operates the largest fleet with 79 aircraft. To date, the A330 family has amassed 1,928 orders; of these, 1,637 units have been delivered and 1,469 remain active across 149 operators worldwide. Since its introduction, this fleet has accumulated more than 65 million flight hours. Ranking as the second most delivered wide-body aircraft after the Boeing 777, it competes primarily against larger Boeing 767 variants and smaller models from the 777 and 787 families. The A330 is complemented by Airbus’s larger A350 model, which succeeded the four-engine A340.

Background

Airbus jetliners, 1974–1994

Model	A300	A310	A320	A330	A340
Introduced	1974	1983	1988	1994	1993
Body	Wide	Wide	Narrow	Wide	Wide
Engines	2	2	2	2	4
Range	4,050 nmi (7,500 km; 4,660 mi)	4,350 nmi (8,060 km; 5,010 mi)	3,000 nmi (5,600 km; 3,500 mi)	6,350 nmi (11,760 km; 7,310 mi)	7,300 nmi (13,500 km; 8,400 mi)

In its early strategy, Airbus aimed to create a diverse lineup of commercial jets derived from the foundational A300 platform. During the early 1970s, Airbus explored numerous variants labeled B1 through B9; among these, the A300B10 evolved into what became known as the longer-range Airbus A310. Concurrently, research into single-aisle aircraft culminated in the development of the Airbus A320 family, which was pioneering for its adoption of digital fly-by-wire flight controls. Parallel initiatives were focused on addressing wide-body market segments.

By mid-1970s progress led to the design of the A300B9—later named the A330—a stretched version of the original A300 equipped with high-thrust turbofan engines intended for routes requiring high passenger capacity over medium distances. This design matched competitors such as the McDonnell Douglas DC-10 in range and payload but offered roughly a quarter better fuel efficiency. It was positioned as an effective replacement for trijet models like the DC-10 and Lockheed L-1011 TriStar. Additionally, this B9 variant served as a medium-range successor to Airbus’s initial wide-body offering.

Simultaneously developed was a four-engine model designated B11 (which became known as the A340), initially envisioned to replace narrow-body jets such as Boeing 707s and Douglas DC-8s but later refocused toward long-haul wide-body operations. To differentiate these from single-aisle jets within Airbus’s portfolio, they were renamed TA9 (twin-engine) and TA11 (four-engine twin-aisle) respectively. Sharing fuselage and wing structures between these models reduced development expenses by an estimated US$500 million.

Market demand influenced design emphasis: North American customers generally preferred twin-engine jets while Asian airlines leaned toward four-engine configurations; European preferences were more mixed. Most buyers ultimately opted for four engines due to regulatory advantages related to twinjet range restrictions and greater operational flexibility when flying with one engine offline. As a result, Airbus prioritized advancing development on the four-engine TA11 (A340) ahead of its twin-engine TA9 (A330) counterpart.

Design Development

The initial concept for the TA9 and TA11, intended to accommodate 410 passengers in a single-class layout, was introduced in 1982. These models featured an expansive underfloor cargo hold that could carry five pallets or sixteen LD3 containers in the forward section, and four pallets or fourteen LD3 containers aft—effectively doubling the cargo volume compared to the Lockheed L-1011 TriStar and DC-10 aircraft. Additionally, the design extended 8.46 meters beyond the length of the Airbus A300. By June 1985, enhancements included integrating the A320-style flight deck equipped with digital fly-by-wire (FBW) controls and side-stick operation. Airbus aimed to standardize cockpits across its aircraft family to enable pilots to transition between models within one week, thereby lowering training expenses for operators. The design incorporated the vertical stabilizer, rudder, and fuselage sections from the A300-600, with an extension of two barrel sections.

Airbus explored advanced aerodynamic features such as variable camber wings, a concept researched by British Aerospace, which promised a 2% improvement in efficiency; however, these were ultimately dismissed due to high costs and complexity in development. Likewise, laminar flow wing designs were evaluated but not adopted.

With financing secured, Airbus’ Supervisory Board gave approval on 27 January 1986 to proceed with the development of both the A330 and A340 programs. Chairman Franz Josef Strauss declared that technical specifications were ready to be finalized with prospective launch customers. The numbering system was adjusted so that the four-engine model would be designated with a "4" series number. Airbus targeted five airlines for initial launch commitments and dispatched sales proposals on 12 May to key potential customers such as Lufthansa and Swissair.

Propulsion Systems

From the outset of TA9's development, Airbus planned to offer engine choices from the three leading manufacturers: Rolls-Royce, Pratt & Whitney, and GE Aviation. GE Aviation initially proposed the CF6-80C2 engine; however, rising thrust requirements led to the creation of the CF6-80E1, which featured a larger fan diameter and fewer blades, delivering increased thrust.

Rolls-Royce transitioned from its initial Trent 600 design to develop the larger-diameter Trent 700 engine exclusively for the A330 platform, providing significant thrust. This marked Rolls-Royce's inaugural engine supply for an Airbus twin-engine aircraft.

