Airbus A320neo family

Airbus A320neo family

Company type	Aircraft series
Industry	Aerospace
Founded	1 December 2010
Headquarters	Toulouse , France
Products	Narrow-body airliners (A319neo, A320neo, A321neo)

The Airbus A320neo series represents an evolutionary upgrade of the A320 family of narrow-body airliners manufactured by Airbus. The term neo stands for "new engine option," signifying enhancements over the previous A319, A320, and A321 variants, which were later designated as the A320ceo family (current engine option).

Featuring new powerplants from either CFM International LEAP or Pratt & Whitney PW1000G and fitted with standard sharklet wingtip devices, the A320neo achieves a fuel efficiency improvement ranging from 15% to 20% compared to earlier models. The program was unveiled on 1 December 2010, conducted its maiden flight on 25 September 2014, and commenced commercial operations with Lufthansa on 25 January 2016.

By 2019, the A320neo had secured approximately 60% of the market share against its rival, the Boeing 737 MAX, while the Chinese-developed Comac C919 entered as a fresh competitor by 2023. As of , more than 11,179 aircraft had been ordered by upwards of 130 clients, with 4,051 units delivered. The worldwide fleet has logged over 7.35 million flights and accumulated 14.67 million block hours, with only a single hull loss linked to airport safety issues.

Development

In 2006, Airbus launched the A320 Enhanced (A320E) initiative targeting a fuel efficiency boost of 4–5% through large winglets (accounting for about 2%), aerodynamic improvements (approximately 1%), weight reductions, and an updated cabin design. Airbus' Sales Chief John Leahy highlighted the difficulty in replacing existing fleets for marginal gains, anticipating more substantial improvements from forthcoming engine technologies.

The sharklet blended wingtip device was introduced at the Dubai Airshow in November 2009, providing additional lift while cutting fuel consumption by roughly 3.5% on flights exceeding .

New engine option

Airbus chose to re-engine the existing platform rather than develop an entirely new single-aisle aircraft, as a clean-sheet design promised only a modest extra gain of about 3% beyond the approximate 15% improvement offered by new engines, coupled with higher costs associated with carbon fibre construction.

Two engine variants were made available: the CFM International LEAP-1A and the Pratt & Whitney GTF (PW1100G). Both options deliver approximately 16% reduced fuel burn and a 20% decrease in maintenance expenses relative to engines used on current A320 models, although actual operational savings are somewhat diminished due to installation factors.

At the February 2010 Singapore Air Show, Airbus announced plans to finalize the launch decision by July that year at Farnborough. Officially launched on 1 December 2010 as the A320neo ("New Engine Option"), it offered either increased range or payload capacity, aiming for production of around 4,000 units over a span of fifteen years. Development expenditures were projected slightly above €1 billion ($1.3 billion). The neo's list price carried a $6 million premium over the current engine option (ceo), covering approximately $3.5 million for airframe alterations and about $0.9 million for sharklets. Entry into service was slated for spring 2016, with phased rollouts planned for the A321neo and A319neo variants.

The December 2010 order involving 40 Bombardier CS300s (which later became Airbus A220-300) along with options from Republic Airways Holdings, owner of Frontier Airlines, accelerated Airbus' re-engine strategy. COO John Leahy opted to respond aggressively to Bombardier’s market entry rather than dismissing the CSeries as Boeing had done with Airbus.

The introduction timeline was moved forward to October 2015. Airbus asserted a fuel saving of approximately 15%, maintaining more than 95% airframe commonality with existing A320 family members—minimizing delays typically caused by extensive redesigns. By March 2013, airline customers were nearly evenly divided between selecting one of the two offered engine types.

The "Space-Flex" cabin configuration enhanced spatial efficiency through a redesigned rear galley and modular "Smart-Lav" lavatories capable of converting two restrooms into one accessible facility during flight. On the A321neo, the "Cabin-Flex" arrangement boosts seating capacity by up to twenty passengers via door repositioning without sacrificing comfort levels. Overall seat fuel consumption decreases by over 20%, enabling up to nine additional passengers aboard the A320neo.

The first completed A320neo emerged from Toulouse on 1 July 2014, with its inaugural flight planned for September that year.

Flight testing

The inaugural flight of the A320neo took place on 25 September 2014. Its Pratt & Whitney PW1100G-JM geared turbofan (GTF) engine achieved FAA certification on 19 December 2014.

