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✈ | ANA, Tokyo / Haneda-Sapporo / Chitose Line international flight specification 777 continued to be introduced Business class regular seats open


Continued introduction of international flight specifications 777 to ANA, Tokyo / Haneda-Sapporo / Chitose line Business class regular seats open

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In addition to this, ANA has introduced the Boeing 787-8 and Airbus A320 with international specifications for domestic flights.

All Nippon Airways (ANA) launches international Boeing 777-300ER on the Tokyo / Haneda-Sapporo / Chitose route ... → Continue reading


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Airbus A320

Airbus A320

View of Jetstar Airbus A320-200 from above

JetstarView of Airbus A320-200 from above

Airbus A320 (Airbus A320) isEurope OfAirbusIs developed and manufactured by the companySingle passageTwin firejetPassenger plane.

With A320 as the basic type,Airbus A321And short-body typeAirbus A319Airbus A318Was developed,Airbus A320 familyIs composed of. The A320 family can be divided into two generations, the original typeA320ceoThe second generation with a new family and engineA320neoCalled a family. A320ceo in 1988Air FranceBy A320neo in 2016Lufthansa German AirlinesThe first was in service by each.

A320 is the world's first passenger aircraft to be digitalFly by wireControl systemSide stickThe new era of Airbus aircraft was opened. The company expanded its market share by competing with the American manufacturer's single-passage aircraft in the world, pushing Airbus into one of the two major aircraft manufacturers.

A320 is one each on the left and right under the low wing main wingTurbo fan engineEquipped withTailIs a low-wing arrangement,Landing gearIs the front wheel arrangement. The total length is 37.57 meters, the total height is 11.76 meters, and the maximum width is 35.80 meters.Maximum takeoff weightIs 66 to 77 tons and the maximum cruising speed isMachIt is 0.82.

By the end of 2018, the total number of deliveries was 320 for the A5,213 alone and 320 for the entire A8,525 family. As of October 2019, the aircraft loss accidents and incidents related to the A10 family areAviation accidentThere were 30 incidents, 7 incidents such as terrorism, and 7 incidents due to fire during parking. 30 people were killed in 951 accidents, 7 people were killed in 441 cases, and one criminal was hijacked. A1 alone has 320 aviation accidents, 25 cases of terrorism, etc., and 5 cases due to fires during parking. A total of 6 people have been killed in 11 accidents, and a total of 816 people have been killed in two cases, and one hijacking has killed one criminal.

In this section, for jet passenger aircraft, some company names are omitted and only alphanumeric characters are shown. For example, "Airbus A300" is "A300", "Boeing 737"," 737 ","Douglas DC-9Shall be DC-9.


Development background

米 国To compete with other aircraft manufacturersEuropeAircraft manufacturer1970In 12 monthCartel"Airbus Industry(Hereinafter referred to as "Airbus"), the world's first twin passage (Wide body) Become a twin-engine jet airlinerA300Developed[4][5].. The A300 made its first flight in October 1972 and started service in May 10.[6].. Continuing in the early 1980s, Airbus became an evolution of the A300A310,A300-600Developed[7][8].. The A310 and A300-600 are so-calledGlass cockpitThe adoption of a computer and the introduction of a computer in the system made it a pioneer of wide-body aircraft that can be operated by only two pilots.[7][8].. Although Airbus has achieved some success in this way, it is already in the United States.Boeing,McDonnell DouglasIs a single-passage machine (Narrow body machine) To wide-body long-distance aircraft.[9].. Until now, Airbus has been avoiding competition with other companies on its own route of twin-engine wide-body aircraft, but in order to establish a solid position as a passenger aircraft manufacturer, it has entered the market dominated by American manufacturers and has actively gained market share. Had to do[5][10].

Meanwhile, around that time, a new passenger plane with 150 seats was being sought in the single-passage market.[11][5].727,737-200,DC-9,BAC 1-11,Sud CaravelleI was approaching the time to update small and medium-sized machines for medium and short distances such as[11][5][12].. In addition, demand for air passengers is growing steadily, and it is estimated that there will be demand for 150 passenger aircraft with 20 seats in the next 3,000 years.[13][14][11].. Aircraft manufacturers in each country eagerly researched new aircraft aiming at this market[11][15].. Several European and European companies have set up independent or joint development plans.[15][11][12].. In addition, a US aircraft manufacturer has attempted to cut off the Airbus Consortium and has approached a European aircraft manufacturer for joint development.[15].

The effect of the truncate tactics by US manufacturers was limited, and the development concept was not realized[15][12].. Rather, European manufacturers launched a new co-development project in 1977 in order not to miss the opportunity to compete with the United States.[15][12].. This project is named JET (Joint European Transport) and the participating members areAerospatial,MBB,(English editionAndBritish aerospace Was (BAe)[15].. The JET project was underway as a separate project from Airbus, but most of the participating members were members of Airbus, and BAe, which was the only non-participating member of Airbus, joined Airbus in 1979.[15][16][17].. As a result, the JET plan was inherited by the Airbus Consortium and was named the SA plan, which means Single Aisle.[15][12].. In the SA plan, three types of aircraft plans were created from SA1 to SA3, and the number of seats was 3 seats, 125 seats, and 150 seats, respectively.[12].

Based on the reaction of the airline, Airbus decided to focus on the 150-seat class SA2, and decided the aircraft name as A1981 in February 2.[12][11][15].. Around this time in 1979Second oil crisisCaused fuel prices to soar, and airlines were chasing fuel efficiency measures[18].. AmericanDelta Airlines,United airlinesHas established the required specifications for 150-seat passenger aircraft with excellent fuel efficiency.[18][19].. The specifications of the A320 have been put together to exactly meet these requirements[19][18][12][Annotation 1].

Until the official development decision

Even in the countries participating in Airbus,British AirwaysAnd GermanLufthansaWas reluctant to A320[21].. British Airways has an urgent need to replace the owned aircraft, and decided to order a Boeing aircraft because it decided that the A320 to be developed will not be in time[22].. Lufthansa called for prioritizing the development of wide-body aircraft for long-haul routes over 150-seat narrow-body aircraft[21][12].. On the other hand,Air FranceWelcomes the A320 plan, of June 1981Paris Air ShowAnnounced that it will order 50 aircraft including options[15][23].. French government also promised to bear A320 development costs[22].

It took three years from here until the official development of the A320 was decided, even though Air France decided to place an order early and the potential demand was confirmed.[22][12].. This is because the German and British governments, who were in a difficult financial situation, were reluctant to bear the burden of development costs.[22][21][12].. Especially the situation in England was complicated[22].. Aircraft engine manufacturerRolls-RoyceThe future of the UK-Japan joint development engine, in which (RR) participated and the UK government also invested, became uncertain, and additional investment was required to convert to a new development plan.[22].. The new plan is an international joint venture of 5 countries including Japan and the United Kingdom,International Aero Engines (IAE) was establishedV2500Was to develop[24][22][25].. The V2500 engine is viewed as a promising engine for the A320, and the British government was forced to invest in the A320 to make the engine commercially successful.[21].

Airbus urged Japan and Canada to participate, but Japan refused because there was a joint development plan with Boeing at that time, and Canada also refused to participate at the last minute because it was not profitable.[22].. Under these circumstances, in early 1984, the FrenchPresident Mitterrand, BritishThatcher,Germany'sPrime Minister of CallHave confirmed that they will provide direct and indirect financial support to A320[5].. In response, the German government decided in February of the same year to spend 2 billion mark (about 90 billion yen), which is 15% of the required expenses.[22][21].. The British government also decided to invest in both the engine and the aircraft after struggling[21].. However, for A320, the initial request of 4 million pounds will be contributed 3,700 million pounds (about 2 billion yen), and the shortage will be raised by BAe.[22][21].

On March 1984, 3, Airbus decided to officially develop and manufacture the A2 because it finally got the prospect of funding[14][26].. By this point, in addition to Air France,Yale Anterre,British Caledonian Airlines,Adria Airways,Cyprus AirlinesWe have won orders for 5 aircraft including options from 96 companies[22].

Design process

Fly by wire

Aircraft design was also advanced in parallel with sales activities.[27].. It is the first passenger plane in the world to operate the A320.Fly by wireTechnology introduced in earnest[28][19].. In the fly-by-wire method, pilot control operations are converted into electrical signals and input to a computer.[29].. Then, the result calculated by the computer is transmitted as an electric signal to the actuator on each control surface.[29].. As a result, it is possible to reduce the mechanical parts such as cables (ropes), rods, and pulleys that used to connect the cockpit to the control wing surface with the conventional control device, which has the advantage of reducing the weight and maintenance load of the machine.[19][29].

When using a mechanical control device with a body size such as an airliner, in order to keep the steering force within an appropriate range, a largeControl wheelThe method of arranging in front is suitable[30].. On the other hand, in the case of fly-by-wire, since the control input is converted into an electric signal, the degree of freedom in the form and arrangement of the control stick is increased.[30].. So in A320, side sticks were adopted instead of the control wheels.[30].. The side sticks are located on the left and right sides of the cockpit, and the captain will operate with his left hand and the co-pilot with his right hand.[30].. The cockpit is so-calledGlass cockpitAnd the instrumentation has 6 sidesCRTAggregated in the display[26].

The full adoption of fly-by-wire and side sticks not only improved the product strength of the A320, but also had strategic significance for Airbus.[29].. Airbus has installed a system similar to the A320 on all passenger planes that will be developed in the future, and had a policy of standardizing maneuverability from small aircraft to large long-range aircraft.[29][19].. In the conventional mechanical control system, it was difficult to unify different handling characteristics for each model.[29].. Therefore, Airbus decided to align the control operation and control feeling of all models by introducing full-scale computer-controlled fly-by-wire technology.[29].. As a result, the pilot qualifications of the A320 family aircraft (derivative type), which will be developed later, are standardized, and the wide body aircraft ofA340,A330It is expected that the training for qualification transfer to[31][29][19].. Airbus will be a powerful advantage as it will allow airlines to greatly streamline their operations by preparing from small aircraft to large aircraft with Airbus aircraft.[32].. And the A320 was suitable as the first model to put innovative technologies such as fly-by-wire into practical use.[12].. Airbus thought that the A320 short-haul aircraft would be operated near the maintenance base, so it would be easy to deal with a serious defect if it is found.[12].

The design of the cockpit was undertaken by Aerospatial of France.[27].. Airbus participating companies including the company have so farConcordeHas commercialized an analog fly-by-wire in the A310, introduced a digital computer in the AXNUMX, and accumulated experience in the development of military aircraft.[26][33].. Aerospatial was also working on research and development of the next-generation cockpit before the development of the A320 was decided.[27].. These experiences and research results were utilized for A320 system development.[27][26][33].. Airbus has developed a fly-by-wire control system using the A300 Unit 3 as a test machine.[34].. The side stick was also mounted on the A300 test machine, and a total of 136 hours of flight tests were conducted by many pilots including airline pilots.[34][35][36].. As a result of these evaluations, it was concluded that there was no problem and it was decided to introduce it into A320.[34].

Structure/aerodynamic design

Like the typical passenger aircraft, the A320's airframe configuration is under the low-wing main wing.Turbo fan engineEach one was placed, and the tail was also placed normally[37].. The airframe structure of A320 was designed by utilizing the data and know-how obtained through the development of A300 and A310.[38].. The structural strength is suitable for short- and medium-haul operation, and corrosion prevention, long-term guarantee of structural quality, improvement of maintainability, and reduction of the number of parts were achieved.[38].. The member has an improvedAluminum alloy,Titanium alloyWas adopted,Composite materialThe range of use has also been expanded[38].

The wing was designed by BAe in England[27][26].. The design cruise speed of A320 is slightly lower than A300 and A310MachSet from 0.79 to 0.8[39].. Cruising range is 3,000nautical mile(Approximately 5,556 kilometers), which was not short for an airliner of this size[40].

The thickness of the main wing should be thin aerodynamically, while on the other hand it should be thick to secure sufficient fuel tank capacity and structural strength in the wing.[40][41].. Although the rear loading wing type that Airbus put into practical use on the A300 had various advantages, the rear part of the wing is thin, so it is smaller than the size of the A320.flapHow to secure the space to install[40][42].. The wing was designed to meet these requirements by utilizing three-dimensional computer analysis.[41].. The main wing of the finished A320 has a wing thickness ratio[Annotation 2]Although it was close to A310,AirfoilIs significantly different and the thickness on the trailing edge side is secured[40].. WingFlat shapeHas a shallow receding angle and a large aspect ratio[45][39].. The flap is a simple one-step fowler flap[46][47]The weight was reduced by using a lot of composite materials for the rotor blades.[45].

The fuselage section is a "double bubble structure" that combines two circular structures, and has the widest body width as a single-passage aircraft.[48][19].. Although this increased the aircraft weight, it realized a room and cargo room with more room than competing aircraft.[12][49].. In addition, by opening the cargo compartment door to a large size to enable the loading of air freight containers, we were able to differentiate ourselves from competitors in terms of freight transportation.[50][51].

The prototype of A320 isMaximum takeoff weightWas 66 tons and had a cruising range of 164 nautical miles (about 1,750 kilometers) when 3240 passengers boarded.[52].. In response, the airline asked for a little more range[23].. Therefore, the maximum takeoff weight was increased to 72 tons, a fuel tank was added inside the central wing, andWing tip fenceEquipped with a plan to extend the cruising range to 3,200 nautical miles (about 5,930 kilometers)[52][23].. The prototype was named A320-100, and the weight-increasing type was named A320-200.[53].


Engine selection was a major issue in the early stages of A320 development[53][54].. Initially, there was no engine suitable for a 150-seat airliner,CFM International(Hereinafter referred to as CFMI)CFM56-2Engines were the main candidates for the time being, and several other engines under development were also listed as candidates.[54][27].. After that, the development of the CFM56-56, which is an improved version of the CFM4, was decided, and the adoption of this engine was decided in 1983.[27].. The previously mentioned IAE V2500 engine was decided to be developed in 1984 and will be adopted for the A320.[55].. With the advent of the rival V2500, CFMI decided that the CFM56-4 had insufficient performance, and changed it to CFM56-5 with increased thrust.[55].. As a result, the A320 equipped engine has become a selection formula from two types of CFM 56-5 and V2500.[34].. Boeing and McDonnell Douglas competitors have only one type of engine setting, and only A1 can select the engine in this size.[45].

Production and testing

The international division of labor was adopted in the production of the A320 so that the participating countries can secure a certain amount of work as with the previous Airbus aircraft.[56].. Table 320 shows the production share of the main components of the A1. In addition, some of the wing parts handled by BAe were subcontracted by an Australian company.[57].. Regarding the final assembly site, which is the base of production, although there were tactics among the Airbus participating countries, in the end it was still in FranceToulouseWas decided[22][58].. However, the assembly of the airframe interior is GermanHamburgTo be done in[59].

Table 1: Production share of major components of A2010 around 320
CountryCompany nameProduction sharing area
FranceAerospatial Nose and front fuselage (in front of the leading edge of the main wing), center wing, engine pylon, cabin door,
GermanyMBBCentral and aft fuselage, tail cones, wing flaps, vertical stabilizers
The United KingdomBAeMain wing body (including aileron and spoiler), main landing fairing
スペイン(English editionHorizontal stabilizer, main landing fairing
ベルギーBell airbusWing leading edge slats

The components produced in the factories of each country are the same as the previous Airbus aircraft.Super guppyAssembled by air transport to Toulouse[60][61].. However, with the A320, once the work in Toulouse is complete, the aircraft will be able to fly, making its first flight and normally moving to Hamburg.[59].. After finishing the interior work in Hamburg, the aircraft flew back to Toulouse, where it was handed over to customers.[59].

The first A320 is the A56-320 equipped with a CFM100 engine, the final assembly of which started in April 1986.[62][23].. The rollout ceremony was held grandly on February 2, 14, and five days later, the first flight was successfully completed on February 5, 1987.[15][62]. afterwards,Type certificationTest flight with 4 aircraft system for acquisition[62].

In the flight control system software development, multiple simulators were used before the test flight. Therefore, a simulator that completely reproduced the cockpit and hydraulic/power system was also developed.[63].. Finally, the flight test verified the software and the entire system.[63].. A dedicated test system was also developed and used to record the internal parameters of the computer in the flight test and set the conditions for the test.[63].. Also, an electromagnetic interference (EMI) test was conducted, which was worried because it was electronically controlled, and it was confirmed by Airbus that the system would not be hindered unless it was in a situation where it was disturbed by a warship.[30].

After these flight tests, on February 1988, 2, it was issued by the European Joint Aviation Authorities (JAA) for the A26 with CFM320 engine.[62].

Start of service

March 1988, 3 First delivery of A26 to Air France[64][65].. On April 4, the same year, Air France started commercial operation of A18.[66].. British Caledonian Airlines was to be delivered next time, but the company was absorbed by British Airways before receiving the A320.[67][68].. As a result, the British Caledonian order will be passed on to British Airways, which received its first aircraft on March 1988, 3, and launched the line the following month.[67][66].. To date, British Airways hasFlag carrierWas the only Airbus operator to introduce an Airbus operator, but in this way joined the Airbus operator.[64].. Subsequently, the delivery to Yale Anterre began[66].. The cabin of the A320, which is wider than the competition, was popular with passengers.[69].