Pratt & Whitney engineered the PW4168, tailored exclusively for the A330. It featured an enlarged fan diameter and produced substantial thrust comparable to its competitors, incorporating 34 blades similar to those on the CF6-80E1.

Manufacturing and Validation

In preparation for producing both the A330 and A340, Airbus partners made substantial investments in manufacturing infrastructure. British Aerospace allocated £7 million toward a technical center at Filton and an additional £5 million for a new wing assembly line at Broughton. In Germany, Messerschmitt-Bölkow-Blohm (MBB) invested DM400 million (approximately $225 million) across various facilities. France's largest expenditure was by Aérospatiale, which committed Fr.2.5 billion ($411 million) to establish a final assembly plant near Toulouse-Blagnac Airport featuring advanced automation such as robotic drilling and fastener installation technologies.

On 12 March 1987, Airbus secured initial orders for its twinjet model from French airline Air Inter and Thai Airways International. The following day marked Airbus' formal announcement launching both A330 and A340 programs, aiming for first deliveries in 1992 (A340) and 1993 (A330). Northwest Airlines signed letters of intent by March’s end for twenty A340s and ten A330s. By the official program launch on 5 June 1987, Airbus had amassed orders totaling 130 aircraft from ten customers, including leasing company International Lease Finance Corporation (ILFC), which held orders for 41 A330s. Asian carrier Cathay Pacific joined in 1989 with nine orders for the A330 later increased to eleven.

Assembly of the first A330’s wing-to-fuselage attachment commenced in February 1992; it was unveiled without engines on 31 March, with engine installation completed by August. Initial static testing uncovered wing structural weaknesses that engineers at BAe promptly corrected. At the 1992 Farnborough Airshow, Northwest Airlines postponed sixteen A330 deliveries until 1994 following cancellation of its A340 order.

The inaugural fully assembled A330 was rolled out on 14 October 1992; its maiden flight took place on 2 November. With a weight including test equipment exceeding , it was then the largest twin-engine aircraft flown until Boeing introduced its 777 model. This initial five-hour flight assessed speed, altitude capabilities, and configuration performance as part of a comprehensive test program involving six aircraft accumulating a total of 1,800 flight hours. On 21 October 1993, after more than 1,100 hours of flight testing and successful weight evaluations confirming it was below target weight, the A330 received simultaneous certification from both European JAA and US FAA authorities.

On 30 June 1994, during certification testing of a Pratt & Whitney engine near Toulouse, a fatal accident occurred resulting in total loss of life onboard. The test simulated an engine failure scenario with an aft center-of-gravity condition; pilot difficulties managing autopilot settings caused loss of airspeed leading to a crash. Investigations attributed the accident primarily to delayed crew response and incorrect recovery procedures, prompting revisions to operational protocols for the A330.

Entry into service

The A330's operational debut was marked by Air Inter, which commenced flights on 17 January 1994, connecting Orly Airport in Paris with Marseille. Deliveries to Malaysia Airlines (MAS) and Thai Airways International experienced postponements due to delamination complications within the thrust reverser assembly of the PW4168 engine. Later that year, Thai Airways introduced its first A330, deploying it on routes from Bangkok to Taipei and Seoul. Following engine certification on 22 December 1994, Cathay Pacific received Trent 700-equipped A330 aircraft. MAS took delivery of its initial A330 on 1 February 1995 and adjusted orders for ten more units. The aircraft's original range was approximately 4,000 nautical miles; subsequent enhancements extended this to 5,000 nautical miles in newer versions, ultimately reaching 6,100 nautical miles by 2015.

A330-200

In response to diminishing sales of the A330-300 and rising competition from the Boeing 767-300ER, Airbus introduced the more compact and longer-range A330-200 variant. During development, it was referred to as the A329 and A330M10. This model promised operating costs nine percent lower than those of the 767-300ER. Airbus targeted a market segment with anticipated demand for about 800 aircraft between 1995 and 2015, greenlighting a $450 million development initiative on 24 November 1995.

The maiden flight of the A330-200 took place on 13 August 1997, followed by a certification process lasting sixteen months and comprising 630 hours of flight testing. ILFC became the initial customer, leasing the aircraft to Canada 3000, which served as the launch operator.

During this timeframe, both A330 and A340 series encountered hydraulic pump malfunctions linked to a fire incident that destroyed an Air France A340-200 in January 1994. On 4 January that year, a Malaysia Airlines A330-300 caught fire during maintenance at Singapore Changi Airport, resulting in $30 million in damages and six months of repairs. Operators were advised in January 1997 to deactivate electrical pumps as a preventive measure.

Proposed variants

A330-400/600

In 1996, Airbus explored a stretched version with an additional 12 frames capable of accommodating up to 380 passengers over an extended range, designated as the -400. Additionally, a "super-stretch" variant was considered using the A340-600's 22-frame fuselage extension powered by engines producing , known as the -600.