During a three-year period, the A320neo and A321neo completed nearly 4,000 flight hours for certification purposes, covering two engine variants—this represented about 75% of the testing effort needed for a brand-new aircraft design. Of these hours, approximately 2,250 were logged with PW GTF engines and 1,770 with CFM LEAP engines. The flight test campaign wrapped up in 2018 following evaluations of the A319neo.

Adjustments were made to flying characteristics, performance metrics, and system integration, including recalibrating fly-by-wire controls and updating type certification to align with current regulatory standards. Although the neo model weighs 1.8 tonnes more than the CEO version, takeoff and landing capabilities remained consistent due to modifications such as changes to rotation laws, wing flap and slat settings, and an increase in rudder deflection by 5° to manage the enhanced thrust.

At takeoff, the A320neo generates only half the noise level of the original A320, producing an 85-decibel noise footprint. The LEAP-equipped A321neo emits a flyover noise level of 83.3 dB, substantially quieter than older engines like the CFM56 and V2500.

Entry into service

The aircraft's initial delivery experienced a minor delay, with Lufthansa receiving the first A320neo on 20 January 2016. Lufthansa operated its maiden commercial flight using this model from Frankfurt to Munich on 25 January 2016. Airbus had planned to deliver 200 units in 2017; however, Pratt & Whitney's engine production challenges resulted in roughly thirty planes being grounded awaiting engine installation.

Production

In July 2017, Airbus inaugurated its fourth final assembly line in Hamburg, targeting a monthly output of 60 A320s by 2019. By October that year, only 90 A320neos had been delivered—falling short of the 200-unit goal—with over 40 aircraft awaiting engines on the ground. Engine supply issues were mostly resolved by early 2018, and it was anticipated that more than half of single-aisle deliveries that year would be neos.

Airbus intended to raise production rates to 63 narrow-body aircraft per month throughout 2018 and explore increasing output to between 70 and 75 units monthly beyond 2019; however, supplier Safran was unable to guarantee support for higher volumes.

Following in-flight failures linked to compressor seal defects in Pratt & Whitney's PW1100G engine during February 2018, both the European Aviation Safety Agency (EASA) and Airbus temporarily grounded certain A320neo aircraft until replacement parts were fitted. Airbus subsequently suspended acceptance of PW1100G engines. Deliveries recommenced in May after Pratt & Whitney reverted to the original seal design. By mid-2018, about 100 A320neos remained parked awaiting engines, with more than 800 deliveries targeted for the year. During the first five months of 2018 alone, Airbus delivered 69 aircraft—accounting for 40% of all single-aisle deliveries—with nearly four-fifths powered by CFM LEAP engines.

Despite a three-month suspension in deliveries, Airbus aimed for approximately 210 GTF-powered deliveries in 2018 but anticipated falling short by roughly 30–40 units unless Pratt & Whitney accelerated production rates; failure to do so risked incurring late delivery penalties. Airbus COO Guillaume Faury expressed a goal to eliminate "gliders" (airframes without engines) by year-end. Bernstein Research forecasted delivery delays but expected normalization in 2019. The number of parked aircraft decreased from over a hundred to eighty-six by June. The milestone of delivering the 500th A320neo family aircraft was reached in October 2018.

By July 2019, with the A321neo comprising around 40% of sales, Airbus considered shifting production capacity toward this variant. Difficulties ramping up production of the Airbus Cabin Flex configuration were acknowledged. At that time, all A321 models were assembled exclusively in Hamburg; repurposing the Toulouse A380 assembly line was under evaluation. In the first half of 2019, Airbus delivered numerous A320/A320neo-family aircraft including seventy-one A321neos and one hundred sixty-three A320neos—the former representing a significant portion of neo deliveries.

In January 2020, Airbus confirmed plans to convert the former A380 assembly line into a digitally advanced final assembly facility dedicated to the A321neo by mid-2022 due to strong demand for its LR and XLR variants. By February, production targets were revised upward beyond the planned rate of sixty-three per month for 2021 aiming for between sixty-five and sixty-seven units monthly by 2023. However, in April production rates were scaled back to forty per month owing to aviation industry impacts from the COVID-19 pandemic.

In February 2021, Airbus established a dedicated production line in Hamburg focused on aft fuselage work for the A321XLR variant to increase output without disrupting other manufacturing activities. Additional components are produced across multiple locations including Nantes, Augsburg, Toulouse/Saint-Nazaire, and Broughton through partnerships with suppliers such as Spirit Aerosystems and FACC AG.