In parallel with the delivery of the A320-100, the weight-increasing A320-200 made its first flight on June 1988, 6.[62].. A56-320 equipped with CFM200 engine obtained type certification on November 1988, 11[70].. Actual orders were concentrated on A320-200, production of A320-100 ended with only the first 21 aircraft, after that all became A320-200[45].. This will make the A320-200 a practical standard model of the A320, and will continue to be improved upon.[45].. Also, the V2500-equipped model was produced only for the A320-200.[62].

The first A320 machine was replaced with a V2500 engine after the first type certification was obtained, and the first flight with the same engine was performed on July 1988, 7, and engaged in the test flight as it was.[62].. On April 1989, 4, the V20 equipped type also obtained JAA type certification.[62].. First delivery of V2500 engine specificationsAdria AirwaysAnd the delivery to Cyprus Airlines was started without delay.[71].. By June of the same year, both airlines also started service on the A6 with V2500 specifications.[71].

Since small revisions were made just before the acquisition of the type certificate, there were problems such as delayed delivery of the aircraft and delayed supply of maintenance parts at the initial stage of delivery.[66].. Still, operational reliability recorded 3% in the first three months.[66].. After obtaining the formal certification, Airbus made 800 improvements, including small details[72].. Only one of them is enforceableAirworthiness improvement orderReached[72].. The content was a problem with the power system of the flight system, and the power supply unit was replaced.[72].. In addition, with the CFM56 engine equipped type, it was regarded as a problem that an unpleasant noise was heard in front of the cabin at takeoff, and Airbus was forced to deal with it[69].

Strong orders

At the time of the rollout in April 1986, the A4 had more than 320 orders from 15 companies.[15].. And in October of the same year,Northwest AirlinesReceived an order for 100 A320s from[26][73].. U.S. aircraft manufacturers were shocked by major US airlines ordering large numbers of Airbus aircraft[74].. The panicked Boeing is said to have sent an order form for the 737 with a blank amount of money to the president of Northwest, but he could not convince Northwest.[74].

However, the fuel price did not rise as much as expected in the early 1980s, so the direct operating cost of A320 was not as advantageous as expected, and many airlines chose existing aircraft with cheaper aircraft price[46].. Delta Airlines, which influenced the specification of the A320,MD-80United had chosen 737[46].. Still, in 1992, Airbus made a full-scale entry into the U.S. market after winning a large order from United Airlines after three years of negotiations.[74].

The A320 was accepted in North America because the aircraft itself was attractive, but some pointed out that Airbus offered a strategic price.[75].. The offer price was said to be 4% off the catalog price, and there was a complaint from the British government who was financially supporting Airbus.[75].. However, this was not just a bargain, it was Airbus' strategy to connect with the A340 and A330 twin-passage aircraft, whose development plans were in progress.[75].

Development of family aircraft

Airbus started studying development of derivative version of A1987 in 320[58].. Based on A320, a type to extend the body and a type to shorten the body were studied[58][12].. Since the simultaneous development of the A340 and A330 had already begun, a minimum number of engineers were invested in the derivative development of the A320.[58].


First of all, the development of the long body type was promoted, and formal ordering activities started in May 1988.[58][76].. In April 1989Aircraft leasingDeal withInternational Lease Finance (ILFC) decided to order 16 aircraft, which was the first order[77].. Then on September 9 of the same yearLufthansaOrders 42 aircraft, including options[78]As a result, on November 11, the long body type was named A24 and official development was decided.[79][77].

In A321, the fuselage has been extended by 4.27 meters, and the standard number of seats in the two-class configuration is 2.[80][35].. With the extension of the fuselage and the increase in aircraft weightLiftTo strengthen the wingflapWas newly designed and replaced with a double slotted flap (double gap flap)[80][81].. Like the A320, the engine is a CFM56 from CFMI and a V2500 from IAE, and both engines are equipped with a thrust-increasing type according to the size of the aircraft.[82].. Others were designed to minimize the changes from the A320, and most of the main wing, tail, and fuselage section were shared with the A320.[83].. The flight system is based on the A320, with some modifications to suit the aerodynamic characteristics.[84].

The final assembly site for the A321 left France for the first time as an Airbus aircraft and was decided in Hamburg, Germany[85][85].. Also, the A321 became the first Airbus aircraft to be developed without financial support from governments of each country.[86][77].

The first flight of the A321 took place on March 1993, 3, and the first type certification was issued by JAA on December 11, 12.[79].. Customer delivery of the A321 was started in January of the following year, and with Lufthansa in March of the same year.AlitaliaStarted line service by[77][87][88].. Next, the A321 was developed as a derivative type with increased cruising power by adding a cargo container type fuel tank.The original specifications were named A321-100 and extended cruising types were named A321-200.[89][79].


Short-body type research was also conducted in parallel, and it was approved by the Airbus Board of Directors to start sales activities on May 1992, 5.[90][91].. However, the government and companies that compose Airbus took time to agree on the final assembly site, and the official development decision was delayed on June 1993, 6.[77][79].. In the end, the final assembly site for the A319 was Hamburg and the assembly site for the A320 remained Toulouse.[77][92].

The fuselage has been shortened by 3.73 meters, and the standard number of seats has been set to 2 with two classes.[93][90].. The layout of cargo doors and emergency exits has been changed due to the decrease in fuselage length and capacity.[93].. The engine can be selected from CFM56 and V2500, and thrust suppression type has been set for both engines according to the downsized aircraft.[90].. Other structures and systems were shared with A320 as much as possible.[93].

The A319 made its first flight on August 1995, 8, and after the flight test for about 25 hours, obtained the first type certification from JAA on April 650, 1996.[94].. The first delivery of the A319 was made to Swiss Airlines within the same month and began service in the following May.[94][95].


Airbus based on A1996 at the Paris Air Show in June 6Business jetAnnounced to develop[96].. We decided to expand into the long-distance business aircraft market by taking advantage of passenger cabin-based passenger rooms.[96][92].. Airbus launches its business jetAirbus Corporate JetThe aircraft based on A319 was called A319CJ or ACJ319.[97][96].. The first ACJ319 flew on November 1998, 11, and was first delivered to the customer in January of the following year.[96].. Later, the ACJ was expanded to the entire A320 family, and the ACJ320 and ACJ321 were developed based on the A320 and A321 respectively, and the ACJ318 based on the later developed A318 also appeared.[98].


For passenger aircraft smaller than the A319, Airbus initially had a policy of not developing its own.[99].. In the first half of the 1990s, several plans for international joint development of passenger aircraft with about 100 seats were set up, and among them, plans for jointly developing the "Asian Express" by European and Asian companies were settled.[99][100].. Airbus has also participated in this "Asian Express" project, and the control system and qualifications will be shared with the A320.[99].. However, the Asian Express is planning to completely design the aircraft, and the high business risk associated with it has come to a standstill as a business.[101][99][102].. Eventually Airbus decided to further shorten the A319's fuselage and independently develop a 100-seat passenger aircraft[99].

The new short body type was named A318 and officially decided to be developed on April 1999, 4.[103].. A318 is 319 meters shorter than A2.39 to keep directional stability with itVertical tailWas extended[104].. In addition, the freight door was downsized and the freight container could not be installed.[104].. The engine is a CFM56 thrust suppression type,Pratt & Whitney Newly developed by (P & W)PW6000Was set[104][105].

The A318 first flew on January 2002, 1 and received its first type certification from JAA on May 15, 2003.[106].. In June of the same yearFrontier AirlinesReceived for the first time and started line service[106].

Common use with twin-passage aircraft

In parallel with the expansion of the A320 family, the twin-passage aircraft A340 and A330 were also completed, and the delivery to the airline company was started in 1993.[107].. Furthermore, Airbus completed the A2000-340/-2, the second generation of the A340, in the first half of the 500s, as well as a giant aircraft with two-story guest roomsA380Developed and entered service in 2007[108][107][109].. These models developed after A320 are equipped with a highly common fly-by-wire system.[110][111].. The layout, display, and operation method of the operating devices and display devices were made as identical as possible, and basically the same cockpit specifications were realized.[112].. As a result, each A320 family aircraft has the same flight qualification[113].. in additionMutual crew qualification With the creation of a qualification system called (Cross Crew Qualification; CCQ), Airbus planes will shift from 100 A318 class A500 to over 380 A2 class AXNUMX with a short training period of a few days to two weeks. Became possible[114][19].. And by the end of production of A2007 and A300 by 310, all passenger aircraft produced by Airbus are subject to CCQ[111].

Competition with competitors and spread to LCC

In the latter half of the 1990's, American aircraft manufacturers made successive generations of single-passage aircraft to compete with the A320.[115].. McDonnell DouglasMD-80Based on V2500 engine and modernizedMD-90Developed[116].. Boeing also updated the 737 engine737NG Developed (Next Generation)[117].. Small single-passage aircraft have smaller profit margins than twin-passage aircraft, so both Boeing and McDonnell Douglas hesitated to develop a completely new model and chose to improve the existing aircraft.[118][115].. On the other hand, Airbus succeeded in implementing a state-of-the-art system for single-passage aircraft such as the A330 by sharing the system with the A340 and A320 and distributing the development costs.[119].

The A320 family delivered more than 1991 aircraft in 1992 and 100 and recorded more than 50 aircraft every year since then.[120].. In 1999, the total number of deliveries of A320 family exceeded 1,000, and the delivery ceremony of 4 and 15 was held on April 1,000th.[121].. Since 1999, the number of deliveries each year has exceeded 320 for the A100 alone and over 200 for the entire family.[120].

In the 1990s, major US mid-sized airlines including Northwest Airlines and United Airlines introduced the A320 family one after another.[122].. Gradually, in the United States, pilots with A320 flight qualifications and mechanics with A320 maintenance experience grew, and by the beginning of the 2000s, the so-called emergingCheap airline (LCC) was preparing an environment where it could secure pilots and mechanics by improving the operation system of the A320 family.[122].. The A320 is also popular in the used machine market,Aircraft leasingBecause it became an advantageous aircraft for carrying out, it was easy to introduce A320 by leasing even for emerging airlines with limited funds[123].. Under these circumstances, the USJet Blue AirlinesAdopted the A320 and expanded the number of operations to 3 in 40 years[123].. continueFrontier AirlinesIntroduced the A2001 in 319 to expand adoption of family aircraft[122].. European cheap airlines have also chosen the A320 family[124].

At this time, Airbus Industry, which had been in the form of a consortium until now, was changed to an integrated company on January 2001, 1, and the company name was simply "Airbus".[125][126].. In the same year, the cumulative number of delivered A320s alone exceeded 1,000.[120].. And in 2002, the A320 family surpassed the 737 series in annual deliveries.[127]In terms of the number of operated aircraft, the A320 family is McDonnell-Douglas single-passage aircraft series (DC-9/MD-80/MD-90) Was pulled out[128].. In 2003, the total number of deliveries of the A320 family reached 2,000.[120].

Started production in China

In order to increase production capacity, Airbus will also attack the Chinese market, so the first final assembly base outside of Europe will beTianjinDecided to open in[129][130].. In December 2005, Airbus and the Chinese government signed a memorandum of understanding for factory construction.[130]The plant started construction in May 2007, started operation in August 5, and officially opened in September.[59][130].. The first Tianjin plant made its first flight on May 2009, 5, and was delivered to the customer on June 18, 6.[59].. The aircraft completed in Tianjin was initially intended for Chinese airlines, but later it was also delivered to some Asian airlines.[59][130].

As of March 2009, the total number of orders received for the A3 family was 320, and the number of deliveries was 6,313.[5].. The breakdown of the orderers by region was 1,988 aircrafts in North America, 1,763 aircrafts in Europe, and 1,595 aircrafts in Asia.[5].

Various improvements

The maximum takeoff weight, which was 320 tons when the A200-72 appeared, was gradually increased thereafter, and specifications such as 73.5 tons, 77 tons, and 78 tons were set.[62].. The increase in takeoff weight was used to increase the amount of fuel loaded, and the standard range was extended accordingly.[62].. The engine was also improved to improve fuel efficiency and environmental performance.[131].Computational fluid dynamicsThe aerodynamic surface was also improved by using the technology of the engine, the shape of the engine pylon and the fairing connecting the wings and the fuselage were changed.[131].. The flight system has also been improved with a continuous descent approach (CDA) method[Annotation 3],Wide area navigationThe function corresponding to is added to achieve more efficient operation.[134][131].. As for the cabin, the overhead baggage storage space was improved to improve volume efficiency, and the interior space was expanded by updating the interior.[134].. A business system for flight attendants, which manages lighting and air conditioning in guest rooms and broadcasts messages, was also introduced.[64].

It is possible to fly a route away from the alternative airfieldETOPSThe scope of application of requirements has been gradually expanded, and in March 2004European Aviation Safety Agency(Hereinafter, EASA) from the United States in May 2006Federal Aviation Administration(Hereinafter, FAA), 319 minutes ETOPS was recognized for A320, A321, and A180.[135][136].. Then, in November 2006, EASA also recognized ETOPS of 11 minutes for A318.[135][137].

After that, we will continue to reduce fuel consumption and replaced the wing tip fence with a new one in November 2009.Wing tip deviceWas announced to adopt[138].. This wing tip device was named "Sharklet" because the main wing tip was bent upward to form a large fin shape.[138][134].. Airbus said it could reduce fuel consumption by 2,000 percent by equipping it with sharklets when flying over 3,704 nautical miles (3.5 kilometers).[138].. From 2010 to 2011, sharklets were developed and prototyped.[138].. And the sharklet was installed on the first A320 aircraft, and flight test started on November 2011, 11[138].. The sharklet equipment specification obtained the first type certification from EASA on November 2012, 11, and on the following month, 30st.Air AsiaWas first delivered to[138][139][140].. The sharklet is set to the A318 family aircraft except the A320, and the sharklet has become the standard specification as a general rule from the 2014 delivery[138].

Consideration of successor

In parallel with the improvement of the A320, Airbus was researching what to do with the successor to the A320.[141][142].. There are two main ideas for the successor, one was to develop a completely new design machine, and the other was to install a new engine on the A2 to create a new generation.[141][142].

The new design isNSR Named (New Short Range), the use of composite materials for the main wing and fuselage structure, the latest aerodynamic design,Enhanced vision systemThe introduction of the latest avionics such as[143].. Around this time, some research on next-generation engines was underway for A320 and 737 passenger aircraft.[144][142].. These next-generation enginesOpen rotorOr because it has a large diameter fan, it required a new airframe design.[144][142].. It was estimated that the next generation engine could be put into practical use at the earliest around 2025, but this was not in time for the NSR plan that was aiming for service in the 2010s. There was concern that NSR would soon become obsolete due to the advent of next-generation engines[145][144][142].

In such a situation, Airbus decided not to carry out new development that requires a large development cost, but to upgrade the A320 to a new generation.[144][142].. Specifically, the aircraft design of A320 will be used as it is, and it will be updated to the latest high-efficiency engine at that time.[144].. Airbus named this improved model A320neo and announced the official development decision on December 2010, 12[146].. "Neo" is "New Engine Option" (meaning new engine selection type)AcronymAnd the meaning of "new"GreekIt is a product of "neo".[146].. And with the advent of neo, the conventional A320 family is now A320ceo (Current Engine Option; current engine choice type)[146].

320, which competes with A737, had a similar successor problem.[144].. Boeing was studying a newly designed single-passage aircraft, but eventually chose to upgrade the existing aircraft, and on August 2011, 8737MAXDecided to develop[143][147][144].. Although the market competition for single-passage aircraft entered a new stage in this way, A9neo, which was ahead of the market for nine months, had won a large order of more than 320 aircraft from 737 companies including the leasing company by the announcement of 14MAX. Was[148].

Development of A320neo

As the name implies, the A320neo has its engine engine updated to the latest turbofan engine.[149][150].. The set engine isPratt & Whitney (P & W)Pure power PW1100GSeries of CFMILEAP-1AThere are two types of series[149].. Both engines have a large diameter fan and have a bypass ratio[Annotation 4]Fuel economy performance was improved by increasing[151].

PW1100G is one of the Pure Power PW1000G series[150].. The PW1100G has a speed reducer to optimize the fan speed.Geared turbofan engineAlso called[149][150].. This results in a very high bypass ratio of 12:1[Annotation 4]Realized[150]..Airbus was supporting P & W's development work by equipping Airbus' A2008-10 with the PW1000 engine under development in October 340 and conducting flight tests.[150][152].. At this time, Airbus had not decided to install the PW1000 engine, but as a result it was adopted for the A320neo.[150].