A330-100/500

By February 2000, Airbus contemplated introducing a smaller A330-100 seating approximately 250 passengers to succeed the A300/A310 series by around 2003. This model featured a shortened fuselage, a fly-by-wire cockpit, an improved wing design based on the A300-600 with sealed control surfaces and winglets, along with new engine options including variants of GE CF6-80, PW4000, and Trent 500, aiming for five percent better fuel efficiency compared to the A300-600. The wing supported a maximum takeoff weight (MTOW) of , offering a range of .

By May of that year, design revisions maintained the original A330 wingspan and engines but targeted a MTOW of 195 tonnes with an extended range . Prospective customers included Singapore Airlines, Lufthansa, and Hapag-Lloyd.

The -500 variant was unveiled at the July Farnborough Air Show with plans for a first flight in early 2003 and entry into service in 2004. ILFC showed interest in acquiring ten units if production proceeded; CIT also expressed potential demand. This version featured an eight-frame reduction in length and could seat 222 passengers across three classes or accommodate up to 266 in two-class configurations. Initially designed for a range , with derated versions intended for shorter distances , airline interest remained limited as carriers preferred more optimized short-range aircraft. Consequently, lessor enthusiasm was muted; ILFC’s tentative order for thirty -500s included options to convert these into larger A330-200 or -300 models.

A330-200Lite

To rival Boeing's then-upcoming 7E7 (later named the 787), Airbus proposed the minimal-modification A330-200Lite in 2004. Featuring a reduced maximum takeoff weight of , coupled with de-rated engines enabling a range of , this variant primarily targeted Singapore Airlines as a replacement for its Airbus A310-300s and early Boeing 767s. However, it failed to meet airline expectations for cutting-edge technology, prompting Airbus to accelerate development of the entirely new A350 XWB.

Further advancements

At the outset, the GE90 was offered as one of three engine choices for the Boeing 777, and then-CEO of GE Aviation, Brian H. Rowe, proposed financing its modification for the A330. Nevertheless, Airbus prioritized the four-engine A340 for long-haul flights, overlooking the market's shift toward twin-engine aircraft.

In response to sluggish demand for the A300-600F and A310F freighters, Airbus introduced the A330-200F freighter model around 2001. This freighter provides a range of with a maximum payload of , or alternatively with . A unique feature of this variant is its bulbous "blister fairing," which accommodates a lowered nose landing gear to level the cargo floor during loading operations, compensating for the standard A330’s nose-down stance on the ground.

The inaugural flight of the A330-200F took place on 5 November 2009, followed by a certification process lasting approximately four months. While FAA and JAA certifications were anticipated by March 2010, JAA approval was postponed until April. The first delivery was made to Etihad Cargo in July 2010.

On 25 September 2013 at Aviation Expo China, Airbus unveiled a reduced-weight A330-300 variant tailored for domestic and regional flights in rapidly expanding markets such as China and India. This model can accommodate up to 400 passengers. The efficiency improvements are mainly attributed to increased seating capacity rather than a significant reduction in weight. For short-haul, congested routes, the A330 competes with single-aisle jets; although its operating costs are comparable to those of the Boeing 737 or Airbus A321, newer generations like the A320neo and 737 MAX demonstrate superior fuel efficiency. When frequency increases are constrained, larger aircraft such as the A330 offer an effective means of expanding capacity. Saudia became the launch customer for this A330 Regional version during the 2015 Paris Air Show. By 2018, list prices were set at US$238.5 million for the A330-200, US$264.2 million for the A330-300, and US$241.7 million for the A330-200F.

New Engine Variant

The A330neo, standing for "New Engine Option," represents an advancement over the original A330, now designated as the A330ceo ("Current Engine Option"). Announced during the Farnborough Airshow in July 2014, this model incorporates state-of-the-art engines initially developed for the Boeing 787, delivering a 14% improvement in fuel efficiency per seat. The A330neo is exclusively powered by the larger Rolls-Royce Trent 7000 engines. It is available in two versions derived from the A330-200 and A330-300 platforms: the -800 variant, capable of seating 257 passengers with extended range, and the -900 variant, accommodating 287 passengers over a slightly shorter range. The inaugural flight of the -900 took place on 19 October 2017, followed by EASA certification on 26 September 2018, and its first delivery to TAP Air Portugal on 26 November. The -800 version first flew on 6 November 2018, with certification targeted for mid-2019 and initial deliveries planned for the first half of 2020.

Manufacturing

Production rates for the A330 were increased by Airbus from roughly eight units per month in 2011 to ten units monthly by April 2013, marking the highest output rate among Airbus wide-body aircraft at that time. In 2012, Airbus anticipated continued sales extending through at least 2020, with the A350-900 intended to supersede the A330-300.

On 19 July 2013, Airbus celebrated delivering its 1,000th A330 to Cathay Pacific, making it the first wide-body aircraft from Airbus to reach this milestone and ranking as the fourth wide-body overall after Boeing’s 747, 767, and 777 models. By May 2025, orders totaled 1,479 A330ceos with deliveries reaching 1,472.