By May 2021, Airbus set goals to raise monthly production rates to forty-five by late that year and reach sixty-four by mid-2023 while urging supply chain partners to prepare for rates of seventy beginning early 2024 and aiming for seventy-five by 2025.

In July 2023, Airbus inaugurated a new final assembly line dedicated exclusively to the A320neo family at its Jean-Luc Lagardère facility in Toulouse-Blagnac—previously used for assembling the A380—initially focusing solely on high-demand A321neo models. Once fully operational, Airbus may retire one of its two older lines producing the A320ceo and open a second assembly line for the A320neo family within this same site.

Replacement airliner

By late 2018, Airbus initiated recruitment efforts in Toulouse and Madrid to design a clean sheet follow-up to the A320. Scheduled for introduction in the mid-2020s following the A321XLR and an extended A320neo "plus," this new model was intended to rival Boeing's NMA, which was then expected to debut in 2019. Its entry into service relied on breakthroughs in ultra-high bypass ratio engines, including Pratt & Whitney's Geared Turbofan enhancements, Safran's demonstrator trials beginning in 2021, and Rolls-Royce's Ultrafan project targeting 2025. Airbus also aimed to ramp up production rates from 60 to 100 narrow-body aircraft per month.

During the November 2019 Dubai Airshow, CEO Guillaume Faury revealed plans for launching a single-aisle program by the late 2020s, with entry into service projected for the early 2030s. In June 2023, Faury introduced eAction, an A320neo successor promising a 20–25% improvement in efficiency and targeting a rollout between 2035 and 2040, featuring a conventional architecture as opposed to the hydrogen-driven ZEROe initiative.

At the December 2023 meeting of the Civil Aviation Research Council (CORAC), the French government pledged €300 million annually from 2024 through 2027 for research and development, including funding for the CFM RISE open fan demonstrator, with €65 million specifically dedicated to hydrogen and electric propulsion research.</ref> By February 2024, Faury confirmed that the Next-Generation Single-Aisle (NGSA) aircraft would be engineered to operate using sustainable aviation fuel, aligning with carbon neutrality objectives set for 2050.

Composite wing

Airbus initiated the Wing of Tomorrow (WoT) initiative in 2015, later branded as the "Wing of the future" program in 2016. This project involves developing a carbon-composite wing valued between $1 and $2 billion intended to upgrade the A321neo-plus-plus model, offering a financially viable alternative to an entirely new $15 billion airframe. Leveraging Airbus’s expertise with composite wings on the A350, this design incorporates advanced composite materials paired with highly automated manufacturing processes suitable for large-scale production.

In 2016, Airbus established a €44.8 million facility in Filton, UK, staffed by approximately 300 engineers dedicated to wing design and testing. The company collaborates with around 30 partners across France, Spain, Germany, and the UK on this venture. By May 2021, Airbus revealed plans for a longer and slimmer wing equipped with folding wingtips to ensure compatibility with current airport gate dimensions. Assembly of the initial demonstrator began soon thereafter, aiming for project completion by 2023 prior to product launch.

The WoT program underpins a transformative redesign of the A320 series estimated at over €4 billion ($4.9 billion), significantly less than Boeing’s projected $15–20 billion investment for a new design. The enhanced wingspan and lift capabilities could facilitate an Airbus A322 variant—essentially an A321 extended by four additional seat rows—currently under evaluation.

Currently, the A320neo family features a wingspan of 36 meters with an aspect ratio of 9; this will increase to 45 meters with folding wingtips (aspect ratio rising to 14). Incorporating additional aeroelastic hinges could further extend wingspan up to 52 meters (aspect ratio reaching 18), while still conforming to standard airport gate restrictions. In September 2021, Airbus commenced assembly of three full-scale WoT prototypes; the first was finalized by December that year. Flight testing of flapping wing sections is anticipated by late 2023.

In June 2023, GKN Aerospace supplied the inaugural fixed trailing edge component for the WoT wing. This part was produced utilizing a high-throughput, cost-efficient resin transfer moulding process outside of autoclave environments, aligning with Airbus’s objective of reducing production expenses by eliminating autoclave requirements.