The LEAP-1A was officially launched in July 56 as the successor engine to the CFM2008.[150][151].. Although it does not have a fan reducer, it uses the latest material technology and aerodynamic design technology to improve the engine core.[Annotation 5]In addition to downsizing and improving efficiency, optimizing the fan, the system was also improved to improve fuel efficiency.[150][149][154][151].

Both A320neo engines have fan diameters that are several tens of centimeters larger than the A320ceo engine, but Airbus says that it can secure the necessary distance between the bottom of the cowling and the ground.Landing gearWas not extended[155][149].. In order to develop in a limited period, the new engineCowl3D model digital mockup was actively used for the design of[156].

The basic airframe design other than the engine was followed by that of the A320ceo family, and 95% of the designs were common.[146][157].. The wing sharklet is now standard on the A320neo[146].

Airbus was also improving the A320ceo along with the development of the A320neo. As a modification applied to both neo and ceo, a new room layout named Space-Flex, complete LED lighting for guest room, and cockpitHead up display (HUD) introduction[158][151].. At Spaceflex,GalleyBy compressing the space of the toilet and the toilet, it has become possible to increase the number of seats by 6[159][151].. The head-up display can be installed on the captain's seat and the co-pilot seat respectively, and it is possible to set it as an option on new machines and to refit it on existing machines.[35].

The first A320neo was equipped with a PW1100G engine and made its first flight in Toulouse on September 2014, 9.[157][160].. On May 2015, 5, the LEAP-19A equipped model also made its first flight.[161].. On November 11 of the same year, the first type certification of A24neo for PW1100G specifications was issued by EASA and FAA.[162][163][139].

Initially during 2015Qatar AirwaysPlanned to receive the first A320neo but postponed due to performance issues with the PW1100G engine[164].. As a result, the first delivery of A1neo was carried out to Lufthansa German Airlines on January 20, the following year.[165].. Lufthansa began operating the A1neo route within Germany in January, and launched it on the international route between London and Frankfurt in April of the same year.[166][167][168].

On May 2016, 5, EASA and FAA also issued type certification for LEAP-31A equipment specifications.[163][139]On July 7th in TurkeyPegasus AirlinesWas first delivered to[164][169].

Early versions of the PW1100G had the problem of taking a long time to start the engine, and P & W was busy improving it.[170][171].. Other than that, some problems were found in both PW320G engine and LEAP-1100A engine in the early stage after the start of A1neo operation, and improvements and countermeasures were made by each manufacturer.[170].

Making family machines neo

When the A2010 neo was decided to be developed in December 12, it was decided to develop a neo for the A320 and A321 family machines as well.[146].. Regarding the smallest A318 in the family, the cumulative number of deliveries from 2003 to 2010 was 74, and the development of neo was postponed because it could not expect future demand.[120][146].. Both A321 and A319 can be equipped with PW1100G engine and LEAP-1A engine, and thrust enhancing type and suppression type are prepared for each engine according to the aircraft size.[173][174].. On May 2015, 5, we decided to develop an Airbus Corporate Jet based on the A19neo family and named it ACJ320neo family.[175][176].

The first A321neo was equipped with a LEAP-1A engine and made its first flight on February 2016, 2.[177][178].. The next month, the A1100neo equipped with PW321G also made its first flight.[168][179].. After that, A321neo made a test flight, and type certification was issued to the PW2016G specification type on December 12, 15, and the LEAP-1100A specification type on March 3, 1, respectively.[180][181].. On April 2017, 4, A20neo with LEAP-1A specificationsVirgin AmericaWas delivered for the first time to PW9G engine equipped machine on September 5,All Nippon AirwaysWas first delivered to[182][183][184].

Long body type A321Boeing 757Although it was expanding into the successor aircraft market, it was necessary to strengthen the cruising power in order to fully replace the 757.[185][186].. Therefore, on January 2015, 1, Airbus will extend the range of the A13neo to the A321LR (Long Rdecided to develop ange, meaning long distance)[187][188].. The A321LR made its first flight on January 2018, 1, obtained type certification on October 31, and was first delivered on November 10.Alkya Israel AirlinesMade against[189][190][191].. On June 2019, 6, the A17XLR (Xbetween Long RAirbus announced to develop ange)[188].. A321XLR isAmerican airlines,Qantas,Iberian airlines,AeringusIs owned byInternational Airlines GroupReceived an order from the company, etc., and development is proceeding with a plan for delivery in 2023.[192][193][188].

During this time, the first A319neo was also manufactured with the LEAP-1A engine specifications and made its first flight on March 2017, 3.[194].. In the same way, after a test flight, in December 2018, type certification was issued to A12neo with LEAP-1A specifications.[194][195].. After that, the first engine of A319neo replaced the engine with PW1100G and made the first flight with the same engine on April 2019, 4.[194][195].. As of 2019, the A1100neo with PW319G specifications is undergoing a test flight to obtain type certification.[196].. The first delivery of A319neo was delivered to individual customers on July 2019, 7[197].

Further sales growth and production enhancement

The number of annual deliveries of the A320 family continued to increase, surpassing 2006 in 300 and exceeding 2009 in 400.[120].. The same is true of the annual number of A320s delivered, exceeding 2008 in 200 and exceeding 2011 in 300.[120].. Cumulative deliveries of the A320 family have continued to grow, reaching 2012 in February 2 and 5,000 in March 2014.[120][198][199].

During this time, the focus of demand within the A320 family has shifted to large aircraft.[200].. Since 320, when the A321, A319, and A1996 have been completed, the number of deliveries has increased in the order of A320, A319, and A321.[200].. In 2006, the share of the number of deliveries in the family was less than 321% for A10, 320% for A43, and 319% for A73.[200]。2010年を境にA319とA321の納入数が逆転し、2016年にはA321が44パーセント、A320が53パーセント、A319は3パーセントとなった[200][120].

The production system has been strengthened in stages in parallel with the development of the A320neo family.[201].. Airbus decided to carry out final assembly of the A2012 family in the US in July 7,AlabamaMobileBuilt a factory in[202].. The Alabama plant started construction in April 2013 and has been in full operation since September 4.[202].. The first U.S.-made aircraft flew in March 2016 and was delivered to customers in April.[202][203].

On February 2008, 2, the total number of deliveries of the A1 family reached 320.[204], October 2019, 10 11 deliveries of A320 "neo" family[197][205].

As of 2019, the final assembly of A320 is in four places: Toulouse in France, Hamburg in Germany, Tianjin in China, and mobile in the United States.[206].. The A319 is finally assembled at three locations in Hamburg, Tianjin and Mobile, and the A3 is finally assembled at two locations in Hamburg and Mobile.[120].. Production of A318 has been cut off since 2015[120].


Family structure

Depending on the generation, the A320 family is divided into the original A320ceo family and the A320neo family, which has been upgraded to a new generation engine. The A320ceo family consists of four models: the basic type A320, the long body type A321, and the short body type A319 and A318. The A4neo family consists of A320neo, A319neo and A320neo.

In this section, the basic type A320 is mainly described. For each family model, see the individual page (A321# Aircraft,A319# Aircraft,A318# Aircraft)checking. For more information about A320neoA320neoSee also For corporate jet specificationsAirbus Corporate JetSee also


Basic configuration

Aircraft configuration of A320 is that of a typical passenger aircraft[207].. The cantilevered wingLow wingsPlaced inMonoplaneAnd one shot under each of the left and right wingsTurbo fan engineEquipped with[208][53][146].TailIs the normal arrangement,Vertical tailHorizontal stabilizerBoth are directly attached to the torso[208].Landing gearIs a front wheel type with front legs at the nose and main legs at the roots of the left and right wings[209].. Total length is 37.57 meters, total height is 11.76 meters, width is 34.10 meters with wing tip fence equipment and 35.80 meters with sharklet equipment.[210].

The material of the airframe structure isAluminum alloy,Titanium alloy, But most of the structural weight is made of composite materials.[211][212].. The composite material used isCarbon fiber reinforced plastic (CFRP), aramid fiber reinforced plastic (AFRP) and glass fiber reinforced plastic (GFRP). AFRP and GFRP are used for secondary structural members, CFRP is used for secondary structural members as well as main structural materials.[211][Annotation 6].


WingtaperSwept wing with a wing area of ​​122.6 square meters[208][216].. 25% sweep angle at 25% chord, aspect ratio[Annotation 7] Is about 9.5, which is a blade with a narrow sweep angle and a large span.[207][39].. Blade thickness ratio[Annotation 2]Is 10.8%, which is close to that of A310, but the cross-sectional shape is quite different and the blade of A320 is relatively thick in the latter half.[39][40].. The main wing structure consists of a central wing structure that is integrated with the fuselage and left and right cantilever wing structures.[47].. The left and right wings have a box-type stress skin structure (box structure), and consist of front spar, rear spar, ribs (small bones), stringers (longitudinal members), and upper and lower skins.[220][47].. The central wing structure istrussBox structure reinforced withLiftIs responsible for transmitting information such as[47].

On the wingHigh lift deviceWith slats on the leading edge and fowler flaps on the trailing edge[47][207].. There are six slats per wing, and they are arranged almost all over the width.[47][208].. At the base of the engine pylon, the flap is divided into two parts, the inner wing and the outer wing.AileronThere is[47].. On the upper surface of the main wing,SpoilerThere is[47].. SpoilerRoll controlAlso used for[207].. Weight reduction is achieved by using many composite materials for the rotor blades.[47].

Wing tip deviceAsInductive resistanceWith wing tip fence or sharklets to reduce[207][221].. The wing tip fence is a barb-shaped straightening plate, and the sharklet has a shape in which the wing tip is bent upward like a winglet.[47][207].. At the beginning of development, the wing tip fence was standard equipment, but later the sharklet specification was developed, and the sharklet became standard equipment on the A320neo.[207][221].. It is also possible to retrofit the existing aircraft with a sharklet.[222].

Inside the box structure of the wing is the fuel tank[47].. The left and right sides of the tank are divided into two, each of which is divided into five sections, including the central one section, and both ends areSurge tankHas become[223].


The body cross section of A320 is a "double bubble structure" that combines two circular structures with different diameters.[48].. The outer dimensions of the cross section are 3.95 meters wide and 4.14 meters high. [208].. The length of the body is equal to the total length and is 37.57 meters[208].. The width of the passenger compartment is kept as constant as possible, and the resistance is reduced by devising a flat constriction in the tail.[46].. The fuselage structure is a semi-monocoque structure, including a frame (structural material in the circumferential direction), stringers (longitudinal members extending in the front-rear direction), outer plates, beams (reinforcing members in the left-right direction),Pressure bulkheadConsists of[48][224].. 1.679 meters above the bottom of the fuselagebeamHas a structure and supports the floor of the guest room[48].. Except for the tailPressurizationIs a structure [48].


The horizontal stabilizer has a wingspan of 12.45 meters and the vertical stabilizer has a height of 5.87 meters.[208].. Both horizontal and vertical stabilizers have a box structure composed of front and rear girders, outer plates, and ribs, and most are made of composite materials.[225].

The horizontal stabilizer is a horizontal stabilizerElevatorConsists of[225].. The horizontal stabilizer does not have a central wing structure like the conventional aircraft, but the left and right wings are connected by metal fittings inside the fuselage.[225].. A jack screw is attached to the front of this joint to change the angle of the horizontal stabilizer and trim it.[Annotation 8]Can be adjusted[227].. The horizontal stabilizer and the fuselage are connected by metal fittings and bearings, one on each side of the rear girder.[225].. The left and right elevators are equipped with two actuators each and driven independently.[225].

The vertical stabilizer is a vertical stabilizerRudderConsists of[225].. Bound to the fuselage at the bottom of the vertical stabilizer[225].. The rudder is connected to the rear girder of the horizontal stabilizer by a bearing and driven by an actuator.[225].

Landing gear

Left and right main and front legs are two-wheel type[209].. Both the front and main legs are retractable, and lifting and lowering is normally done hydraulically. Only the emergency leg lowering mechanism uses cables like other models.[209].. The wheels are made of aluminum alloy, the tires areRadial tireIs[209].. The brake is a multi-plate typeDisc brakeSo carbon is used for the disc[209].. The brakes are hydraulically operated,Anti skidAnd equipped with automatic braking system[209].. The front leg has a hydraulically driven steering mechanism that allows it to turn only when on the ground.[209].


The generation of A320 engine is divided into A320ceo and A320neo, and high bypass ratio in any case.[Annotation 4]Is a turbofan engine of[45][228][173].

A320ceo engine is CFMICFM56And of IAEV2500Is a selection formula of[45][228].. CFM56 engine is set to all A320 family, V2500 engine is set to A318, A319, A320 excluding A321[229].. Depending on the fuselage length (weight) of the family aircraft, thrust enhancement type and suppression type are available[230].

The engine of A320neo will be a new generation turbofan engine,LEAP-1AOr from P & WPW1100G-JMYou can choose from[173].. Both engines are set for all A320neo families, and also thrust enhancement type and suppression type are prepared according to the fuselage length[229].

The engine is controlled by a digital electronic control unit (FADEC)[34].. FADEC can be said to be an engine version fly-by-wire,Thrust leverThe computer automatically controls the engine thrust according to the input and flight conditions[34][231][232].

Auxiliary power unit As (APU)Gas turbine engineIt is equipped with one and is mounted in the tail cone of the body tail[233][228].. The A320 APU is for supplying electric power and compressed air on the ground while the main engine is stopped, but it can be started even in the air in an emergency.[234].

Flight system

Fly by wire

A320 features for the first time on an airlinerFly by wireFull adoption of technology can be mentioned[235][19].. Airbus calls the A320's fly-by-wire system EFCS (Electronic Flight Control System)[236][237].

In the A320 fly-by-wire system, pilot maneuvers are converted to electrical signals and sent to a digital computer[236][29][238].. In the computer, calculation processing is performed based on steering input and information from various sensors[236][239][29].. The calculated command value is transmitted as an electric signal to each control surface and actuator of the landing gear.[236][235][240][239].

In developing the A320 system, Airbus aimed for a system that could operate passenger aircraft like a carriage.[241][19].. In the case of a carriage, the master gives instructions to the horse, and the horse can run according to the road conditions based on the instructions.[19].. The lord does not direct the horse step by step, and if there is a clear danger, the horse can avoid it at his discretion.[241][19].. Similarly on the A320, the system automatically controls the rotor blades according to the pilot's instructions and conditions.[241].. The flight control system of the A320 has functions to assist pilots in maneuvering, as well as built-in protection functions to protect the safety of the aircraft and flight.[235][239][242][243][244].. And this system is an Automatic Flight Control System (AFCS)Autopilot,Automatic thrust controller,andnavigationTake charge ofFlight management equipmentIs also integrated[245][239].

Compared to the system design concept, it is sometimes called machine-first Airbus and human-centered Boeing.[246][247].. On the other hand, the idea of ​​the Airbus machine is to let the machine do what the machine is good at, and it is said that the system is centered on humans.[246][247].. It is said that good use of the system is the key to successfully flying the A320.[246][247].. In addition, Airbus and Boeing have been improving the system by incorporating the other party's excellent functions into each other.[246].

In the A320 system, the program that receives various inputs and controls the control surface is called "flight control law"[248][249].. There are three types of flight control rules, which are named normal (normal), alternate (alternate), and direct (direct).[250][239].. Normally, it operates under the normal control law, and switches to the alternate control law or direct control law depending on the degree of system failure.[239][251].. In the normal control law, there is a mode according to the flight stage, switching from ground mode to flight mode, landing mode in order, and finally returning to ground mode.[239].

In the normal control law, the protective function controls the aircraft so that the aircraft attitude, load, flight speed, etc. do not exceed the allowable range.[239][244].. For example, when the aircraft approaches a stalled state, the engine is automatically set to maximum thrust and the control surface is controlled so that the angle of attack does not increase any further.[235].. In addition, the normal control law has a function to assist the pilot in maneuvering.[Annotation 8]Is automatically adjusted by the system[235][244].. If the system has two faults, it will switch to the alternate control law[250][239].. The control characteristics of the alternate control law are the same as those of the normal control law, but some protection functions do not work, and passengers must take measures to prevent loss of the control function.[250].. If there are three or more obstacles in the system, it will be necessary to switch to the direct control law and perform trim adjustments by the occupant.[252][250].

There are a total of 7 computers that control the main control surface (elevator, auxiliary wings, rudder). In addition, various computers that control the secondary control surface (high lift device etc.) and perform automatic control processing. The entire system is configured by adding a computer[239][253][245].. Also has a mutual monitoring function to detect computer abnormalities[239][245].

The A320's control system is 109Less than once per hour, 1 decrease in maneuverability5Designed with the goal of no more than once per hour[46].. the systemreliabilityMultiple computers to increaseRedundancyAnd the concept of heterogeneous redundancy is adopted instead of simple multiplexing.[237][254].. Heterogeneous redundancy is a concept for preventing loss of function of the entire system due to the same defect or failure.[237][254].. Specifically, when multiplexing,ProcessorAndProgramming languageMeasures are taken such as combining different computers or completely separating the command unit and the monitoring unit inside the computer.[237][254][46].. Measures such as separation of power supply and separation of signal lines are taken.[254].