Due to a slowdown in orders, Airbus reduced production from ten to nine aircraft per month in December 2014. This adjustment negatively impacted Airbus’s stock value since the A330 program contributed significantly to cash flow and profitability amid difficulties faced by both the A350 and A380 programs. Early in 2016, production was further lowered to six units monthly but was later increased to seven per month following new contract acquisitions.

By April 2018, Airbus announced additional production cuts to four or five aircraft monthly—approximately fifty annually—citing weakening market demand. In 2019, deliveries included fifty-three A330s (with forty-one being A330neos), as Airbus targeted a production pace near forty units yearly. The backlog softened to three hundred thirty-one aircraft (two hundred ninety-three being A330neos), equating to about eight years of manufacturing capacity.

The final delivery of an A330-200 occurred on 1 October 2019 to OpenSkies (operated by LEVEL), while the last A330-300 was handed over to Aer Lingus on 4 March 2020; some completed units intended for Hong Kong Airlines remained undelivered at that time. Production continues concurrently for the military tanker variant A330 MRTT/KC-30B and the specialized transport aircraft BelugaXL, alongside ongoing A330neo manufacturing.

The COVID-19 pandemic caused a sharp decline in demand for new jets during 2020, leading Airbus to reduce monthly A330 output from approximately four and a half aircraft down to two. Despite these challenges, September 2020 marked a significant milestone with the delivery of the 1,500th A330—Airbus’s first twin-aisle model and its third wide-body overall after Boeing's iconic 747 and 777.

Aircraft Design

The A330 is classified as a medium-size wide-body jet featuring two engines mounted beneath its wings. Its landing gear system comprises a two-wheel nose gear and dual four-wheel bogie main landing legs supplied by Messier-Dowty. The maximum takeoff weight (MTOW) has been increased from its initial value of at launch up to by 2015, enhancing payload-range capabilities.

As of , the worldwide fleet of 1,471 A330s averages approximately 12 years in service (with around 2.5 years for the A330neo), has facilitated over 350 new city pair routes since the Boeing 787 entered service in 2011, and amassed upwards of 65 million flight hours while maintaining a 99.2% operational reliability rate.

Variants

With the introduction of the Airbus A330neo, Airbus reclassified existing A330 family variants—including the A330-200, 200F, 300, and MRTT—as Airbus A330ceo ("current engine option").

A330-200

The A330-200 is a shortened model designed for extended range that commenced operations in 1998 with Canada 3000. It generally accommodates 253 passengers across three cabins over a range of . Measuring long, it is ten fuselage frames shorter than the original −300 version. To compensate for the reduced moment arm due to its shorter fuselage, the vertical stabilizer was enlarged by , and structural reinforcements were applied to the wing to support a maximum takeoff weight of . Customers can select from three engine types: General Electric CF6-80E, Pratt & Whitney PW4000, or Rolls-Royce Trent 700. Fuel capacity was increased to through incorporation of a centre section tank adapted from the A340.

In 2004, a redesigned vertical stabilizer derived from the A340-500/-600—shorter by —became standard equipment on newly produced A330-200s.

Airbus unveiled a higher gross weight (HGW) variant in 2008 aimed at competing with Boeing's 787 Dreamliner. The −200HGW model raised maximum takeoff weight by five tonnes, which extended both range by and payload capacity by . Korean Air was the launch customer with six firm orders in 2009; deliveries started in 2010.

By mid-2012, Airbus proposed an additional upgrade that increased maximum gross weight by , further extending range by and payload by , while enhanced engines and aerodynamic refinements reduced fuel consumption by about two percent. Later that year, maximum gross weight reached , boosting range by compared to prior versions; this variant received EASA certification in September 2015.

Thanks to its improved range and fuel economy, the A330-200 became a formidable rival to Boeing’s Boeing 767-400ER and Boeing 787 Dreamliner. It also competed internally with earlier A340 models but gained preference due to superior fuel efficiency and adequate range for most routes. Consequently, Airbus differentiated later A340 models by increasing capacity and range.

Priced at US$94 million upon delivery in 1998, the −200’s cost exceeded $100 million by 2005 before dropping close to $75 million by 2019 as airlines gravitated toward the −300 and A330neo variants. The list price stood at US$238.5 million in 2018. By 2024, Airbus had received orders for 661 −200s, delivered 656 units, with 572 actively in service.

A330-200F

The A330-200F is a dedicated freighter version of the A330-200, designed to transport more than 65 tonnes or up to 70 tonnes of cargo. To counteract the typical nose-down stance of the standard A330 when on the ground, this model incorporates a modified nose landing gear arrangement that ensures a level cargo floor. This adjustment necessitates a distinctive blister fairing due to the lower attachment points on the fuselage. It is equipped with either Pratt & Whitney PW4000 or Rolls-Royce Trent 700 engines, as General Electric engines are not offered for this variant.

In contrast to the passenger A330-200, the freighter version does not include a center fuel tank by default, reducing weight by eliminating the inerting system and decreasing fuel capacity by 41,560 litres; however, this tank can be installed upon customer request.