Operational history

By January 2019, three years following its launch, the A320neo family had entered service with more than 60 airlines, totaling 585 aircraft. Leading operators included IndiGo with 87 units, Frontier Airlines with 33, and China Southern operating 26. Lufthansa verified that Pratt & Whitney engines yield fuel savings of 16% overall and 21% per seat when configured in a compact 180-seat arrangement. Avianca noted that LEAP engines offer 15–20% greater efficiency, operate more quietly, and reduce oil use along with maintenance demands. Initial startup times for GTF engines were between six and seven minutes compared to just two minutes for the A320ceo; by late 2017, this was improved to two to three minutes. Although LEAP engine production constraints caused initial delivery setbacks, the impact on carriers such as Avianca and AirAsia was minimal, with dispatch reliability comparable to ceo models.

On 30 November 2021, IndiGo took delivery of the milestone 2,000th aircraft from the A320neo family—an A321neo (MSN 10654) from Airbus’s Hamburg facility.

As of , the worldwide A320neo fleet had completed upwards of 7.35 million flights and logged approximately 14.67 million block hours since entering service, resulting in a cumulative reduction of 20 million tons of .

Engine and dispatch reliability

One out of every fifty GTF engines experiences vibration issues that lead to premature replacements; however, competition between spare engine inventories and new production helps mitigate downtime. At Lufthansa, dispatch reliability remains below the target threshold of 99.8%, with utilization rates roughly 20% lower than those of ceo aircraft. Pratt & Whitney reports a dispatch reliability rate of 99.91% for GTF-equipped neos, surpassing figures seen during other new engine rollouts, while Airbus cites an overall dispatch reliability of 99.6%. After resuming engine deliveries, fewer than ten neos were without engines by the end of 2018; Airbus planned to reach a production rate of 60 aircraft per month by mid-2019.

Out of a total of 6,362 orders, 2,456 (39%) are for CFM LEAP engines, 1,869 (29%) specify Pratt & Whitney GTFs, and 2,037 (32%) remain undecided.

By June 2019, Safran reported that LEAP engines accounted for a 61% share within the A320neo family market, with 44 airlines operating a combined fleet of 454 LEAP-powered aircraft accumulating around 3.3 million flight hours.

In early 2022, LEAP engines powered approximately 57% of active A320neos worldwide, while Pratt & Whitney PW1100G engines equipped the remaining 43%.

Flight control software update

In July 2019, Airbus detected two distinct issues during analysis and laboratory testing that could potentially cause excessive pitch-up tendencies on the A320neo and A321neo models; these behaviors had not been observed during actual flight operations. As an interim measure, Airbus issued temporary revisions to flight manuals including loading procedures and adjustments to the center-of-gravity envelope. An updated flight control software package was scheduled for release in 2020. While awaiting this software upgrade, Lufthansa restricted seating in the last row on its aft-heavy A320neo configuration—reducing capacity from 180 to 174 seats—to address center-of-gravity considerations.

Military conversion

In 2018, Airbus explored military variants of the A320neo designed for VIP transport as well as intelligence, surveillance, reconnaissance (ISR), and maritime patrol roles aimed at armed forces in Europe—including France, Germany, and the Netherlands—and in the Asia-Pacific region such as Indonesia, Malaysia, New Zealand, and the Philippines. These conversions were projected to be completed within six to eight months.

Multifunctional Runway Light (MFRL)

Airbus introduced the Multifunctional Runway Light (MFRL) as an external LED lighting solution for the A320neo series. This innovation integrates various nose landing gear lights—such as retractable lights for landing, takeoff, taxiing, and runway turn-offs—into a single assembly positioned at the front of the center wing box.

Compared to earlier retractable lighting configurations, the MFRL offers several benefits:

• Lower aerodynamic drag
• Decreased weight
• Improved operational dependability

The MFRL comes as a standard feature on the A321XLR and is available as an option on other A320neo models. Among its users are United Airlines, Lufthansa Group, Air France-KLM Group, International Airlines Group, and Hanjin Group.

In March 2022, Airbus handed over the first A320neo equipped with the MFRL (MSN 10758) to Eurowings.

Variants

The A320neo family comprises three variants: A319, A320, and A321. Although no neo version of the A318 has been launched, Airbus may consider developing one if market demand justifies it.

A319neo

The A319neo features a shortened fuselage accommodating up to 160 passengers in a single-class layout or 140 in a two-class configuration. It boasts enhanced takeoff capabilities and an extended range. Its ACJ variant is capable of carrying eight passengers for up to 15 hours or covering long distances.