Hydraulic system consists of three independent systems[255].. The hydraulic pressure boosted by the hydraulic pump is used in the control system, landing gear, brakes, and engine.Reverse thrust deviceSupplied to[255].. All control surfaces are hydraulically driven[236].. Each wing surface has multiple actuators for redundancy[235].. The landing gear in/out, brakes and steering are also hydraulically driven.[209].

A320 power is supplied from the generators on the left and right engines and APU[256].. It is also possible to use the external power supply of ground equipment while parked.[256].. The power system is equipped with a battery, and from the fuselage in an emergencyRam Air TurbineCan be deployed to generate power and pressurize hydraulic pressure.[256][255].. In addition, in case of loss of all power to the aircraft, a mechanical control system is provided for trimming the horizontal and vertical tails, and the landing gear also has a cable-type leg lowering mechanism for emergency use.[257][250].. The remaining mechanical control system means that the probability of loss of all power sources is 109It is said that it was actually difficult to verify that it was less than once in time (about 11 years).[46].


The pilot required for operation isCaptainCopilotTwo people[258][251].. In the cockpit, there are two observer seats in addition to the captain's seat and the co-pilot seat.[259].. It is a rational design that emphasizes habitability and is also called Porsche Cockpit because the design department of Porsche participated in the design[19][260].

A320cockpitIs so-calledGlass cockpitIn addition to being commercialized, like the conventional modelControl wheelControl with side sticks instead of[34][261].

There are 2 displays, 2 in each of the left and right cockpits and 6 in the center, all in color.[260].. All displays except the spare instruments are aggregated on the display[260].. Each display is assigned a role but is compatible and switchable[262].. In case of a display failure, the display layout will be switched automatically so as not to interfere with the continuation of flight.[262].. Initially on the displayCRTWas used, but with technological innovationLiquid crystal displayWas replaced by[35].. From 2014Head up display (HUD) equipment has been added, and it is possible to install it on existing machines as well as setting options on new machines[35].

Side stickpitchrollUsed for the main control of[46]It is located on the left for the left captain's seat and on the right for the right copilot's seat.[30].. The left and right side sticks are not mechanically connected[263].. Normally, operate with either side stick[263].. When both side sticks are operated at the same time, the arithmetic sum of each command becomes an input to the system, but there is also a function to invalidate the input of the other stick in case of an unexpected situation.[263].Auto pilotActive side sticks do not move automatically like traditional control wheels[242].. Since there are no control wheels, a retractable table is installed in front of each cockpit, so you can write logs and eat[261][19].

The cockpit and flight system are standardized in the A320 family, and the pilot qualifications are also common.[264][35][265].. At the same time of AirbusMutual crew qualification Since it is also a subject of (CCQ), it is possible to acquire qualification of other models with short training if it is with the Airbus aircraft subject to CCQ.[266].

Guest room/freight room

The fuselage of A320 has a passenger compartment on the upper layer and a cargo compartment on the lower layer with the floor near the center as a boundary.[48].. Engine or APUcompressorBy using compressed air byPressurizationIs done[267][268].. Computers also control and monitor air conditioning and pressurization[268].. The guest room is equipped with an oxygen mask for emergencies, and oxygen is generated and supplied by a chemical reaction from an oxygen generator.[269].. In addition, there is an oxygen supply system in the cockpit separately from passengers.[269].

The total length of the cabin, excluding the cockpit, is 27.5 meters.[34], The maximum width of the guest room is about 3.6 meters, the maximum height is about 2.1 meters[270].. The standard number of seats in the two-class formation is 2 for A320ceo and 150 to 320 for A160neo.[271].. The maximum capacity is 180 seats for normal specifications, and it can be expanded to 195 seats depending on the emergency exit option.[258].. The guest room has one passage in the center,Economy classThe seating arrangement is 3-3 seats 6 across the aisleAbreast, 2 abrests with 2-4 seats in advanced class[272].. Overhead seats with overhead stowage bins for baggage[259][273][251].. Due to the wide fuselage as a single-passage aircraft, the center seat of the three rows of seats can be several centimeters wider than the seats on both sides.[259].. There is also an interior plan that narrows the seat width and widens the aisle width in order to shorten the boarding time for short distance routes.[274][273].

The door arrangement in the guest room is symmetrical[273].. There is a pair of type I doors at the front and the rear of the passenger cabin for getting on and off.[275][273].. This door is a plug type that opens to the outside and has an emergency escape slide[275].. Two type III doors per side on the wing for emergency escape[258][275][273].. An escape slide that is deployed in conjunction with this emergency escape is provided inside the wing-body fairing.[275][251].

The underfloor cargo compartment is divided into two sections, front and rear, with the main wing in between.[276].. LD-3-46 or LD-3-46W air freight container can be installed in the cargo compartment[50].. The LD-3-46/-46W container has the same width as the LD-3 container for large machines and has a lower height for single-passage machines.[50].. The LD-3-46 can be handled with the same ground equipment as the original LD3 container, and can also be mounted on a large machine as it is.[277].. LD-3-46W can store up to 3 in the front cargo compartment and 4 in the rear cargo compartment[276].. To reduce the work load of loading and unloading containers, there is also an option to electrically slide the floor of the cargo compartment.[251][50].. The rear cargo compartment can be ventilated and heated to transport organisms[267].. In addition, the tail side of the rear cargo compartment is assigned to the loading space for bulk cargo.[276].

All cargo compartment doors are on the starboard side[278].. There is one door for each LD-3-46 container in each cargo compartment[34].. The door is open and the height of the opening is 1.24 meters and the width is 1.82 meters.[278].. In addition, there is an inward opening door at the end for bulk cargo[278].


This section describes the operation status of the entire A320 family and the A320 alone. For other family aircraft, see the individual page (A321# Operation,A319# Operation,A318# Operation)checking.

As of the end of 2018, the A320 family had a total of 14,581 orders received, 8,525 delivered and 6,056 backlog.[2].. At the same time, 320 aircraft were operating in the A7,702 family as a whole, of which 7,097 aircraft were in the A320ceo family and the remaining 605 were in the A320neo family.[279].

Flight InternationalAccording to magazine statistics, as of July 2018, the A7 family as a whole has 320 aircraft operated by 284 private airlines.[1].. By region, 100 companies in Europe are operating 2,325 aircraft, 94 companies in the Asia-Pacific region are operating 2,744 aircraft, 37 companies in the Americas are operating 1,977 aircraft, and 53 companies in the Middle East and Africa are operating 460 aircraft.[1].

More than half of all aircraft in the A320 family are operated by the company with the top 1% in operation.[1].American airlinesOperates 392 aircraft and is the largest operator in the A320 family[1].. ThenChina Southern Airlines261 aircraft,China Eastern AirlinesContinues with 248 aircraft[1]. AlsoEasy jetOperates a total of 314 units at group companies[1].. Other companies with a large number of operations in North AmericaJet Blue Airlines(188 aircraft),Delta Airlines(177 aircraft),United airlines(165 aircraft) in EuropeLufthansa German Airlines(173 aircraft),British Airways(135 aircraft) in AsiaIndigo(162 aircraft),Air China(142 units),Air AsiaThe group has more than 200 units in total[1].

As of the end of 320, the A2018 alone had a total of 8,961 orders, 5,213 were delivered, and the backlog was 3,748.[2].. There are 4,642 aircraft in service, the A320ceo has 4,151 aircraft, and the A320neo has 491 aircraft.[279].

Flight InternationalAccording to the statistics of the magazine, as of July 2018, the A7 is operated by 320 airlines with 240 aircraft.[1].. By region, 84 companies in the Asia-Pacific region have 1,896 aircraft, 78 companies in Europe have 1,235 aircraft, 32 companies in the Americas have 981 aircraft, and 47 companies in the Middle East and Africa have 369 aircraft.[1].

Top 320 A5 operators are occupied by Chinese and North American airlines[1].. Indigo is the number one operating company with 162 aircraft, followed by China Eastern Airlines with 151 aircraft, JetBlue Airlines with 130 aircraft, China Southern Airlines with 128 aircraft, and United Airlines with 98 aircraft.[1].. The company with the highest number of operations in EuropeVueling Airlines(98 aircraft), followed by EasyJet (92 aircraft), Lufthansa Airlines (80 aircraft)[1].. EasyJet and AirAsia have more than 200 units operated by the entire group,Jet Star AirlinesIs operating more than 100 aircraft as a group[1].

In addition,Business jetThe version of ACJ320 family isGovernment machineIs operated as[96][280][281].

Introduced by Japanese airlines

The first Japanese airline to adopt the A320All Nippon Airways(ANA)[282].. The company introduced the A737 as a successor to the 320 for domestic local routes in Japan and started its operation in March 1991.[283].. ANA's A320 was laterAir NipponIt was operated as a joint business equipment with[283].. Subsequently, All Nippon Airways adopted the A321 and entered service from April 1998, but at that time all aircraft were retired in February 4 due to the company's line demand.[283][172].

We also planned to replace the A320 with the 737, but decided to continue operating the A320.[284][285].. In addition, in December 2016, the A12neo was newly launched and launched on domestic domestic flights and short-distance international flights.[286][287].. In addition, A321 also decided to reintroduce, and in November 2016 A11ceo[288], And in September 2017 A9neo[289]Is in service.

Commenced commercial operation in March 2006Star flyerSelected A320 as the operating aircraft[290].. Initially it was a lease introduction, but later also introduced A320 by in-house purchase[290].. In service in March 2012Peach aviationAnd started service in July of the same year.Jetstar JapanA320 was adopted by Japanese cheap airlines as well.[291][292][293].

Number of orders/delivery

The table below shows the number of orders received and delivered for A320 (A320ceo and A320neo).

Table 2: Orders received/delivered each year (cancellations are subtracted from the initial ordering year)[294]
Number of orders8,9614126145395229925904551,030
Number of deliveries5,213417345319282306352332306
Number of orders281153296529308430171125103119
Number of deliveries297221209194164121101119116119
Number of orders128155175981242242135914
Number of deliveries101101805838344871111119
Number of orders6963105538474412
Number of deliveries58581600000


Aviation Safety NetworkAccording to (ASN) statistics, the A2019 family will be involved as of October 10.Aviation accidentAnd 153 cases have occurred[295].. Aircraft accidents resulted in 30 aircraft accidents, 7 incidents such as terrorism, and 7 incidents due to fires and natural disasters during parking.[296][297].. Of these, 30 people were killed in 951 accidents, 7 people were killed in 441 cases, and 1 person (criminal) was killed in 1 hijacking.[298].

This section describes incidents and accidents related to A320ceo and A320neo. For other family aircraft, refer to each item.

By October 2019, according to ASN statistics, there were 10 aviation accidents and incidents involving A320ceo, and no accidents or incidents were reported at A93neo.[299][300].. Of these, 25 were aircraft accidents, 5 were terrorist attacks, and 6 were other aircraft losses, including fires during parking.[301][300].. A total of 11 people were killed in 816 accidents, and a total of 2 people were killed in two cases.[301].. In addition, one hijacking occurred and one criminal was shot dead.[301][298].

The first fatal accident of A320 occurred on June 1988, 6Air France Flight 296 AccidentIs[301].. A320, which flew low over the runway for demonstration purposes, crashed as it came into contact with the trees at the end of the runway, killing three of the 136 passengers.[302][303].

The two fatal accidents that followed this accident were:Human factorThe flight system of the A320 was also involved.[304][305].

The first occurred on February 1, 1990Indian Airlines Flight 605 crashIn IndiaBangalore AirportA320, which was about to land on the plane, crashed in front of the airport, killing 148 of 92 passengers[306][307].. As a result of the accident investigation, it is estimated that the pilot accidentally operated the altitude setting knob to change the descent rate.[306][307].. As a result, the flight system narrowed down the engine thrust and could not maintain the descent path and speed, but it was delayed for the occupants to notice this situation and the recovery operation was delayed[306][307].

The first occurred on February 2, 1992Yale Anterre Flight 148 crashAnd the FrenchStrasbourg International AirportA320, which was about to land on the plane, crashed in the mountain in front of the airport and 96 of 87 passengers died[308][309].. The accident aircraft before the crash was descending at an abnormally large descent rate.[308].. Although the cause of the abnormal descent could not be determined in the accident investigation, it was pointed out that the pilot may have made a mistake in selecting the mode of descent angle and descent rate.[308][309].. After the accident Airbus has improved the display to prevent false positives[308][309][304].

The A320 most fatal accident occurred on July 2007, 7TAM flight 3054 overrun accidentIs[301].. BrazilCongonhas airportTAM's A320 landed at the airport deviated from the runway, collided with a building outside the airport premises and a gas station, and burned.[310].. All 187 passengers on the plane and 12 people caught on the ground died[310].. As a result of the accident investigation, it was estimated that the pilot made a mistake during landing due to several factors.[310].

Another accident that killed more than 100 people was in 2000.Gulf Air 072 flight crash, 2006Almavia Flight 967 crash, 2014Indonesia AirAsia Flight 8501 crashThere is.

September 2009, 1US Airways Flight 1549 Emergency Landing AccidentThere has occurred[311].. In New YorkLaGuardia AirportA320 that took offBird strikeAlthough the thrust of both engines was lost due to theHudson riverLanded on[311][312].. Also known as the "Miracle of the Hudson River" because all 155 passengers were safe.[312].

Occurred on January 2015, 3German Wings 9525 crashIs presumed to be due to the co-pilot's suicide[313][314].BarcelonaからDusseldorfThe accident aircraft that was heading toward theJapan AlpsCrashed into the mountains, killing 150 of all passengers[313][314].

XNUM X Year X NUM X Month X NUM X DayPakistan International Airlines Flight 8303 crashThere has occurred.The accident aircraftJinnah International AirportWhen landing at Jinnah International Airport, it crashed into a residential area 4 km before.This killed a total of 98 passengers and crew members and residents of the residential area at the site.The cause is under investigation, but the accident aircraft initially had a gear (landing gear) failure, and at Jinnah International Airport.Fuselage landingWas trying.It is said that both engines struck the ground violently when landing on the fuselage and went-around, at which time both engines failed.This seems to have caused the engine to stop and crash.

Main specifications

Table 3: Main specifications of each model
Number of flight crew2 people[315]
Standard number of seats160-190 seats[316]150 seat[316]185 seat[316]124 seat[316]107 seat[317]
Maximum number of seats194 seat[316]180 seat[316]220 seat[316]156 seat[316]136 seat[318]
Length37.57 m[210]44.51 m[319]33.84 m[320]31.45 m[321]
Width34.10 m (35.80 m for sharklet equipped aircraft)[322]
Height11.76 m[323]12.79 m[321]
Fuselage width3.95 m[322]
Body height4.14 m[324][325][208][326]
Maximum takeoff weight (MTOW)71.5 - 79.0 t[327]66.0 --77.0 t[328]78.0 --93.5 t[329]64.0 --76.5 t[330]56.0 --68.0 t[331]
Maximum landing weight (MLW)66.3 --67.4 t[327]64.5 --66.0 t[328]73.5 --77.8 t[329]61.0 --62.5 t[330]56.0 --57.5 t[331]
Maximum fuel-free weight (MZFW)55.3 --64.3 t[327]60.5 --62.5 t[328]69.5 --73.8 t[329]52.0 --58.5 t[330]53.0 --54.5 t[331]
Cargo compartment effective volume37.42 m3[332]51.72 m3[333]27.66 m3[334]21.3 m3[335]
Engine (x2)CFMI LEAP-1A or PW1100G-JM[229]CFMI CFM56 or IAE V2500[229]
Engine thrust (x2)106.80 - 130.29 kN[336]97.86 --120.10 kN[337]133.30 --142.34 kN[338]97.86 --120.10 kN[339]96.08 – 105.87 kN[340]
Maximum cruising speedMach0.82[341]
Cruising distance6,400 km[271]6,200 km[271]5,950 km[271]3,750 km[271]5,950 km[317]
Table 4: List of model names and equipped engines [342]
ModelengineType certification acquisition
A320-211CFMI CFM56-5A1
CFMI CFM56-5A1 / F
A320-212CFMI CFM56-5A31990/11/20
A320-214CFMI CFM56-5B4
CFMI CFM56-5B4 / P
CFMI CFM56-5B4 / 2P
CFMI CFM56-5B4 / P1
CFMI CFM56-5B4 / 2P1
CFMI CFM56-5B4 / 3
CFMI CFM56-5B4 / 3B1
A320-215CFMI CFM56-5B52006/6/22
A320-216CFMI CFM56-5B6
CFMI CFM56-5B6 / 3
A320-231IAE V2500-A11989/4/20
A320-232IAE V2527-A51993/9/28
A320-233IAE V2527-A51995/10/26
A320-251NCFMI LEAP-1A262016/5/31
A320-252NCFMI LEAP-1A242017/12/18
A320-253NCFMI LEAP-1A292019/2/5
A320-271NP & W PW1127G-JM
P & W PW1127GA-JM
A320-272NP & W PW1124G1-JM2018/10/17
A320-273NP & W PW1129G-JM2019/6/30


[How to use footnotes]

注 釈

  1. ^ However, Delta will adopt the A320 for more than 20 years[20][12].
  2. ^ a b The value obtained by dividing the thickness of the wing by the chord length (length before and after the wing)[43]. Determined based on aerodynamic characteristics, strength and weight, fuel tank capacity inside the wing, etc.[44].
  3. ^ Continuous descent approach and wide area navigation (area navigation) are new navigation methods that are said to lead to reduction of fuel consumption and noise.[132][133].
  4. ^ a b c In a turbofan engine, the sucked air is divided into air that is burned and ejected through the core and air that is discharged (bypassed) without passing through the core.[153]. The value obtained by dividing the air flow rate that bypasses the core by the air flow rate that passes through the core is the bypass ratio. Generally, the larger this value, the higher the propulsion efficiency.[153][343].. Detail isTurbo fan engineSee.
  5. ^ The core is the internal combustion engine that generates the engine driving force for the turbofan engine.[153].. Detail isTurbo fan engineSee.
  6. ^ Structural members of an aircraft are divided into primary structural members (main structural members) and secondary structural members. The primary structural member is a structural member mainly responsible for transmission of flight load, ground load, and pressure load.[213], Such as the members of the girder structure of the main wing[214], The highest safety reliability among structural materials is required[215]. On the other hand, the secondary structural member corresponds to the leading edge and the trailing edge of the main wing that exerts an aerodynamic function and transmits a local load such as wind pressure to the primary structural portion.[214].
  7. ^ Aspect ratio is a value obtained by dividing the square of the wing width by the area and indicating the slenderness ratio of the wing.[217]. Larger aspect ratioInductive resistance(Resistance due to lift generation) is reduced, which is advantageous for efficient flight.[217][218][219].
  8. ^ a b Trim is a balance that allows the pilot to fly in the same posture without exerting any force on the control device.[226].