By December 2020, Airbus had delivered 38 A330-200F aircraft with no pending orders. The list price is set at $241.7 million. Airbus also provides conversion services to transform existing −200 passenger aircraft into freighters. Sized between the Boeing 767-300F and 777F models, the A330-200F has fewer orders and deliveries compared to these Boeing freighters.

A330-300

Powered by two engines from either General Electric CF6-80E1, Pratt & Whitney PW4000, or Rolls-Royce Trent 700 series, the extended −300 version measures 63.69 meters in length and offers a range of approximately 11,750 kilometers. It typically accommodates 277 passengers under a 440-exit certification and can carry up to 32 LD3 containers. The aircraft received both European and US certifications on 21 October 1993 after completing 420 test flights totaling over 1,100 hours. Service entry occurred on 16 January 1994. The A330-300 is derived from a lengthened A300 fuselage combined with redesigned wings, tail surfaces, and fly-by-wire controls.

In 2010, Airbus launched an upgraded −300 variant featuring an increased maximum takeoff weight (MTOW) of 235 tonnes—two tonnes more than before—resulting in a range extension of approximately 250 nautical miles and a payload boost of 1.2 tonnes. By mid-2012, Airbus proposed raising the MTOW further to 240 tonnes for introduction around mid-2015. This enhancement aimed to increase range by about 400 nautical miles and payload capacity by five tonnes while incorporating engine and aerodynamic refinements that reduce fuel consumption by roughly two percent. In November 2012, Airbus announced an additional MTOW increase to 242 tonnes and a range extension reaching roughly 12,130 kilometers (6,550 nautical miles), including plans to enable use of the central fuel tank for the first time on this model.

As of December 2020, Airbus had received orders for 779 A330-300s, delivered 771 units, with 742 actively operating worldwide. The list price in 2015 was $264 million. Key competitors include Boeing’s 777-200 and 787-9 models as well as the now-discontinued McDonnell Douglas MD-11.

A330-300HGW

In the year 2000, Airbus explored a higher gross weight version of the A330-300 designated as the A330-300HGW, featuring a maximum takeoff weight of 240 tonnes, which is seven tonnes above the original specification. This variant included reinforced wing structures and added a center fuel tank with a capacity of 41,600 litres, enabling an extended range beyond 11,000 kilometers. Leasing firm ILFC expressed interest for routes connecting the US West Coast with Europe.

Engine options comprised all those available on standard A330-200/-300 models plus potentially the new Engine Alliance GP7000 engine—the first time this engine would be used on a twinjet aircraft. Although planned for entry into service in 2004, this program was never officially launched.

The concept of a 240-tonne MTOW re-emerged at the Farnborough Airshow in 2012 as an option applicable to both A330-200 and -300 variants. By November that year, Airbus had increased the maximum takeoff weight limit to 242 tonnes, applicable starting from MSN 1627 onward. The inaugural delivery of an A330-300 with this increased MTOW was made to Delta Air Lines on 28 May 2015.

A330 Regional

In September 2013, Airbus unveiled the A330 Regional, also known as the A330-300 Regional, a specialized version of the A330-300 tailored to accommodate up to 400 passengers. This variant operates with reduced engine thrust, a maximum takeoff weight (MTOW) of , and a flight range of . The MTOW can be readily increased to , aligning it with the extended range model that offers a range of . This aircraft delivers operating expenses up to 26% lower than those of the longer-range A330-300.

The inaugural A330 Regional was handed over to Saudia on 18 August 2016.

A330P2F

The A330P2F (Passenger-to-Freighter) conversion initiative was announced at the 2012 Singapore Airshow through a collaboration between Airbus, Elbe Flugzeugwerke (EFW), and ST Aerospace. With an anticipated service entry in 2016, Airbus estimated a market requirement for 2,700 freighters over two decades, including approximately 900 conversions, about half comprising mid-sized aircraft such as the A330. These conversions primarily take place at EFW’s Dresden facility and a newly established site in Shanghai.

Designed for operators managing lower-density express and e-commerce cargo, the A330-300P2F can transport up to over . After completing flight testing in October 2017 and obtaining EASA certification in November, the first aircraft was delivered to DHL on 1 December 2017.

The A330-200P2F variant carries payloads exceeding . Following its flight tests in June 2018 and certification in July, the initial delivery was made to Egyptair Cargo on 3 August 2018.

This P2F model preserves the original passenger aircraft’s structural layout and incorporates a powered cargo loading system that enables pallets to ascend "uphill" on the main deck, thereby eliminating the characteristic nose bulge seen on factory-built A330-200Fs.

On 3 March 2022, air freighter leasing company Air Transport Services Group committed to acquiring 29 A330-300P2F conversions, with deliveries planned between 2023 and 2027.

A330-800

The Airbus A330-800 is a derivative of the A330-200 featuring enhancements such as an updated cabin layout, larger Trent 7000 engines, and aerodynamic improvements. Its first flight took place on 6 November 2018. The initial two units were delivered to launch customer Kuwait Airways in October 2020.