Initially, Qatar Airways was the launch customer but switched to the larger A320neo by late 2013. Since then, no new launch operator has emerged. Spirit Airlines later placed orders for 47 A319neos.

The aircraft's maiden flight occurred on 31 March 2017, powered by CFM LEAP engines. Following approximately 500 flight hours, it secured FAA and EASA Type Certification by December 2018, allowing entry into service in early 2019.

By that time, Airbus had received orders for 53 units: 17 equipped with Leap engines—including twelve for Avianca, four for China Southern Airlines (the launch operator), and one ACJ319neo—and 36 without engine selection. Certification for the PW1100G-powered model was anticipated by late 2019.

As of 2018, the list price for the A319neo stood at US$101.5 million.

Market interest has been modest; by January 2019, order backlogs were relatively small compared to competitors like the A220. Nonetheless, Airbus confirmed there were no intentions to discontinue the program despite this competition.

The Pratt & Whitney-powered version conducted its first flight on 25 April 2019 and achieved EASA certification by November following comprehensive testing.

By May 2021, six ACJ319neos had been ordered. On 18 February 2022, China Southern Airlines took delivery of the first of four ordered A319neos fitted with CFM LEAP engines.

A320neo

Timeline

The inaugural A320neo was unveiled in Toulouse on 1 July 2014, followed by its first flight on 25 September 2014. It achieved combined type certification from EASA and FAA on 24 November 2015. Almost three decades after the original A320's debut, the A320neo commenced operations with Lufthansa, its launch customer, on 25 January 2016. The aircraft provides a range of .

Reliability

Within six months of entering service, Airbus announced a dispatch reliability rate of 99.7% from eight operational aircraft. By February 2017, a fleet of 71 A320neos had completed 28,105 scheduled flights, maintaining a completion rate of 99.5%. Certain operators, including Spirit Airlines and IndiGo, reported issues with the PW1000G engines related to bleed air system freezing at high altitudes.

Efficiency

After one year in operation, Lufthansa verified a 20% improvement in passenger efficiency with seating configurations up to 180 seats, along with reductions in noise and emissions. Typical fuel savings per seat reached 15% on short-haul sectors, rising to between 16% and 17% on longer routes, and up to 20% for Lufthansa’s denser seating layouts.

Deliveries

By March 2017, Airbus had delivered 88 A320neos across 20 airlines—49 powered by PW1000G engines and 39 by CFM LEAP-1A units—accumulating over 57,600 flight hours and servicing more than 142 routes with an average stage length of . Airbus targeted approximately 200 deliveries for the year 2017. In 2018, the list price for an A320neo was set at US$110.6 million, with monthly lease rates ranging between $330,000 and $350,000 due to intense competition among lessors and favorable financing conditions.

Military A320M³A

In July 2018, Airbus explored an A320neo variant tailored for ISR roles such as maritime patrol, anti-submarine warfare, and military transport missions. This versatile platform would enable roll-on/roll-off payload configurations accommodating passengers, troops, VIPs, medical evacuation patients, or cargo. It could be outfitted with weapons bays, defensive systems, magnetic anomaly detectors, or adapted for signals intelligence and Airborne Early Warning and Control functionalities.

A321neo

The A321neo retains the original length of the A321ceo but incorporates reinforced landing gear and wing structures, increased wing loading capacity, and other enhancements to support a higher Maximum Takeoff Weight (MTOW).

Its initial customer was ILFC. The prototype aircraft D-AVXB took to the skies on 9 February 2016 but suffered a tailstrike three days later, causing delays in certification due to necessary repairs.

Pratt & Whitney engine-equipped variants received type certification on 15 December 2016. Subsequently, both EASA and FAA granted certification for the CFM Leap-powered version simultaneously on 1 March 2017. The first A321neo was delivered to Virgin America via GECAS leasing in Hamburg; it featured LEAP engines and a seating capacity of 184 passengers, entering service in May 2017.

A321LR

Airbus announced a longer-range version of the A321neo in October 2014 featuring three additional fuel tanks that increase maximum takeoff weight by 97 tonnes and extend range by approximately 100 nautical miles beyond that of the Boeing 757-200. The A321LR (Long Range), officially launched on 13 January 2015, offers a range of around 4000 nautical miles with a two-class cabin accommodating up to 206 seats. Its maiden flight occurred on 31 January 2018; EASA and FAA certification followed on 2 October 2018. The first delivery was made to Israeli airline Arkia on 13 November 2018, marking an important advancement as the A321LR delivers single-aisle operating economics competitive with larger aircraft such as the Boeing 757-300.