  1. ^ a b c d e f g h i j k l m n “World Airliner Census 2018”, Flightglobal, (2018-08-21 / -09 03), https://www.flightglobal.com/asset/24536 2019/2/14Browse. 
  2. ^ a b c Japan Aircraft Development Association 2019, pp. II-4, II-8, II-12.
  3. ^ “Airbus 2018 Price List Press Release” (Press Release), Airbus, (January 2018, 1), https://www.airbus.com/newsroom/press-releases/en/2018/01/airbus-2018-price-list-press-release.html 20109-11-12Browse. 
  4. ^ Aoki 2010, p. 123.
  5. ^ a b c d e f g Yamazaki 2009a, pp. 90–91.
  6. ^ Kingsley-JonesMax; MoxonJulian; OTooleKevin; LewisPaul; LearmountDavid; HenleyPeter "Airbus history" (PDF) "Airbus Industrie --25 Flying Years (Flight International supplement)", pp. 7-11, 1997.http://www.flightglobal.com/pdfarchive/view/1997/1997%20-%202895.html.2019/9/28Browse. 
  7. ^ a b Aoki 2010, pp. 71–79.
  8. ^ a b Aoki 2018, pp. 127–130.
  9. ^ Tanikawa 2016, Position No. 1207.
  10. ^ Tanikawa 2009, p. 93.
  11. ^ a b c d e f Sail foot 2003, pp. 43–45.
  12. ^ a b c d e f g h i j k l m n o p Kingsley-Jones et al. 1997, p. 16.
  13. ^ Aoki 2003a, p. 54.
  14. ^ a b Rice 1984, p. 146.
  15. ^ a b c d e f g h i j k l Yamazaki 2009a, pp. 92–93.
  16. ^ Aris, Stephen (2002). Close to the Sun. London, UK: Aurum Press Ltd. p. 119. ISBN 978-1-85410-830-2 
  17. ^ Gavaghan 1987, p. 40.
  18. ^ a b c Kuze 2006, p. 171.
  19. ^ a b c d e f g h i j k l m n Yamazaki 2009a, p. 93.
  20. ^ "Aircraft By Type". Delta Flight Museum. 2019/9/9Browse.
  21. ^ a b c d e f g Sail foot 2003, pp. 45–46.
  22. ^ a b c d e f g h i j k l Rice 1984, pp. 146–148.
  23. ^ a b c d Sail foot 2003, p. 47.
  24. ^ Kingsley-Jones et al. 1997, pp. 17–18.
  25. ^ The Society of Japanese Aerospace Companies, "19 Edition of the World Aerospace Industry," The Society of Japanese Aerospace Companies, 2007, p. 116.ISSN 09101535. 
  26. ^ a b c d e f Kingsley-Jones et al. 1997, p. 17.
  27. ^ a b c d e f g Rice 1984, p. 148.
  28. ^ Obert 2009, p. 448.
  29. ^ a b c d e f g h i j Aoki 2003c, p. 49.
  30. ^ a b c d e f Aoki 2003c, p. 52.
  31. ^ Tanikawa 2016, Position No. 1288.
  32. ^ Tanikawa 2016, Position No. 1290.
  33. ^ a b Briere, Favre & Traverse 2001, §12.1.
  34. ^ a b c d e f g h i Aoki 2010, pp. 52–53.
  35. ^ a b c d e f Aoki 2018, pp. 119–120.
  36. ^ Learmount 1983, pp. 1987–1989.
  37. ^ Aoki 2003a, pp. 55–56.
  38. ^ a b c All Nippon Airways Maintenance Division Engineering Department 1991, p. 12.
  39. ^ a b c d Obert 2009, pp. 259–260.
  40. ^ a b c d e Warwick 1986, p. 90.
  41. ^ a b Gavaghan 1987, pp. 40–41.
  42. ^ Susumu Tokunaga "Innovation of A300 that can be understood only now (Special feature We Love Airbus)" "Aviation Information" Vol. 59, No. 5, Totosha, pp. 86-89, 2009.ISSN 04506669. 
  43. ^ Kuze 2006, p. 37.
  44. ^ Lee Family 2011, p. 135.
  45. ^ a b c d e f g Aoki 2018, p. 116.
  46. ^ a b c d e f g h Kuze 2006, p. 172.
  47. ^ a b c d e f g h i j k All Nippon Airways Maintenance Division Engineering Department 1991, pp. 14–15.
  48. ^ a b c d e f All Nippon Airways Maintenance Division Engineering Department 1991, pp. 15–17.
  49. ^ Aoki 2003a, p. 57.
  50. ^ a b c d Aoki 2003a, p. 58.
  51. ^ Tanikawa 2016, Position No. 1255.
  52. ^ a b Warwick 1986, p. 87.
  53. ^ a b c Aoki 2003a, p. 55.
  54. ^ a b Sail foot 2003, p. 46.
  55. ^ a b Norris 1999, pp. 22–23.
  56. ^ Aoki 2014, p. 154.
  57. ^ Rice 1984, p. 152.
  58. ^ a b c d e Yamazaki 2009a, pp. 93–94.
  59. ^ a b c d e f Aoki 2010, p. 133.
  60. ^ Aoki 2010, pp. 131–133.
  61. ^ “'It's quicker by rail' for A320 parts”, Flight International: 14, (1990-07-04), https://www.flightglobal.com/pdfarchive/view/1990/1990%20-%201876.html 2019/9/30Browse. 
  62. ^ a b c d e f g h i j Aoki 2010, pp. 53–54.
  63. ^ a b c Briere, Favre & Traverse 2001, §
  64. ^ a b c Aoki 2018, p. 117.
  65. ^ "A320 family embarks on approach to 10,000 deliveries". Flightglobal (February 2019, 9). As of February 17, 2019オ リ ジ ナ ルMore archives.2019/11/9Browse.
  66. ^ a b c d e Learmount 1988, p. 133.
  67. ^ a b "British Airways to phase out former British Caledonian Airbus A320 fleet". Flightglobal (September 2006, 6). 2019/9/25Browse.
  68. ^ “World Airline Directory”, Flight International: 39–131, (1991-03-27 / 04-02), https://www.flightglobal.com/pdfarchive/view/1991/1991%20-%200721.html 2019/10/4Browse. 
  69. ^ a b Learmount 1989, p. 57.
  70. ^ EASA 2019, p. 173.
  71. ^ a b “V2500-powered A320 enters service”, Flight International: 14, (1989-06-03), https://www.flightglobal.com/pdfarchive/view/1989/1989%20-%201620.html 2019/9/11Browse. 
  72. ^ a b c Learmount 1989, p. 56.
  73. ^ Yamazaki 2009b, p. 95.
  74. ^ a b c Yamazaki 2009b, pp. 95–97.
  75. ^ a b c Yamazaki 2009b, pp. 96–97.
  76. ^ Sedbon, Gilbert (1989-06-03), “Airbus offers A320 stretch”, Flight International 135 (4157): 22, https://www.flightglobal.com/pdfarchive/view/1989/1989%20-%201628.html 2019/6/12Browse. 
  77. ^ a b c d e f Kingsley-Jones et al. 1997, p. 18.
  78. ^ Lufthansa Technik The History, Lufthansa Technik AG, (2015), pp. 38–39, https://www.lufthansa-technik.com/c/document_library/get_file?uuid=75513294-31c9-47d2-9456-456bdec90f22 2019/6/25Browse. 
  79. ^ a b c d Aoki 2010, pp. 54–55.
  80. ^ a b Moxon 1993, pp. 37, 40.
  81. ^ Rudolph 1996, pp. 72–74.
  82. ^ Aoki 2003a, pp. 60–61.
  83. ^ Moxon 1993, pp. 36–40.
  84. ^ Moxon 1993, p. 40.
  85. ^ a b “A321 victory for West Germany”, Flight International 137 (4202): 14, (1990-02-07 / 13), https://www.flightglobal.com/pdfarchive/view/1990/1990%20-%200274.html 
  86. ^ Moxon 1993, p. 36.
  87. ^ “Airbus delivers first production A321”, Flight International 145 (4406): 6, (1994-02-02 / 08), https://www.flightglobal.com/pdfarchive/view/1994/1994%20-%200252.html 2019/6/11Browse. 
  88. ^ Kingsley-Jones, Max (2003-10-21 / 27), “Speed ​​Limit”, Flight International: 47–57, https://www.flightglobal.com/pdfarchive/view/2003/2003%20-%202373.html 2019/7/1Browse. 
  89. ^ Aoki 2003a, p. 61.
  90. ^ a b c Aoki 2003a, p. 62.
  91. ^ “A319 receives go-ahead”, Flight International, (1992-05-06), https://www.flightglobal.com/pdfarchive/view/1992/1992%20-%201148.html 2019/7/31Browse. 
  92. ^ a b Yamazaki 2009a, p. 94.
  93. ^ a b c Moxon 1995, pp. 55–58.
  94. ^ a b Aoki 2018, p. 121.
  95. ^ “Eurowings boosts charter business with A319 order”, Flight International: 10, (1996-05-08), https://www.flightglobal.com/pdfarchive/view/1996/1996%20-%201106.html 2019/7/6Browse. 
  96. ^ a b c d e Aoki 2003a, pp. 62–63.
  97. ^ Moxon, Julian (2000-10-10 / 16), “Uncharted territory”, Flight International: 42–44, https://www.flightglobal.com/pdfarchive/view/2000/2000-1%20-%201324.html 2019/4/12Browse. 
  98. ^ "DUBAI: Airbus secures order for first ACJ321". Flightglobal (February 2011, 11). As of February 15, 2012オ リ ジ ナ ルMore archives.2019/11/1Browse.
  99. ^ a b c d e Aoki 2003a, p. 64.
  100. ^ Kingsley-Jones 1999, p. 150.
  101. ^ Kingsley-Jones 1999, pp. 150, 153.
  102. ^ Moxon, Julian; Lewis, Paul (1998-07-08 / 14), “Airbus Industrie and AVIC abandon AE31X”, Flight International, https://www.flightglobal.com/pdfarchive/view/1998/1998%20-%201808.html 2019/4/12Browse. 
  103. ^ Kingsley-Jones 2003, pp. 79–80.
  104. ^ a b c Aoki 2010, pp. 55–56.
  105. ^ Aoki 2003a, p. 65.
  106. ^ a b Aoki 2018, p. 122.
  107. ^ a b Aoki 2018, pp. 100–108.
  108. ^ Aoki 2010, pp. 26–57.
  109. ^ Tanikawa 2016, Position No. 1836.
  110. ^ van Dijk & Vadrot 2016, pp. 4–5.
  111. ^ a b Tanikawa 2009, p. 94.
  112. ^ Aoki 2003b, pp. 102–103.
  113. ^ van Dijk & Vadrot 2016, pp. 5–6.
  114. ^ van Dijk & Vadrot 2016, pp. 5–11.
  115. ^ a b Kuze 2006, pp. 128–129.
  116. ^ Kuze 2006, p. 128.
  117. ^ Kuze 2006, p. 129.
  118. ^ Yamazaki 2009b, pp. 96–99.
  119. ^ Aoki 2010, pp. 36–37, 52.
  120. ^ a b c d e f g h i j k Japan Aircraft Development Association 2019, p. II-8.
  121. ^ "Annual Outlook (1999) — Aviation and Space Relations —” The Japan Society for Aeronautics and Astronautics, Vol. 48, No. 554, pp. 207–225, 2000.two:10.14822 / kjsass.48.554_207. 
  122. ^ a b c Furusho 2003, p. 112.
  123. ^ a b Furusho 2003, pp. 110–112.
  124. ^ Yamazaki 2009b, pp. 98–99.
  125. ^ Aoki 2010, p. 127.
  126. ^ Tanikawa 2016, Position No. 1752.
  127. ^ Japan Aircraft Development Association 2019, pp. II-7, II-8.
  128. ^ Japan Aircraft Development Association 2019, pp. II-15–II-18.
  129. ^ Yamazaki 2009b, p. 99.
  130. ^ a b c d "Airbus completes final assembly of 100th A320 family in Tianjin, China". Aviation Wire (February 2012, 9). As of February 3, 2012オ リ ジ ナ ルMore archives.2019/6/21Browse.
  131. ^ a b c Aoki 2018, pp. 117–118.
  132. ^ Hogenhuis, RH; Heblij, SJ; Visser, HG (2008), Optimization of RNAV noise abatement arrival trajectories, National Aerospace Laboratory NLR 
  133. ^ Ozlem, Sahin; Onder, Turan (2016), “Evaluation of Aircraft Descent Profile”, Energy Procedia 95: 308–313, two:10.1016 / j.egypro.2016.09.011, ISSN 1876-6102 
  134. ^ a b c Aoki 2010, pp. 56–57.
  135. ^ a b "US FAA grants 180min ETOPS to A319, A320, A321". Flightglobal (February 2006, 5). As of February 9, 2015オ リ ジ ナ ルMore archives.2019/11/1Browse.
  136. ^ EASA 2019, pp. 52, 102, 145.
  137. ^ EASA 2019, p. 164.
  138. ^ a b c d e f g Aoki 2018, p. 118.
  139. ^ a b c EASA 2019, p. 10.
  140. ^ "AirAsia Receives First A320 with Sharklet". Aviation Wire (February 2012, 12). As of February 26, 2013オ リ ジ ナ ルMore archives.2019/10/17Browse.
  141. ^ a b Aoki 2011, p. 38.
  142. ^ a b c d e f Aoki 2013, p. 36.
  143. ^ a b "THE 737 STORY: Smoke and mirrors obscure 737 and Airbus A320 replacement studies". Flightglobal (February 2006, 2). As of February 7, 2019オ リ ジ ナ ルMore archives.2019/10/9Browse.
  144. ^ a b c d e f g Aoki 2011, pp. 38–39.
  145. ^ “Directory: World Airliners”, Flight International: 32–43, (2008-10-21 / 27), https://www.flightglobal.com/assets/getAsset.aspx?ItemID=26014 2019/10/18Browse. 
  146. ^ a b c d e f g h Aoki 2018, p. 123.
  147. ^ "Boeing firms up 737 replacement studies by appointing team". Flightglobal (February 2006, 3). As of February 3, 2019オ リ ジ ナ ルMore archives.2019/10/17Browse.
  148. ^ Aoki 2011, pp. 38–40.
  149. ^ a b c d e Aoki 2013, pp. 37–39.
  150. ^ a b c d e f g h Aoki 2018, pp. 123–124.
  151. ^ a b c d e Hensey & Magdalina 2018, p. 2.
  152. ^ "Airbus-owned A340 flies P & W geared turbofan engine". Flightglobal (February 2008, 10). As of February 14, 2019オ リ ジ ナ ルMore archives.2019/10/23Browse.
  153. ^ a b c Noritori Watanabe "How the Engine Works", "Airplane Encyclopedia" edited by the Airplane Encyclopedia Editorial Committee, December 2009, p. 12.ISBN 978-4-621-08170-9. 
  154. ^ European Aviation Safety Agency (EASA) (2019), EASA Type-Certificate Data Sheet No. E.110, Issue 08, EASA, https://www.easa.europa.eu/documents/type-certificates/engine-cs-e/easae110 2019/6/21Browse. 
  155. ^ Aoki 2018, p. 124.
  156. ^ Mas, F .; Menéndez, JL; Oliva, M .; Ríos, J. (2013), “Collaborative Engineering: an Airbus case study”, Procedia Engineering (Elsevier) 63 (null): 336–345, two:10.1016 / j.proeng.2013.08.180 
  157. ^ a b “World Airliner Directory 2015 Part I”, Flight International, https://www.flightglobal.com/asset/6231 2019/10/18Browse. 
  158. ^ Aoki 2018, pp. 117–120.
  159. ^ "INTERIORS: Airbus gains traction with Space-Flex concept". Flightglobal (February 2015, 4). As of February 13, 2015オ リ ジ ナ ルMore archives.2019/10/23Browse.
  160. ^ "Airbus A320neo first flight success". Aviation Wire (September 2014, 9). 2019/9/16Browse.
  161. ^ "First flight of A320neo and LEAP-1A-equipped aircraft New engine of CFM". Aviation Wire (September 2015, 5). 2019/9/16Browse.
  162. ^ "Simultaneous acquisition of type certification from A320neo, EASA and FAA". Aviation Wire (February 2015, 11). As of February 25, 2017オ リ ジ ナ ルMore archives.2019/9/16Browse.
  163. ^ a b FAA 2019, p. 27.
  164. ^ a b "A320neo and LEAP machines also obtained type certification from EASA and FAA". Aviation Wire (February 2016, 6). As of February 1, 2019オ リ ジ ナ ルMore archives.2019/9/16Browse.
  165. ^ "Airbus delivers first A320neo to Lufthansa". Aviation Wire (February 2016, 1). As of February 21, 2018オ リ ジ ナ ルMore archives.2019/9/16Browse.
  166. ^ "PICTURE: Lufthansa A320neo visits Heathrow". Flightglobal (February 2016, 4). As of February 13, 2017オ リ ジ ナ ルMore archives.2019/10/28Browse.
  167. ^ "Lufthansa's first A320neo on the Frankfurt-Hamburg line to be upgraded to 5 units within the year". Aviation Wire (February 2016, 1). As of February 27, 2016オ リ ジ ナ ルMore archives.2019/10/28Browse.
  168. ^ a b “World Airliner Directory-Mainliners: Battle for the middle ground”, Flight International, (2016-11-14), https://www.flightglobal.com/asset/14332 2019/6/22Browse. 
  169. ^ "A320neo and LEAP machines also delivered to Turkish LCC". Aviation Wire (February 2016, 7). As of February 22, 2019オ リ ジ ナ ルMore archives.2019/10/28Browse.
  170. ^ a b Hensey & Magdalina 2018, pp. 8–11.
  171. ^ Norris, Guy (February 2016, 2). “New P & W President Has'Nothing To Hide' On GTF Starting Issue". Aviation Week & Space Technology.As of August 2018, 10オ リ ジ ナ ルMore archives.2019/11/5Browse.
  172. ^ a b "Individual monitors and power supplies in each seat Photo feature-ANA A321neo first machine (in-flight edition)". Aviation Wire (September 2017, 9). 2019/6/30Browse.
  173. ^ a b c Aoki 2018, pp. 123–126.
  174. ^ EASA 2019, pp. 45, 95, 140–141.
  175. ^ "A320neo Business Jet, production started in June". Aviation Wire (February 2018, 5). As of February 24, 2018オ リ ジ ナ ルMore archives.2019/8/28Browse.
  176. ^ "Airbus launches A320neo business jets Orders from British company". Aviation Wire (February 2015, 5). As of February 20, 2019オ リ ジ ナ ルMore archives.2019/9/16Browse.
  177. ^ "A321neo makes first flight with LEAP-1A engine". Aviation Wire (February 2016, 2). As of February 10, 2019オ リ ジ ナ ルMore archives.2019/6/21Browse.
  178. ^ Flottau, Jens (February 2016, 2). “First A321neo Suffers Tail Strike, Out Of Service For Weeks". Aviation Week & Space Technology. 2019/6/23Browse.
  179. ^ Wuerfel, Tim (2017-05-26), “Flying A321neo: Technology Upgrades Under The Skin”, Aviation Week & Space Technology, https://aviationweek.com/commercial-aviation/flying-a321neo-technology-upgrades-under-skin 2019/6/23Browse. 
  180. ^ "Obtained simultaneously from A321neo, EASA and FAA with type certification PW machine". Aviation Wire (February 2016, 12). As of February 16, 2018オ リ ジ ナ ルMore archives.2019/6/21Browse.
  181. ^ "A321neo and LEAP machines also obtained type certification from EASA and FAA". Aviation Wire (February 2017, 3). As of February 2, 2017オ リ ジ ナ ルMore archives.2019/6/21Browse.
  182. ^ "Airbus first delivery of A321neo Virgin America introduces LEAP leasing". Aviation Wire (September 2017, 4). 2019/6/21Browse.
  183. ^ "ANA, A321neo first aircraft received Domestic flights from mid-September". Aviation Wire (February 2017, 9). As of February 7, 2019オ リ ジ ナ ルMore archives.2019/10/29Browse.
  184. ^ "PICTURE: ANA takes first PW1100G-powered A321neo". Flightglobal (September 2017, 9). 2019/6/22Browse.
  185. ^ Colvin, Bob. (January 2015, 1). “Viewpoint: Airbus Should Build A Truly Long-Range 757 Replacement". Aviation Week & Space Technology.As of August 2018, 10オ リ ジ ナ ルMore archives.2019/6/15Browse.
  186. ^ "Airbus tackles 757 range with higher-weight A321neo". Flightglobal (September 2014, 10). 2019/7/1Browse.
  187. ^ "Airbus launches A321neo take-off weight-boosting launch on Atlantic route". Aviation Wire (September 2015, 1). 2019/6/21Browse.
  188. ^ a b c "Airbus launches "A321XLR" ultra long-distance type, single-passage, world's longest, 23 years". Aviation Wire (September 2019, 7). 2019/6/21Browse.
  189. ^ "Airbus A321LR first flight successful aim for service within the year". Aviation Wire (September 2018, 2). 2019/6/21Browse.
  190. ^ "Type certification obtained from A321LR, EASA and FAA". Aviation Wire (September 2018, 10). 2019/6/21Browse.
  191. ^ "A321LR started delivery World's longest single-passage machine, first machine in Alkya". Aviation Wire (September 2018, 11). 2019/6/21Browse.
  192. ^ "Airbus receives orders for 363 aircraft at Paris Air Show A321XLR and A220 perform well". Aviation Wire (September 2019, 6). 2019/6/29Browse.
  193. ^ "UK IAG orders 321 A14XLR for Iberian Airlines and Aer Lingus". Aviation Wire (September 2019, 6). 2019/6/29Browse.
  194. ^ a b c "Airbus A319neo first flight LEAP engine aircraft". Aviation Wire (February 2017, 4). As of February 3, 2018オ リ ジ ナ ルMore archives.2019/6/21Browse.
  195. ^ a b "Leap-powered A319 neo gains joint approval from EASA and FAA". Flightglobal (September 2018, 12). 2019/7/17Browse.
  196. ^ "PICTURE: Airbus starts flight tests of GTF-powered A319neo". Flightglobal (September 2019, 4). 2019/7/17Browse.
  197. ^ a b "A320neo family reaches 1000 deliveries in 3 years and 8 months". Aviation Wire (February 2019, 10). As of February 11, 2019オ リ ジ ナ ルMore archives.2019/10/29Browse.
  198. ^ “Airbus delivers 5,000th A320 to Middle East Airlines” (Press Release), Airbus Japan, (January 2012, 1), http://www.marinavi.com/images/プレスリリース/2012/0124Airbus_MiddleEastt.pdf 2019/11/2Browse. 
  199. ^ (Press Release), Airbus, (March 2014, 3), https://www.airbus.com/newsroom/news/en/2014/03/the-a320-family-6-000-deliveries-and-counting.html+2019/11/2Browse. 
  200. ^ a b c d "18-inch wide economy appealing for high comfort Special feature: Airbus Innovation Days 2015 (Part XNUMX)". Aviation Wire (February 2015, 6). As of February 15, 2019オ リ ジ ナ ルMore archives.2019/9/16Browse.
  201. ^ "Airbus expands A320 production line in Hamburg to 60 monthly production". Aviation Wire (February 2018, 6). As of February 15, 2019オ リ ジ ナ ルMore archives.2019/6/28Browse.
  202. ^ a b c "Airbus A320 factory in Alabama begins final assembly in US". Aviation Wire (February 2015, 9). As of February 15, 2017オ リ ジ ナ ルMore archives.2019/11/2Browse.
  203. ^ "Airbus Delivers First American Made A321, Jet Blue". Aviation Wire (February 2016, 4). As of February 26, 2018オ リ ジ ナ ルMore archives.2019/6/21Browse.
  204. ^ "Airbus completes 8,000th A320 family delivery". Flightglobal (February 2018, 2). As of February 23, 2018オ リ ジ ナ ルMore archives.2019/11/9Browse.
  205. ^ "PICTURE: Airbus reaches 1,000 A320neo deliveries". Flightglobal (February 2019, 10). As of February 10, 2019オ リ ジ ナ ルMore archives.2019/10/28Browse.
  206. ^ Airbus 2019e, p. 5.
  207. ^ a b c d e f g Aoki 2003a, p. 56.
  208. ^ a b c d e f g h Airbus 2019c, §2-2-0.
  209. ^ a b c d e f g h All Nippon Airways Maintenance Division Engineering Department 1991, pp. 20–22.
  210. ^ a b EASA 2019, p. 34.
  211. ^ a b All Nippon Airways Maintenance Division Engineering Department 1991, pp. 12–14.
  212. ^ Nakazawa & Ibaragi 2014.
  213. ^ Mamoru Nakata; Yasuhisa Kitahara; Hiroyuki Hataguchi "Trends in Aluminum Casting for Aircraft" "R & D Kobe Steel Technical Report" Vol. 55, No. 3, Kobe Steel, pp. 87-90, December 2005. 
  214. ^ a b Ryuhei Aoki, "Wing Structure," edited by the Airplane Encyclopedia Editorial Committee, "Airplane Encyclopedia," December 2009, p. 12.ISBN 978-4-621-08170-9. 
  215. ^ Yutaka Maeda, "Applications and Markets of Carbon Fibers", CMC Publishing <CMC Technical Library>, June 2008, p. 6.ISBN 978-4-7813-0006-1. 
  216. ^ Aoki 2003a, pp. 55, 65.
  217. ^ a b Kenichi Lee, "Plane Shape of the Main Wing," edited by the Editorial Board of the Encyclopedia of Airplanes, Encyclopedia of Airplanes, December 2009, pp. 12–314.ISBN 978-4-621-08170-9. 
  218. ^ Lee Family 2011, pp. 314–316.
  219. ^ Kuze 2006, pp. 13-14.
  220. ^ Lee Family 2011, pp. 229–230.
  221. ^ a b Aoki 2018, pp. 118, 123.
  222. ^ "Airbus, Tiger Air's A320 retrofit with sharklets First Asian refurbishment". Aviation Wire (September 2013, 11). 2019/9/17Browse.
  223. ^ Sugimoto, Hirota & Urayama 2009c.
  224. ^ Lee Family 2011, pp. 229–231.
  225. ^ a b c d e f g h All Nippon Airways Maintenance Division Engineering Department 1991, pp. 17–18.
  226. ^ Takahiro Nakajima, "How to Take Trims," ​​edited by the Airplane Encyclopedia Editorial Committee, "Airplane Encyclopedia," December 2009, p. 12.ISBN 978-4-621-08170-9. 
  227. ^ All Nippon Airways Maintenance Division Engineering Department 1991, pp. 17–20.
  228. ^ a b c Airbus 2019c, §2-12-0.
  229. ^ a b c d EASA 2019, pp. 35, 85–86, 129, 156–157.
  230. ^ Aoki 2010, pp. 52–57.
  231. ^ Sugimoto, Hirota & Urayama 2008b.
  232. ^ Sugimoto, Hirota & Urayama 2008c.
  233. ^ Sugimoto, Hirota & Urayama 2009a.
  234. ^ All Nippon Airways Maintenance Division Engineering Department 1991, pp. 29-30.
  235. ^ a b c d e f Sugimoto, Hirota & Urayama 2008a.
  236. ^ a b c d e Hirayama, Haneishi & Ueda 1990, p. 294.
  237. ^ a b c d Kamiyama 1988, p. 93.
  238. ^ Briere, Favre & Traverse 2001, §12.1, §12.2.
  239. ^ a b c d e f g h i j k Sugimoto, Hirota & Urayama 2009d.
  240. ^ Sugimoto, Hirota & Urayama 2008f.
  241. ^ a b c Warwick 1986.
  242. ^ a b Sugimoto, Hirota & Urayama 2010b.
  243. ^ Sugimoto, Hirota & Urayama 2010c.
  244. ^ a b c Aoki 2003c, pp. 50–51.
  245. ^ a b c Warwick 1986, pp. 90–93.
  246. ^ a b c d Ase 2003, pp. 108–109.
  247. ^ a b c Tanikawa 2016, Position No. 1408.
  248. ^ Learmount 1987, p. 112.
  249. ^ Aoki 2003c, pp. 48–50.
  250. ^ a b c d e Aoki 2003c, pp. 49–50.
  251. ^ a b c d e Sugimoto, Hirota & Urayama 2009e.
  252. ^ Hopkins 1987, p. 25.
  253. ^ Hopkins 1987, p. 23.
  254. ^ a b c d Hirayama, Haneishi & Ueda 1990, pp. 294–296.
  255. ^ a b c All Nippon Airways Maintenance Division Engineering Department 1991, pp. 22–23.
  256. ^ a b c Sugimoto, Hirota & Urayama 2008e.
  257. ^ All Nippon Airways Maintenance Division Engineering Department 1991, pp. 18–22.
  258. ^ a b c EASA 2019, p. 50.
  259. ^ a b c All Nippon Airways Maintenance Division Engineering Department 1991, pp. 30–31.
  260. ^ a b c Kamiyama 1988, p. 91.
  261. ^ a b Hirayama, Haneishi & Ueda 1990, pp. 291–292.
  262. ^ a b Hirayama, Haneishi & Ueda 1990, pp. 292–293.
  263. ^ a b c Kamiyama 1988, pp. 92–93.
  264. ^ Moxon 1995, pp. 57–58.
  265. ^ Aoki 2003a, pp. 64–65.
  266. ^ van Dijk & Vadrot 2016, pp. 4–11.
  267. ^ a b Sugimoto, Hirota & Urayama 2009b.
  268. ^ a b All Nippon Airways Maintenance Division Engineering Department 1991, p. 24.
  269. ^ a b Sugimoto, Hirota & Urayama 2009f.
  270. ^ Warwick 1986, p. 89.
  271. ^ a b c d e Airbus 2019e, p. 4.
  272. ^ Airbus 2019c, §2-5-0.
  273. ^ a b c d e Airbus 2019c, §2-4-1.
  274. ^ Warwick 1986, p. 93.
  275. ^ a b c d Sugimoto, Hirota & Urayama 2010a.
  276. ^ a b c Airbus 2019c, §2-6-0.
  277. ^ Aoki 2003a, pp. 58, 62.
  278. ^ a b c Airbus 2019c, §2-7-0.
  279. ^ a b Japan Aircraft Development Association 2019, p. II-17.
  280. ^ "Swiss VIP Charter receives first ACJ320neo aircraft A320neo Business Jet". Aviation Wire (September 2019, 3). 2019/11/11Browse.
  281. ^ "PICTURE: Ex-Lufthansa A321 joins Luftwaffe". Flightglobal (September 2018, 9). 2019/6/25Browse.
  282. ^ Tokumitsu 2003, pp. 95–96.
  283. ^ a b c Tokumitsu 2003, p. 96.
  284. ^ Tokumitsu 2003, p. 97.
  285. ^ "ANA VISION 2006 (56th Term Third Quarter Report)" All Nippon Airways, March 2006.https://www.ana.co.jp/ir/rp/pdf/vision/05/56tq/00.pdf.2019/11/11Browse. 
  286. ^ "Business class with equipment similar to large aircraft Special feature: ANA A320neo first aircraft launched (1)". Aviation Wire (September 2016, 12). 2019/11/11Browse.
  287. ^ "ANA's A320neo launches first international flight From Narita to Shanghai". Aviation Wire (September 2017, 1). 2019/11/11Browse.
  288. ^ "Premium class of electric seats Photo feature/ANA A321ceo domestic flight specifications (Part XNUMX)". Aviation Wire (September 2016, 11). 2019/11/11Browse.
  289. ^ "ANA, A321neo First domestic flight power supply and personal monitor equipment". Aviation Wire (September 2018, 9). 2019/6/22Browse.
  290. ^ a b "A thin seat makes it more comfortable Photo Special Feature-Starflyer 14th A320". Aviation Wire (September 2016, 12). 2019/11/11Browse.
  291. ^ "First Peach retires 325 laps of the earth, pilots and CA on the first day of service". Aviation Wire (September 2019, 5). 2019/11/11Browse.
  292. ^ "Jetstar surpasses 800 million passengers, two years and nine months after launch". Aviation Wire (September 2015, 3). 2019/11/11Browse.
  293. ^ Naoji Nomura, "Criteria of the new Airbus A320neo and identification of new airports", Proceedings of the Japan Society for International Tourism, Vol. 25, pp. 125–131, 2018.two:10.24526 / jafit.25.0_125. 
  294. ^ Japan Aircraft Development Association 2019, pp. II-4, II-8.
  295. ^ “Aviation Safety Network> ASN Aviation Safety Database> Aircraft type index> Airbus A319 / 320/321”, Aviation Safety Network, https://aviation-safety.net/database/types/Airbus-A320-series/index 2019/10/29Browse. 
  296. ^ “Aviation Safety Network> ASN Aviation Safety Database> Type index> ASN Aviation Safety Database results page 1”, Aviation Safety Network, https://aviation-safety.net/database/types/Airbus-A320-series/database 2019/10/29Browse. 
  297. ^ “Aviation Safety Network> ASN Aviation Safety Database> Type index> ASN Aviation Safety Database results page 2”, Aviation Safety Network, https://aviation-safety.net/database/types/Airbus-A320-series/database/2 2019/10/29Browse. 
  298. ^ a b “ASN Aircraft accident Airbus A320 registration unknown Amman-Queen Alia International Airport (AMM)”, Aviation Safety Network, https://aviation-safety.net/database/record.php?id=20000705-0 2019/10/31Browse. 
  299. ^ “Aviation Safety Network> ASN Aviation Safety Database> Aircraft type index> Airbus A320”, Aviation Safety Network, https://aviation-safety.net/database/types/Airbus-A320/index 2019/10/29Browse. 
  300. ^ a b “Aviation Safety Network> ASN Aviation Safety Database> Aircraft type index> Airbus A320neo”, Aviation Safety Network, https://aviation-safety.net/database/types/Airbus-A320neo/index 2019/10/29Browse. 
  301. ^ a b c d e “Aviation Safety Network> ASN Aviation Safety Database> Type index> ASN Aviation Safety Database results”, Aviation Safety Network, https://aviation-safety.net/database/types/Airbus-A320/database 2019/10/29Browse. 
  302. ^ Kato 2008, Chapter 4 41.
  303. ^ “ASN Aircraft accident Airbus A320-111 F-GFKC Mulhouse-Habsheim Airport”, Aviation Safety Network, https://aviation-safety.net/database/record.php?id=19880626-0 2019/10/30Browse. 
  304. ^ a b Gero 2017, pp. 233–234.
  305. ^ Kato 2008, Chapter 4, 14, 47, 53.
  306. ^ a b c Kato 2008, Chapter 4 47.
  307. ^ a b c “ASN Aircraft accident Airbus A320-231 VT-EPN Bangalore-Hindustan Airport (BLR)”, Aviation Safety Network, https://aviation-safety.net/database/record.php?id=19900214-2 2019/10/30Browse. 
  308. ^ a b c d Kato 2008, Chapter 4 53.
  309. ^ a b c “ASN Aircraft accident Airbus A320-111 F-GGED Strasbourg-Entzheim Airport (SXB)”, Aviation Safety Network, https://aviation-safety.net/database/record.php?id=19920120-0 2019/10/30Browse. 
  310. ^ a b c Aviation Safety Network, https://aviation-safety.net/database/record.php?id=20070717-0+2019/10/31Browse. 
  311. ^ a b “ASN Aircraft accident Airbus A320-214 N106US Weehawken, NJ [Hudson River, NY”], Aviation Safety Network, https://aviation-safety.net/database/record.php?id=20090115-0 2019/10/31Browse. 
  312. ^ a b Paul, Simpson (2014), The Mammoth Book of Air Disasters and Near Misses (Kindle ed.), Robinson 
  313. ^ a b “ASN Aircraft accident Airbus A320-211 D-AIPX Prads-Haute-Bléone”, Aviation Safety Network, https://aviation-safety.net/database/record.php?id=20150324-0 2019/10/31Browse. 
  314. ^ a b Gero 2017, p. 405.
  315. ^ EASA 2019, pp. 50, 99, 143, 163.
  316. ^ a b c d e f g h Airbus 2019b, p. 4.
  317. ^ a b Aoki 2010, p. 57.
  318. ^ EASA 2019, p. 163.
  319. ^ EASA 2019, p. 85.
  320. ^ EASA 2019, p. 128.
  321. ^ a b EASA 2019, p. 156.
  322. ^ a b EASA 2019, pp. 34, 85, 128, 156.
  323. ^ EASA 2019, pp. 34, 85, 128.
  324. ^ Airbus 2019a, §2-2-0.
  325. ^ Airbus 2019b, §2-2-0.
  326. ^ Airbus 2019d, §2-2-0.
  327. ^ a b c EASA 2019, pp. 48–49.
  328. ^ a b c EASA 2019, pp. 46–48.
  329. ^ a b c EASA 2019, pp. 96–98.
  330. ^ a b c EASA 2019, p. 142.
  331. ^ a b c EASA 2019, p. 162.
  332. ^ Airbus 2019a, §2-1-1.
  333. ^ Airbus 2019b, §2-1-1.
  334. ^ Airbus 2019c, §2-1-1.
  335. ^ Airbus 2019d, §2-1-1.
  336. ^ EASA 2019, p. 45.
  337. ^ EASA 2019, p. 44.
  338. ^ EASA 2019, pp. 94–95.
  339. ^ EASA 2019, pp. 140–141.
  340. ^ EASA 2019, pp. 161–162.
  341. ^ EASA 2019, pp. 43, 92, 138, 160.
  342. ^ "TYPE-CERTIFICATE DATA SHEET No.EASA A.064 for AIRBUS A318-A319-A320-A320 Issue 45 (PDF)”. EASA (December 2019, 12). 2020/3/16Browse.
  343. ^ “Chapter 6: Aircraft Systems” (PDF) Pilot's Handbook of Aeronautical Knowledge, Federal Aviation Administration (FAA), pp. 6–20, FAA-H-8083-25, https://www.faa.gov/regulations_policies/handbooks_manuals/aviation/pilot_handbook/ 2014/7/6Browse. 