A330-900

The Airbus A330-900 retains the fuselage length of the A330-300 but includes cabin optimizations that add ten extra seats. Powered by advanced Trent 7000 engines and fitted with redesigned winglets, this model achieves a 14% reduction in fuel consumption per seat compared to the original A330-300. It offers a range of , accommodating 287 passengers in its standard configuration. The A330-900 completed its maiden flight on 19 October 2017, received EASA certification on 26 September 2018, and entered service with launch customer TAP Air Portugal on 15 December 2018.

BelugaXL (large cargo freighter)

In November 2014, Airbus commenced development of the BelugaXL as a successor to the original Beluga transporter. Built upon the Airbus A330 platform, the BelugaXL provides a cargo volume increase of approximately 30% and is capable of carrying two A350 wings simultaneously—double that of its predecessor. The aircraft was officially revealed on 4 January 2018, conducted its first flight on 19 July 2018, and began operations transporting components between Airbus facilities in January 2020.

ACJ330

The A330-200 is offered as the ultra-long-range Airbus Corporate Jet model known as the A330-200 Prestige. This variant can transport 50 passengers and has a maximum range of 15,400 kilometers.

ACJ330neo

The A330neo corporate jet edition accommodates up to 25 passengers and boasts a range of 19,260 kilometers (approximately 21 hours), allowing for nonstop routes such as from Europe to Australia.

Airbus A330 MRTT

The Airbus A330 MRTT serves as a multi-role tanker and transport adaptation of the A330-200, engineered for in-flight refueling and strategic airlift missions. By November 2020, approximately 60 units had been ordered by air forces across thirteen nations.

EADS/Northrop Grumman KC-45

The EADS/Northrop Grumman KC-45 was a proposed version of the A330 MRTT intended for the United States Air Force's KC-X aerial refueling competition. In February 2008, this aircraft was initially chosen by the USAF to succeed the Boeing KC-135 Stratotanker. However, the procurement process encountered disputes including claims of corruption and favoritism.

In July 2010, EADS submitted a tanker proposal independently, without Northrop Grumman. Ultimately, on 24 February 2011, the USAF awarded the contract to Boeing for its KC-767 design, later named the KC-46, citing cost-effectiveness as the primary reason.

Operators

As of , there are 1,464 A330 family aircraft actively operated by airlines worldwide. This fleet includes 546 A330-200s, 38 freighter (-200F) models, 720 A330-300s, 7 A330-800s, and 153 A330-900s across 149 carriers. The leading operators by fleet size are Delta Air Lines with 78 aircraft, followed by Turkish Airlines (60), China Eastern Airlines (56), Air China (44), and Cathay Pacific (43).

By 2012, over 830 A330s flown by more than 90 airlines had completed five million revenue flights and accumulated over 20 million flight hours with dispatch reliability exceeding 99%. In November 2017, the global fleet reached 1,190 units serving 106 airlines, predominantly consisting of high maximum takeoff weight variants. The average flight distance was about 2,000 nautical miles; notable long-haul routes included Buenos Aires to Rome on the A330-200 and Paris to Reunion on the A330-300. Among operators with fleets of at least five A330s, many had placed orders for newer aircraft: seventeen for A350-900s, eleven for Boeing 787 models, thirteen for both types, three for A330neos only, two for both A330neos and A350s; fourteen remained undecided regarding replacements.

By August 2019, more than 400 airports worldwide were served by over 120 operators using the A330. Dispatch reliability continued to exceed 99%, with annual utilization reaching up to 6,000 flight hours. The milestone delivery of the 1,500th A330—an A330-900neo—occurred in September 2020 to Delta Air Lines. As of June 2023, the A330 ranked second in total wide-body airliner deliveries after the Boeing 777. By May 2024, cumulative deliveries had surpassed 1,600 units.

Orders and Deliveries

As of , total orders for the Airbus A330 family stand at 1,928 aircraft with 1,637 delivered (excluding two A330-900s handed over to Air Belgium through Airbus Financial Services).

	Orders		Deliveries
Type	Total	Backlog	Total	2025	2024	2023	2022	2021	2020	2019	2018	2017	2016	2015	2014	2013	2012	2011	2010
A330-200	665	6	659	1	2	3	5	3	5	7	14	16	21	30	28	43	37	40	32
A330-200F	38	0	38	–	–	–	–	–	–	–	–	2	3	3	5	8	8	4	5
A330-300	776	0	776	–	–	–	4	1	1	5	32	49	42	70	75	57	56	43	50
A330ceo	1,479	6	1,473	1	2	3	9	4	6	12	46	67	66	103	108	108	101	87	87
A330-800	12	5	7	–	–	–	3	1	3	–	–	–	–	–	–	–	–	–
A330-900	437	280	157*	13	32	29	20	11	10	41	3	–	–	–	–	–	–	–	–
A330neo	449	285	164	13	32	29	23	12	13	41	3	–	–	–	–	–	–	–
(A330 family)	(1,928)	(291)	(1,637)	(14)	(34)	(32)	(32)	(16)	(19)	(53)	(49)	(67)	(66)	(103)	(108)	(108)	(101)	(87)	(87)