A321XLR

In early 2018, Airbus began investigating a higher Maximum Takeoff Weight (MTOW) version of the A321LR. The concept, named A321XLR, was designed to offer an extended range of , with plans to introduce it in 2019 and achieve operational status by 2021 or 2022, aiming to rival the Boeing NMA. By November that year, Airbus announced that the A321XLR would surpass MTOW and provide an additional range compared to the A321LR.

The official launch of the A321XLR took place at the June 2019 Paris Air Show, highlighting a targeted range of starting in 2023. Notable improvements include a fixed Rear Centre Tank (RCT) for increased fuel capacity, reinforced landing gear to accommodate a MTOW, and redesigned wing trailing-edge flaps to preserve takeoff capabilities. The aircraft’s maiden flight occurred in June 2022.

Equipped with CFM LEAP-1A engines, the A321XLR secured EASA type certification on 19 July 2024, with entry into service anticipated by late summer. Certification for the Pratt & Whitney PW1000G engine variant is expected later in the same year.

Airbus Corporate Jets

Airbus provides two Corporate Jet models: the ACJ319neo, which can carry eight passengers up to , and the ACJ320neo, designed for 25 passengers traveling as far as . Both models are powered by either CFM LEAP or Pratt & Whitney PW1100G engines, which improve range through lower fuel consumption and quieter operation while maintaining cabin altitude below . The ACJ319neo is capable of fitting up to five additional centre fuel tanks (ACT) to further extend its range.

The initial ACJ320neo delivery occurred in January 2019, followed closely by deliveries of the ACJ319neo. On 25 April 2019, an ACJ319neo equipped with five ACTs completed its first flight before a short testing period and subsequent delivery to German operator K5 Aviation. The following day, it set a record for the longest endurance flight within the A320 family by an Airbus crew, lasting 16 hours and 10 minutes.

A321LR – Transport and MEDEVAC

The German Air Force operates two A321LR aircraft derived from the A321neo platform. These jets serve dual roles as medical evacuation transports and configurable passenger carriers.

A320neo – M3A

In July 2018, Airbus unveiled the Modular Multi-Mission Aircraft (M3A) concept comprising three variants: Maritime Patrol Aircraft (MPA), Airborne Early Warning and Control (AEW&C), and Signal Intelligence (SIGINT). However, this family did not secure any military contracts.

A321neo – MPA

In November 2024, Airbus introduced the A321 MPA concept as a potential replacement for the Atlantique 2 within the French Navy. This design is based on the A321XLR platform and competes against Dassault’s Falcon 10X.

Primary systems include:

• Two dorsal fairings equipped with SATCOM
• Five blade antennas
• One electro-optical gimball mounted beneath the cockpit
• Missile Approach Warning Systems (MAWS)
• Electronic Support Measures (ESM)
• Tail cone bay configured for weapons and sonobuoys

Operators

By June 2025, a total of 3,997 aircraft from the A320neo family are in operation across 127 airlines—85 utilizing CFM engines and 42 powered by Pratt & Whitney units. The top operators include IndiGo with 326 aircraft, Wizz Air at 162, China Southern Airlines operating 143, Frontier Airlines with 137, and China Eastern Airlines also at 137.

Orders and deliveries

At the launch event in December 2010, Airbus anticipated a demand for approximately 4,000 units of the A320neo family over the following 15 years. Securing an early foothold, Airbus amassed 1,000 orders before Boeing introduced its MAX series. By November 2011, the order tally had climbed to 1,420, establishing the aircraft as the fastest-selling model in aviation history. This momentum continued, with orders exceeding 2,000 by March 2013. The inaugural delivery took place in January 2016 after nearly 4,500 commitments from about 80 customers were secured.

By May 2017, cumulative orders reached a total of 5,052 aircraft: comprising 49 A319neos, 3,617 A320neos, and 1,386 A321neos. These were powered by a mix of CFM LEAP engines (1,712 units), Pratt & Whitney GTF engines (1,429 units), and other undisclosed powerplants. By 2019, the A320neo captured a dominant market share of 60%, outpacing Boeing’s 737 MAX. As of December 2021, the larger A321neo variant had become the most ordered within the family with 3,958 units booked—surpassing the A320neo’s 3,748 orders. In June 2023, A321neo orders climbed to 5,163, exceeding the total orders for the original A320ceo model. By July 2023, total orders for the family reached 5,259 units, making it the most ordered single airliner variant worldwide. In December 2023, cumulative orders surpassed the milestone of 10,000 with an outstanding backlog near 7,000 aircraft.