  • Yoshitomo Aoki "AIRBUS JET STORY" Ikaros Publishing, 2010.ISBN 978-4-86320-277-1. 
  • Yoshitomo Aoki "Technology for Making Jet Passenger Aircraft: What is the Difference Between Airbus Aircraft and Boeing Aircraft? How to Make Long Wings and Body and What to Carry?" (Electronic 1st Edition) SB Creative <Science Eye New Book >,2014. 
  • Yoshitomo Aoki "Passenger Airliner Yearbook 2018-2019" Ikaros Publishing, 2018.ISBN 978-4-8022-0473-6. 
  • Kanichiro Kato "50 Years of Aircraft Accidents: The First Person Reveals Everything" (Kindle Edition) Kodansha <Kodansha + α Bunko>, 2008. 
  • Shinji Kuze "History of Passenger Aircraft Development in Shape and Speed: From Pre-Light to Super-Large and Supersonic Aircraft" Japan Aviation Technology Association, 2006.ISBN 4902151146. 
  • Kazumi Tanikawa "Boeing vs Airbus Fierce Development Competition: Why Passenger Aircraft Have Evolved So Much in 100 Years" (Kindle Edition) Kotsu Shimbunsha <Kotsu Shimbunsha Shinsho>, 2016.ISBN 978-4-330-74116-1. 
  • Japan Aircraft Development Association "30 Edition Civil Aircraft Related Data Collection" Japan Aircraft Development Association, March 2019. 
  • Kenichi Lee, "Airplane Design Method," Corona Publishing Co., Ltd., 2011.ISBN 978-4-339-04619-9. 
  • GeroDavid "Aviation Disasters: The World's Major Civil Airliner Crashes Since 1950" (Kindle; Sixth Edition) The History Press, 2017.ISBN 9780752499925. 
  • Obert, Ed (2009), Aerodynamic Design of Transport Aircraft, ISBN 978-1-58603-970-7 