	Deliveries
	2009	2008	2007	2006	2005	2004	2003	2002	2001	2000	1999	1998	1997	1996	1995	1994	1993
A330-200	49 |42 |39 |29 |25 |19 |36 |16 |27 |40 |12 |– |– |– |– |–
A330-200F	– | – | – | – | – | – | – | – | – | – | – | – | – | – | – | –
A330-300	23 |26 |23 |27 |22 |12 |6 |19 |16 |4 |11 |14 |10 |30 |9 |1
A330ceo	'72'|'68'|'62'|'56'|'47'|'31'|'42'|'35'|'43'|'44'|'23'|'14'|'10'|'30'|'9'|'1'

Data As of July 2025

• Note: This figure excludes two A330-900 aircraft delivered to Air Belgium via Airbus Financial Services from canceled orders.

Accidents and incidents

To date, the Airbus A330 has been involved in 46 aviation-related accidents and incidents, which include 14 hull losses—10 resulting from flight accidents and 4 due to criminal acts—leading to a total of 339 fatalities.

Accidents

The first fatal crash involving an A330 occurred on 30 June 1994 near Toulouse during a test flight conducted by Airbus. An A330-300 simulating an engine failure crashed, resulting in the deaths of all seven crew members on board. Following this accident, Airbus issued guidance urging operators to disengage the autopilot and restrict pitch angles after an engine failure at low speeds.

The most catastrophic accident was Air France Flight 447 on 1 June 2009, where an A330-200 crashed into the Atlantic Ocean, killing all 228 passengers and crew. The investigation identified faulty pitot tubes—specifically Thales "–AA" models prone to providing incorrect airspeed readings under icing conditions—as a significant contributor. Airbus subsequently recommended replacing these with Goodrich pitot probes. It was determined that pilot mishandling of unreliable airspeed information and the disengagement of autopilot led to an aerodynamic stall.

On 12 May 2010, Afriqiyah Airways Flight 771, operating an A330-200, crashed during its approach to Tripoli from Johannesburg, resulting in 103 fatalities out of 104 occupants. The cause was attributed to pilot error.

On 23 October 2022, Korean Air Flight 631, an A330-300, made a crash landing at Mactan-Cebu International Airport amid adverse weather conditions; fortunately, no casualties or injuries were reported.

Incidents

Engine-related issues

There have been several instances of in-flight engine shutdowns involving Trent 700-powered A330-300 aircraft. On 11 November 1996, an engine failure forced a Cathay Pacific flight to return to Ho Chi Minh City. On 17 April 1997, Dragonair experienced an engine shutdown caused by carbon clogging the oil filter, prompting Cathay Pacific to suspend its 120-minute ETOPS authorization. Further failures in May 1997 involved bearing and gearbox malfunctions along with metal debris detected in the engine's master chip. After a fifth incident on 23 May, both Cathay Pacific and Dragonair grounded their A330 fleets for two weeks, significantly impacting operations since Cathay’s eleven A330s represented about 15% of its passenger capacity. Rolls-Royce and Hispano-Suiza subsequently redesigned the lubrication system to address these problems.

Other engine-related incidents occurred between 2015 and 2018 affecting PW4000 and CF6 engines across airlines such as Asiana Airlines, Air Europa, Aer Lingus, Malaysia Airlines, Delta Air Lines, Qantas, China Airlines, and Brussels Airlines. These events included in-flight shutdowns, engine fires, and abnormal vibrations.

Flight data-related issues

In 2008, Air Caraïbes reported problems with pitot tube icing on its A330 fleet. On 7 October that year, Qantas Flight 72 experienced two abrupt uncommanded pitch-down movements near northwestern Australia that injured 106 people. The root cause was identified as a design flaw within the aircraft’s Air Data Inertial Reference Unit combined with limitations in the flight computer software.

Fuel system-related events

On 24 August 2001, Air Transat Flight 236 suffered a fuel leak caused by an improperly installed hydraulic component, forcing the crew to glide the aircraft for an emergency landing in the Azores. On 13 April 2010, Cathay Pacific Flight 780 managed a safe landing after both engines failed due to contaminated fuel; the pilots were honored with the Polaris Award for their exemplary actions.

Chemical and fire-related incidents

On 15 March 2000, a Malaysia Airlines A330-300 was written off following structural damage caused by leaking corrosive oxalyl chloride that had been incorrectly labeled. On 27 August 2019, an Air China A330-300 caught fire at Beijing Capital International Airport; all passengers and crew evacuated safely but the aircraft was likely damaged beyond repair.

Hijackings and conflict-related damage

The A330 has been involved in two hijackings resulting in one fatality—the hijacker aboard Philippine Airlines Flight 812 in 2000. Another hijacking incident involving Sabena Flight 689 concluded without injuries. In July 2001, two unoccupied SriLankan Airlines A330s were destroyed during an attack on Bandaranaike International Airport by the Liberation Tigers of Tamil Eelam. On 25 December 2009, passengers successfully subdued a man attempting to detonate explosives on Northwest Airlines Flight 253.