As of June 2025, Airbus has recorded a total of 11,176 orders for the A320neo family from 130 different customers and has delivered close to 4,000 aircraft.

Significant historical order milestones

2011

IndiGo signed a memorandum of understanding (MoU) for 150 A320neos plus an additional 30 ceos in January; Virgin America became the launch customer by ordering a total of 60 aircraft including half as neos. At the Paris Air Show in June, commitments valued at $60.9 billion were announced—highlighted by AirAsia’s record-breaking order of 200 aircraft. American Airlines placed an order for a combined total of 460 narrowbody jets including A320neos in July—ending Boeing’s exclusive hold on this market segment and triggering Boeing’s development of the re-engined MAX series. Lufthansa ordered 30 jets in July as well. The Dubai Airshow in November saw total commitments surpassing 1,400 aircraft.

2012

In January, Norwegian confirmed an order for 100 A320neos. Virgin America postponed deliveries until 2020; Pegasus Airlines placed an order for up to 100 aircraft by year-end.

2013

Lufthansa expanded its fleet with an additional order for seventy aircraft in March. easyJet announced plans to acquire up to 200 A320neos between 2017 and 2022; ANA also placed firm orders. Turkish Airlines committed to over eighty aircraft including neo variants.

2014

IndiGo signed an MoU valued at $25.5 billion for up to 250 A320neo family jets—the largest single Airbus order at that time.

2017

Airbus secured a nearly $50 billion MoU with Indigo Partners’ four airlines covering a total of 430 aircraft. In December, Delta Air Lines ordered 100 A321neos plus options.

2018

Airbus forecasted delivering more than 3,100 A320neos by the year 2022 compared to Boeing’s nearly 3,000 MAX deliveries. Maintenance revenues from this family were projected to increase from $650 million in 2018 to $3.3 billion by 2022.

2019

IndiGo placed a firm order for an additional 300 aircraft in October—one of Airbus’ largest single airline deals—bringing its overall commitment beyond 730 jets. Air Arabia ordered up to120 jets valued at $14 billion including both neos and XLR variants.

2022

Four Chinese airlines collectively ordered close to 300 A320neos: China Eastern (100), China Southern (96 plus leases), Air China (64), and Shenzhen Airlines (32).

2023

In February, Air India placed a record-breaking order totaling470 aircraft comprising140 A320neos and70 A321neos. IndiGo surpassed this in June with an order for500 planes—125 A320neos and375 A321neos—setting a new global record for largest volume airline purchase.

Accidents and incidents

The A320neo series has experienced a single hull-loss event without any fatalities among passengers or crew, although three individuals on the ground lost their lives. By 2023, the fleet's rate of fatal hull-loss accidents stood at 0.11 per million departures.

Accidents

On 2 September 2022, TAP Air Portugal Flight 1492, operating an A320neo (registration CS-TVI) from Lisbon to Conakry, struck a motorcycle during its landing phase. This collision resulted in the deaths of both riders, including an airport security officer, and caused damage to the aircraft’s right engine.

On 18 November 2022, LATAM Perú Flight 2213, utilizing an A320neo (CC-BHB), was involved in a runway collision with a fire truck during takeoff from Lima. The accident claimed the lives of two firefighters immediately, with a third succumbing to injuries later. All 108 individuals aboard survived; however, 40 passengers and crew members sustained injuries, four of which were severe. The aircraft was subsequently declared a total loss.