Papers, journal articles, etc.

Online resources

Related item

外部 リンク

Boeing 787

Boeing 787 Dreamliner
Boeing 787 Dreamliner
Boeing 787 Dreamliner logo.png

Japanese flag All Nippon Airways Received on September 2011, 9 (Launch customer
Japanese flag Japan Airlines
United States flag American airlines
United States flag United airlines
Canadian flag Air Canada
Republic of Korea flag Korean Air
Flag of the People's Republic of China Hainan Airlines な ど
  • First flight : 2009May 12
  • Number of production: 975 aircraft (February 2020)
  • Start of production : 2006
  • Operation start : 2011May 10
  • Operational status: In flight
  • Unit cost :
    787-8: 1 billion & 8,520 millionUS dollar(2010)
    787-9: US $ 2 million (1,810)

Boeing 787 Dreamliner(British: Boeing 787 Dreamliner) IsThe United States of America OfBoeingDeveloped and manufactured by the company767-777Next-generation long-distance medium-sized model that succeeds part ofWide body machine.. Two on each wing, one on eachTurbo fan engineEquipTwin engineIs. Nickname is "Dream liner(Dreamliner) ”, But this name was given in June 2003 after the open call for participants.Paris Air ShowAnnounced during the period. At the research stageY2, In the development stage7E7Is called[1][2],2005May 1(SeattleTime) followed the conventional naming system787Was changed to[3].. The name "777" was expected because it was developed after the 787.


Long for a medium-sized airlinerCruising distanceThe feature is that long flight distances by conventional large aircraft can be directly operated by this derivative type, and it has become possible to open long-distance air routes where demand is not expected so much and the profitability of large aircraft is tight. Except for some parts such as the engine, more than half of the fuselage and main wings金属notCarbon fiber compositeBy using, it incorporates bold technological innovations that set it apart from other models, such as reducing the weight and strengthening of the aircraft and simplifying the manufacturing process.[4].Jet engineabout,Rolls-Royce Trent 1000OrGeneral Electric GEnxTo use.

2003Towards developmentOrdersWhen it starts, it is economical, comfortable, and environmentally friendly as a passenger aircraft, and for passengers, the air purifying power inside the aircraft is improved, and the size of windows and the storage of baggage are improved.volumeWith the expansion of etc., the comfort of riding has become popular, and manyAirlinesOrdered one after another. And the number of orders reached more than 800 when the test flight of the prototype aircraft had not started. The first prototype of the 787 flew on December 1, 2, two years and four months behind the original plan.[4].. The reason why the first flight was delayed is that the development work was delayed because, in addition to the advanced technology, we asked manufacturers all over the world to share the development and manufacturing cooperation.[4].. This delayed the start of mass production and ordered the 787 for the first time in the world.Japan OfAll Nippon AirwaysReceived Unit 12011May 9It became. After introducing the 787, ANA has been operating since October 2011.Narita-Hong KongStarting with the line, it was put into service all over the world.[4].. Initially ANA2008 OfBeijing OlympicsIt was delayed by more than 3 years because it was scheduled to go into service for, but after that production went smoothly and production went smoothly.Japan AirlinesBut in addition to the start of operationUnited airlines,American airlines,Hainan AirlinesEtc., introduced one after another by airlines around the world[4].. As of January 2020, 1 airlines own 55s, producing more than 787 aircraft.


In this section, for passenger aircraft made by Boeing, the notation of "Boeing" is omitted and only numbers are used, or Boeing is referred to as "B". As an example, "Boeing 777" is "777" or "B777".

Development history

1995Boeing, which was considering the development of a model next to the 777, which started service in Japan, will need a passenger plane in the future.Speed ​​of soundClose toTransonic speedConsidering that it is a high-speed aircraft that can be cruised in2001Initially around 250 seatsSonic cruiserProposed. But in September 2001American terrorist attacksLater, due to the impact of reduced aviation demand, etc.2002At the end, I gave up the development of the Sonic Cruiser and started to develop the standard 7E7. The regular 7E7 is a 767-class twin-engined medium-sized airliner that emphasizes efficiency over speed.2003At the end, sales to airlines were approved internally.

January 2004Launch customerAsAll Nippon AirwaysStarted ordering 50 aircraft and the name was changed to 787. afterwards,Japan Airlines,Northwest Airlines,Continental Airlines[5]Many major airlines have ordered. According to the original schedule2007Completed in July, first flight from August to September, then test flight with 7 prototypes,2008In 5 monthFederal Aviation Administration(FAA) was scheduled to acquire type certification, and as soon as it was acquired, it was scheduled to be handed over to All Nippon Airways. All Nippon Airways Co., Ltd. announced that it will launch domestic flights in June 2008Beijing OlympicsAt the time of the eventTokyo/Haneda - Beijing/CapitalIt will be used for charter flights between[6].

Initially, it was planned to fly first at the end of September 2007 and deliver it in May 9, but many new designs such as a fuselage using new materials and an engine adopting a new axis, and development are shared by each company around the world As a result, the development was difficult due to the lack of alignment. The first flight took place on December 2008, 5, more than two years later than originally planned.

All Nippon Airways Co., Ltd., which was scheduled to receive Unit 1, was unable to enter service at the time of the Beijing Olympics, and was forced to change its service plan. Regarding the No. 1 test machine that was scheduled to be received-the No. 3 test machine is rejected because the aircraft's weight increased compared to the mass production type and the original performance could not be obtained.[7].

All Nippon Airways and Boeing Co., Ltd. (Service Ready Operational Validation: SROV) [8]In order to carry out the, the 2011-7 type machine with the registration code N3EX that was painted by All Nippon Airways on July 787, 787Haneda OfTokyo International AirportCame to Japan for the first time[9].. From 7th to 5th July with HanedaCentral part,Itami,Kansai,Okayama,HiroshimaTo and from each airport ofBoarding bridgeTested assuming actual service such as connection and refueling[10].

On September 2011, 9, All Nippon AirwaysBoeing Everett FactoryA handicapped ceremony was held on 26th[11].

On September 2011, 9, the first aircraft of this model with the registration code JA28A for All Nippon Airways arrived at Haneda Airport four years after the rollout and carried out crew habituation flight from October 801 to 1. Was[12].

Delivery and service

On October 2011, 10, All Nippon AirwaysNarita - Hong KongIn between, it carried out the world's first commercial operation as 787. November 11, Haneda-began regular domestic flights on Okayama and Hiroshima routes. At All Nippon Airways, special coating is applied to Units 1 and 1, and normal coating is applied for Units 2 and later, but in order to make it easier to understand that it is 3, it is huge in front of the aircraftlogoI decided to paint "787"[Note 1].

However, the aircraft that will be received after February 2014 has not been painted the "2" logo[Note 2].. In addition, the aircraft painted with the "787" logo has now been restored to normal ANA paint.[Note 3]

January 2012, 1, All Nippon Airways Co., Ltd. BeijingThe regular scheduled international flights have started. It was the aforementioned Unit 3 (JA805A; for long-distance international flights) that was used. The company has begun to introduce domestic plane dedicated aircraft from the summer of 2012. Haneda- Fukuoka-KagoshimaLine, Haneda- KumamotoLines will be put on line one after another, and Haneda from autumn 2012- SapporoAlso entered service on the line[13].

April 2012, 4, Japan Airlines will open a new Narita- Duffel BagIntroduced 787-8 (JA822J) to the line[14].. This was Japan Airlines' first 787 service route. This was the first direct flight between Narita and Boston. For the time being, Japan Airlines announced that it will make full use of the characteristics of the 787 and plans to operate only on international flights.However, it will gradually introduce 787-8 aircraft to domestic flights as well, and from October 2019 Haneda- In service between Itami.

May 2012, 5, Japan Airlines Narita- New DelhiStarted operation on the line and on the 7th of the same monthMoscowLine and Haneda-also started operations on the Beijing line.

On January 2013, 1, United AirlinesLos Angeles -The Narita Line is the first airline outside Japan to fly the 787 to Japan.[15].

August 2013, 1,LOT Polish Airlines TheWarsaw -The 787 began operating on the Chicago route, but due to the decision to suspend operation of the 787 worldwide on this day, the route was operated only on the outbound day, and the return flight was canceled.

Since May 2013, Boeing has the prospect of refurbishing the battery unit, and has delivered and handed over many aircraft that had been waiting for delivery, which had been manufactured and stagnated.

2013March 5Civil Aviation Administration of China(CAAC) has allowed the 787, which had been put off for a long time, to operate in China, and it is expected that the delivery of a machine destined for China, which was already manufactured and was delayed. Regarding the authorization, CAAC has not announced the details, including the relation between the postponement of the operation authorization and the battery trouble described later.

August 2013, 5,Thomson AirlinesHas been delayed due to battery problemsThe United KingdomReceived the first aircraft to the airline, received the second aircraft on May 5, the following day, and is scheduled to enter service on July 31 of the same year.