Damage related to armed conflicts includes a Libyan Airlines A330 severely damaged by gunfire in July 2014 and two Afriqiyah Airways A330s struck by RPGs at Tripoli International Airport—one of which was destroyed by fire. On 15 April 2023, a Saudia A330 was destroyed amid bombings during Sudan’s military coup. Additionally, on 6 May 2025, a Yemenia A330-202 was destroyed on the ground at Sanaa International Airport during an Israeli airstrike.

Aircraft exhibited

• An ex-Turkish Airlines A330-300 is maintained at the Aircraft Museum Kathmandu located in Kathmandu, Nepal. This plane was merely eight months into service before being written off following a runway excursion at Tribhuvan International Airport. The museum occupies the interior of the aircraft and displays over 200 model airplanes along with various aviation memorabilia.
• Since 2017, a former Thai Airways A330-300 with registration HS-TEF has been repurposed as the Airways Land Café in Sida, Nakhon Ratchasima, Thailand.
• The Air Diamond Cafe in Chiang Mai, Thailand operates within a former Thai Airways A330-300 aircraft at its primary location.
• Another retired Thai Airways A330-300 has been converted into the "Coffee War" café in Chonburi, where it has been preserved since 2020.

Technical specifications

Airbus A330 technical details

	A330-200	A330-200F	A330-300
Flight crew	Two pilots
Passenger capacity	246 (36J @ 60 in + 210Y @ 32 in)	70,000 kg (150,000 lb)	300 (36J @ 60 in + 264Y @ 32 in)
Maximum seating	406	–	440
Aircraft length	58.82 m (192.98 ft)		63.66 m (208.86 ft)
Wingspan	Wing: 60.3 m (197.83 ft), Main landing gear: 12.61 m (41.37 ft)
Wing area	361.6 m2 (3,892 sq ft), 25% chord sweep angle: 30°, Aspect ratio: 10.06
Height	17.39 m (57.1 ft)		16.79 m (55.1 ft)
Fuselage diameter and cabin width	Diameter: 5.64 m (18.5 ft), Cabin width: 5.26 m (17.3 ft)
Seat width	Economy (8 abreast): 0.46 m (1 ft 6 in), Business (6 abreast): 0.53 m (1 ft 9 in)
Cargo volume	132.4 m3 (4,680 cu ft)	457.2 m3 (16,150 cu ft)	158.4 m3 (5,590 cu ft)
Maximum takeoff weight (MTOW)	242,000 kg (534,000 lb)	187,000 kg (412,000 lb)	242,000 kg (534,000 lb)
Operating empty weight (OEW)	120,600 kg (265,900 lb)	109,400|} kg}	129,400|} kg}

|- ! Maximum payload

| 
| 
| 

|- ! Fuel capacity

| – 
| 
| – 

|- ! Engine types (two per aircraft)

| colspan=3 | General Electric CF6 (except -200F) / Pratt & Whitney PW4000 / Rolls-Royce Trent 700

|- ! Thrust per engine (×2)

| colspan=3 | 

|- ! Cruising speed

| colspan=3 | Mach 0.82 (maximum Mach 0.86) at service ceiling of 41,100 ft

|- ! Range capability

|  (247 passengers)
| 
|  (277 passengers)

|- ! Runway requirements

| colspan=3 | Takeoff: , Landing: 

|}

Designation of aircraft models

EASA Type Certificate Data Sheet details

Model	Certification Date	Engine type
A330-201	31 October 2002	General Electric CF6-80E1A2
A330-202	31 March 1998	General Electric CF6-80E1A4
A330-203	20 November 2001	General Electric CF6-80E1A3
A330-223	13 July 1998	Pratt & Whitney PW4168A/4170	-	A330-223F	9 April 2010	Pratt & Whitney PW4170 (Freighter)	-	A330-243	11 January 1999	Rolls-Royce Trent 772B/C-60	-	A330-243F	9 April 2010	Rolls-Royce Trent 772B-60 (Freighter)	-	A330-301	21 October 1993	General Electric CF6-80E1A2	-	A330-302	17 May 2004	General Electric CF6-80E1A4	-	A330-303	17 May 2004	General Electric CF6-80E1A3	-	A330-321	2 June 1994	Pratt & Whitney PW4164	-	A330-322	2 June 1994	Pratt & Whitney PW4168	-	A330-323	22 April 1999	Pratt & Whitney PW4168A/4170	-	A330-341	22 December 1994	Rolls-Royce Trent 768-60	-	A330-342	22 December 1994	Rolls-Royce Trent 772-60	-	A330-343	13 September 1999	Rolls-Royce Trent 772B/C-60	} ICAO Aircraft Type Codes Code Aircraft Model A332 Airbus A330-200, Airbus A330-200F A333 Airbus A330-300 A337 Airbus A330-700 Beluga XL See also Notes References Bibliography Additional reading External resources