Specifications

Airbus family specifications

Variant	A319neo	A320neo	A321neo
Cockpit crew	Two pilots
2-class seating capacity	140	165	206: 16 J with 36 in (91 cm) pitch + 190 Y with 30 in (76 cm) pitch
Maximum single-class seating	160	195 with 27 in (69 cm) pitch	244 with 28 in (71 cm) pitch
Seat width	Economy configured six abreast: 18 in (46 cm), cabin width 3.7 m (12 ft 2 in); Business class four abreast
Cargo volume	27 m3 (950 cu ft)	37 m3 (1,300 cu ft)	51 m3 (1,800 cu ft)
Length	33.84 m (111.0 ft)	37.57 m (123.3 ft)	44.51 m (146.0 ft)
Wingspan	35.80 m (117.5 ft)
Height	11.76 m (38.6 ft)
Maximum takeoff weight (MTOW)	75.5 t (74.3 long tons; 83.2 short tons)	79.0 t (77.8 long tons; 87.1 short tons)	97.0 t (95.5 long tons; 106.9 short tons) (A321LR with three Additional Centre Tanks); standard A321neo: 93.5 t with two ACTs and range of 3650 nmi; A321XLR: MTOW of 101 t and range up to 4700 nmi

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|- ! Minimum weight | — |

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|- ! Fuel capacity | colspan=2 | 29,659 L (7,835 US gallons) with two Additional Centre Tanks installed (without ACTs: 23,859 L) | 32,853 L (8,679 US gallons); A321LR equipped with three ACTs (without ACTs: 23,490 L); A321XLR includes Rear Centre Tank plus optional forward ACT for maximum of 39,511 L |- ! Engines (two units) | colspan=3 | Either CFM International LEAP-1A or Pratt & Whitney PW1000G |- ! Fan diameter | colspan=3 | PW1100G engine: 81 inches; LEAP-1A engine: 78 inches |- ! Maximum thrust per engine | 24,100 lbf (107 kN) | 27,120 lbf (121 kN) | 33,110 lbf (147 kN) |- ! Speed capabilities | colspan=3 | Typical cruise at Mach 0.78; maximum operating speed Mach 0.82 |- ! Service ceiling altitude | colspan=3 | Approximately between 39,100 and 39,800 feet |- ! Usual range capability | 6,950 km (3,750 nautical miles) carrying 140 passengers | 6,500 km (3,500 nautical miles) carrying 165 passengers | 7,400 km (4,000 nautical miles) carrying 206 passengers (A321LR/XLR variants) |- ! Required takeoff distance | — | 1,951 m (6,400 ft) | 1,988 m (6,520 ft) |- ! ICAO aircraft type designator | A19N | A20N | A21N |} Notes

Engines

Type certification details

Model	Engine type	Certification date	Takeoff thrust	Maximum continuous thrust
A319-171N	PW1124G1-JM	19 August 2019	107.82 kN (24,240 lbf)	106.91 kN (24,030 lbf)
A319-151N	CFM LEAP-1A24	19 August 2019	106.80 kN (24,010 lbf)	106.76 kN (24,000 lbf)
A319-153N	CFM LEAP-1A26	19 August 2019	120.64 kN (27,120 lbf)	118.68 kN (26,680 lbf)
A320-271N	PW1127G-JM	24 November 2015	120.43 kN (27,070 lbf)	117.18 kN (26,340 lbf)
A320-272N	PW1124G1-JM	19 August 2019	107.82 kN (24,240 lbf)	106.91 kN (24,030 lbf)
A320-273N	PW1129G-JM	19 August 2019	130.00 kN (29,230 lbf)	117.19 kN (26,350 lbf)
A320-251N	CFM LEAP-1A26	31 May 2016	120.64 kN (27,120 lbf)	118.68 kN (26,680 lbf)
A320-252N	CFM LEAP-1A24	17 January 2018	106.80 kN (24,010 lbf)	106.76 kN (24,000 lbf)
A320-253N	CFM LEAP-1A29	19 August 2019	130.29 kN (29,290 lbf)	118.68 kN (26,680 lbf)
A321-271N	PW1133G-JM	15 December 2016	147.28 kN (33,110 lbf)	145.81 kN (32,780 lbf)
A321-272N	PW1130G-JM	27 June 2017	147.28 kN (33,110 lbf)	145.81 kN (32,780 lbf)
A321-251N	CFM LEAP-1A32	10 July 2018	143.05 kN (32,160 lbf)	140.96 kN (31,690 lbf)
A321-252N	CFM LEAP-1A30	17 January 2018	143.05 kN (32,160 lbf)	140.96 kN (31,690 lbf)

Notes

• The designations A321-25xNX and A321-27xNX correspond to the A321neo ACF (Airbus Cabin Flex) and the A321LR variants.
• The codes A321-25xNY and A321-27xNY identify the A321XLR model.

External links

• [Official website]
• Paris Air Show 2011 Orders Recast Airliner Battlefield – Aviation Week & Space Technology