August 2013, 5,China Southern AirlinesFollowing Thomson Airlines, the company andPeople's Republic of ChinaReceived the first machine against, on June 6ndGuangzhou --Launched on the Beijing line.

August 2013, 6,British AirwaysReceived the first machine equipped with the Rolls-Royce Trent 1000.

On April 2016, 4, the 27-400 with the machine number 9V-OFE, which is the 787th machine in total, was installed.ScootAnnounced that it was handed over to[16].

August 2017, 2,Korean Airが初号機である787-9の機体番号:HL8081を受領し、2月24日に韓国へ到着する。ファーストクラス6席、プレステージ(ビジネス)クラス18席、エコノミークラス245席の計269席で構成された機体で、3月7日から韓国国内で運航を開始し、6月ごろからトロント、マドリード、ロサンゼルスなどの長距離路線で運航する予定[17]It is said. We plan to introduce four more aircraft by the end of the year and five more by 4, for a total of 2019 aircraft.

August 2018, 2,Singapore AirlinesAnnounced that it will launch the 787-10 on the Singapore-Perth route.[18], Singapore to celebrate the 2018th anniversary of the company's service to Japan in 50 Osaka (Kansai)Officially decided to introduce it to one round trip (SQ1 / SQ618) of the line[19].. The line will start operating from May 2018, 5, and after that, in addition to the Perth lineTokyo-Centrair-FukuokaIntroduced to part of the line within 2018.

In December 2018, the 12th 787-787 (aircraft number: B-9) was released.China Southern AirlinesAnnounced that it was handed over to[20][21].. Commemorative logos for the "787th BOEING 787" and "787th Kabane 787" were posted on the aircraft in Chinese and English.


Medium sizeWide body machineIt is positioned as a successor to some of the narrow-body 757, semi-wide-body 767, and 777. In particular, the cruising range and cruising speed are significantly higher than the target 767, and fuel efficiency is also improved.TorayMade ofCarbon fiber(Carbon fiber) was usedCarbon fiber reinforced plasticEtc.Composite materialUsage ratio is about 50%[Note 4][23]Since the other half is an engine or the like that is not suitable for composite materials, it can be said that the actual airframe has been completely made into composite materials.


The fuselage is 767, orAirbus A330Thicker than the class, the seating arrangement in the guest room isEconomy classIn 2-4-2 8AbreastIs the basic, but even with 3-3-3 9 Abrest, conventional passenger planes, 737 and 747Economy classYou can secure a seat width that is almost the same asJapan AirlinesAll airlines except the above order and operate with 9-abrest specifications. However, the company's 8 Abrest will be international flight equipment, and the domestic flight equipment introduced from October 2019 will be 10 Abrest. Due to this thick fuselage, in the underfloor cargo compartmentLD-3 containerCan be mounted in parallel (the inability to mount LD-2 under the floor in parallel was a serious drawback of the 3 when compared to the A300 and A330).

The ceiling of the guest room is 200 mm higher than before. The area ratio is about 767 times larger than the 1.2, about 777 times larger than the 1.3, and 350 times larger than the A1.65, so you can see the outside scenery even if you are not on the window side. The windows have no shade, insteadElectrochromismEach passenger will adjust the amount of transmitted light through the windows using an electronic curtain that uses the above (all windows can be adjusted and fixed all at once by the crew's operation).This electronic shade has 5% transparency even in the darkest, so you can enjoy the scenery a little outside, but it does not pass GPS signals, so it is impossible to receive GPS signals in the guest room.In the roomLEDVarious electric colors can be adjusted by light[24].. The toilet is led by Japan AirlinesTOTO-Jamco・ By joint development of BoeingWarm water washing toilet seatIs adopted as an option[25], All Nippon Airways has also adopted this for international flights.

WingInitially, we used composite materials for the airframe, but this solved problems such as corrosiveness, and in 777cockpitIt was an optional equipment only forhumidifierHowever, it will be installed as standard equipment in the cabin for the first time. By installing a new filter that uses a technology called "gas filter", it is conventionalHEPA filterIt has become possible to remove gas molecules that could not be removed by. This will at least halve the health symptoms caused by dryness.

The cockpit is like 777LCDWas heavily usedGlass cockpitThe FMS, which was mechanical in the conventional model, is also displayed on the LCD and can be operated via the CCD (Cursor Control Device) adopted from the 777. Not the main instrument,Head up display(HUD) is also equipped.Electronic Flight Bag (EFB)Is also standard equipment. At the beginning of development, the oxygen mask for pilots was designed for Westerners, but at the request of All Nippon Airways, masks that match the faces of Asians will also be made.[26].

Auxiliary power unit(APU) startup and emergencybackupFor useGS Yuasa CorporationMadeLithium ion batteryFirst adopted in commercial aircraft[27][Note 5][Note 6].


The cruising speed isMachIt becomes 0.85, Mach 0.80 767, Mach 0.83 A330,A340It is said that the time required for longer-haul routes will be shortened.

The cruising range is up to 787 with the basic 8-8,500.nautical mile(15,700km).Los AngelesからUKOrニ ュ ー ヨ ー クからTokyoEnough to cover the route, from TokyoJohannesburgIt is also possible to fly non-stop. As model performanceETOPS-330 can be obtained[29].

Compared to the 767, fuel efficiency is said to be improved by 20%. It is said that this is due to the synergistic effect of aerodynamic improvement by Cruise Flaps and Spoiler Droop, weight reduction by heavy use of composite material (carbon fiber material), improvement of engine fuel efficiency, and these. The maximum number of passengers has also increased slightly due to the weight reduction.

The 787-9 pursues further fuel efficiency through a hybrid laminar flow control mechanism for the vertical stabilizer.


The engine isRolls-Royce HoldingsMadeTrent 1000When,General Electric OfGenXIs prepared. These engines are also internationally jointly developed. By standardizing the electrical connection interface, it is possible to replace these two types of engines, and it has become possible to replace them with engines from different manufacturers when high-performance engines are developed due to future technological advances.

Adopting a starter generator that both starts the engine and generates electricity, electrification of engine start, which was conventionally done by bleed air and starter turbine, and electrification of air conditioners and wing edge deicing devices without using bleed air (engine nacelle) Regarding the anti-icing of the (engine pod), it is said that it was possible to improve fuel efficiency by almost eliminating the bleed air from the engine compressor by using bleed air like other models).[30].

The jagged chevron pattern at the rear end of the engine nacelle, which can be seen from the outside, is "Chevron nozzleThe aim is to reduce noise by mixing the fan flow and the combustion gas flow.

All Nippon Airways, the launch customer, chose the Rolls-Royce engine[31]However, there are only 757 cases in the past of Boeing's passenger planes launched with non-American engines.[32].

However, a defect was discovered in the blade of the Rolls-Royce engine of All Nippon Airways. It was decided to replace the blades of the engines of all the delivered models, which caused a great deal of confusion again.


Promotion of international joint venture

The 787 is an international joint venture that allows about 70% of the aircraft to be developed by about 70 companies, including overseas manufacturers. As a result, development costs can be distributed and borne, and the aircraft will be a combination of the best technologies in the world. There are 900 participating companies worldwide, including subcontractors.イタリア,The United Kingdom,France,カナダ,Australia, South Korea,People's Republic of ChinaCountries such as are participating in shared production,JapanFromMitsubishi Heavy IndustriesDozens of companies are participating, including. To transport large airframe parts and engines manufactured outside Boeing to the final assembly plantDedicated transport aircraft modified from freight type 747Is used, and in Japan, the parts production plant is "Asia's No. 1 Aerospace Industry Cluster Formation Special Zone(National International Strategic Comprehensive Special Zone)[33]Because it exists in the area centered on Aichi and Gifu prefecturesChubu International AirportIs flying regularly to[34][35].

Mitsubishi Heavy Industries at the time of planning 747X2000A comprehensive tie-up with Boeing was realized in May, and it has an advantage in aircraft manufacturing.1994The important part of Japan has been decided, and Mitsubishi is the first overseas companyWingIn charge (developed by MitsubishiCarbon fiberComposite materialIt is,F-2 fighterIn joint development ofaircraftWas used for the first time in. At that time, the American side was also conducting research on carbon-based composite materials, but the composite material developed by Mitsubishi was evaluated as superior, so Mitsubishi has won the right to manufacture the main wings.)Kawasaki Heavy IndustriesIs the joint between the main wing and the middle fuselage and the central wing, Fuji Heavy Industries (currentlySUBARU) Was unofficially decided for the center box and the main wing fairing. The plan is from 747X to 787 via Sonic Cruiser, Mitsubishi is in charge of the main wing, Kawasaki is in charge of assembling the front fuselage / main landing gear fixed trailing edge / main landing gear hangar, and Fuji is in charge of assembling the central wing / main landing gear hangar and connecting it to the central wing. There is. As for the engine, Kawasaki for Trent 1000 and GEnxIHI, Mitsubishi for both enginesName invitation) Is participating. Japan's share is 35%[36].

Carbon fiber composite materials (1 tons or more for carbon fiber composite materials and 35 tons or more for carbon fibers per machine), which is Japan's specialty, are used for more than half of the weight ratio of the aircraft, making it the world's largest PAN-based carbon fiber manufacturer. is thereToraySince 2006 for Boeing and primary structural materials2021Signed a long-term supply contract for up to 16 years to supply all of the carbon fiber materials used[37].

When airlifting large parts of the Boeing 787 to factories in the United States, etc.Boeing 747 DreamlifterIs used[Note 7].

Derived type

As of 2019, the 787 is touting three variants.

ICAO model codeThe 787-8, 787-9, and 787-10 are "B788", "B789", and "B78X", respectively.[38]

It is a short-distance type with a cruising range of 3,500 nautical miles (6,500km) and 296 seats (two-class system) for routes with heavy traffic. The order was virtually made into a model exclusively for Japan only by All Nippon Airways and Japan Airlines, but due to the delay in the development schedule, the order was transferred to 2-787, and as of July 8, the number of orders for 2014-7 is 787. is there. Production has been suspended as of 3, but it is expected to resume production when an airline ordering appears.
It is the basic model of the 223 with 3 seats (8,200 class system) and a cruising range of 15,200 nautical miles (787 km), and is also the first model to be developed. Rolled out on July 2007, 7[39]However, the first flight was scheduled for the end of September of the same year, but as mentioned above, the first flight was delayed by more than one year, and as a result, the first aircraft was delivered to All Nippon Airways in September 9, which was delayed by more than three years. ..
It is an aircraft with a maximum number of seats of 300 (3 class system) with an extended fuselage. AirbusA350-900, BoeingB777-200ERFirst flight in September 2013, which is the same aircraft as[40]did. Of the air resistance reduction systemHybrid Laminar-Flow Control (HLFC)[41]And automatically open the gear door after levitation to retract the gear early after takeoffEarly Doors Operation (EDO)[42]Etc. are installed. Launch customerAir New ZealandReceived the first ZK-NZE on July 2014, 7[43]However, All Nippon Airways received the first JA830A on July 7 of the same year.[44].. The world's first scheduled 787-9 flightAll Nippon AirwaysSo, the Tokyo-Fukuoka route started operation on August 2014, 8.[45][46].
It is a further extension type with a maximum seating capacity of 350. AirbusA350-1000, In BoeingB777-300ERIt is the same aircraft as. June 2013Paris Air ShowOfficial launch announced at[47].South carolinaNorth CharlestonSouth Carolina factoryManufacture only[48].. The first thing I receivedSingapore AirlinesSo, on March 2018, 3, we received the first machine (aircraft number: 25V-SCA). From May 9, the same year, the service began on the Singapore-Kansai Line. After that, the A5-3, which was introduced on the Singapore-Narita line from May 5, the Singapore-Chubu line from July 19, and the Singapore-Fukuoka line from December 7, and was launched on the Japan route, was 28-12. Updated to. In addition, we own the A19, and there is a policy to change the route where demand is expected in the cities where the A330 is in service in the Asian region to the 300-787, which has more seats than the A10-350.
In January 2015, All Nippon Airways ordered three aircraft of the same type.United airlinesFollowing that, all three types of -8, -9, and -10 will be introduced.[49].. In addition, All Nippon Airways received the first 2019-3 (aircraft number: JA31A) on March 787, 10.[50], Started operation on the Narita-Singapore route from April 4, the same year.[51][52].

The development plan for the 787 freighter has not been materialized, but the 787-8 passenger-type freighter is Haneda. 佐賀-NahaAll Nippon Airways operates between[53].


Source: Boeing website[54].

The specifications of the 787-10 include some estimates, and the development of the entire 787 has not been completed and the specifications may change.

Item \ Model787-3
(Development suspended)
Maximum fuselage width5.74m5.03m6.19m
Maximum room width5.49m4.70m5.86m
Maximum takeoff weight170,000kg219,540kg244,940kgUnknown186,880kg204,120kg297,560kg
Number of seats290 - 330
(2 classes)
210 - 250
(3 classes)
250 - 290
(3 classes)
約 300
(3 classes)
(3 classes)
(3 classes)
(3 classes)
Number of seats
Introduction example
-ANA domestic flights
335 (12 + 323)
ANA international flights
169 (46 + 21 + 102)
184 (32 + 14 + 138)
240 (42 + 198)
JAL domestic flights
291 (6 + 58 + 227)
JAL international flights
161 (38 + 35 + 88)
186 (30 + 156)
206 (30 + 176)
ANA domestic flights
395 (18 + 377)
ANA international flights
215 (48 + 21 + 146)
246 (40 + 14 + 192)
JAL international flights
195 (44 + 35 + 116)
203 (52 + 35 + 116)
239 (28 + 21 + 190)
ANA international flights
294 (38 + 21 + 235)
Singapore Airlines
337 (36 + 301)
Cargo volume16tUnknown10t  
engineGE GenX
RR Trent 1000
GE CF6-80C2
P & W PW4062
RR RB211-524H
GE CF6-80C2
P & W PW4062
GE GE90-94B
P & W PW4090
RR Trent 895
Cruise Mach numberM0.85M0.80M0.84
Cruising distance*15,650km15,200km15,750km11,910km11,306km10,454km14,316km
Maximum cruise altitude13,000m 
Maximum fuel capacity48,600L127,000LUnknown90,770L171,160L
Takeoff runway3,100m2,900m2,530m3,109m3,380m
Landing run distance1,730m
First flightDevelopment discontinued200920132017198620001997
  • *1: Maximum load (passenger and freight)


Boeing 787 Dreamliner Operator (as of January 2020)[55]
All Nippon Airways3631269
United airlines1225946
Japan Airlines251742
American airlines202242
Hainan Airlines102838
Air Canada82937
Norway Air Shuttle72835
Etihad Airways25631
Qatar Airways3030
British Airways111829
Air India2727
LATAM Chile101424
Ethiopian Airlines19423
China Southern Airlines101121
Virgin Atlantic1616
Air China1313
Saudi Arabia Airlines1313
KLM Royal Dutch Airlines13417
Avianca Airlines1313
Xiamen Airlines6612
LOT Polish Airlines8715
Air Europe8412
TUI Airways8412
Singapore Airlines1515
Vietnam Airlines1111
Air New Zealand1414
Jet Star Airlines1111
Korean Air1010
Oman Air3710
El Al Airlines99
Air France99
Royal Air Morocco549
Kenya Airways99
Thai Airways527
Royal Jordanian77
Gulf Air66
Royal Brunei Airlines55
EVA Air448
Juneyao Airlines44
Shanghai Airlines44
China Eastern Airlines33
Uzbekistan Airlines33
Egypt Air33
West Jet Airlines33
TUI Fly-Netherland33
Air Tahiti Nui22
Biman Bangladesh Airlines22
Azerbaijan Airlines22
TUI Fly Belgium22
Ale Austral22
Kinpeng Airlines11

Order status

Boeing 787
Number of ordered machines and delivered machines
(As of 2020 year 6 month)[59]


In addition to fires during test flights, delays and suspensions due to equipment problems were frequently seen from the day of service in November 2011.[60][61].. In 2013, brake failure[62]Fire from the battery[63], Fuel leak[64], Lubricating oil leak[65]Such troubles occurred one after another. In the event of a battery fire, the Federal Aviation Administration (FAA) issued an airworthiness improvement order,1979 OfMcDonnell Douglas DC-10Since[66], All of the same aircraft in service will be suspended around the world. The refurbished battery system was approved by the FAA and the European Aviation Safety Administration (EASA) on April 2013, 4, and by the Civil Aviation Administration on April 25, 4. World's first commercial operation after Ethiopian Airlines stopped operations on April 26Addis AbabaDepartureNairobiI resumed on my way. After the operation resumed, white smoke was emitted from the aircraft of Japan Airlines on January 2014, 1, causing a problem of changing the aircraft.[67].. March 2014, 3 (UTC), the oil pressure of the right engine drops,Honolulu International AirportMade an emergency landing with only the left engine[68].

July 2013, 7, on an Ethiopian Airlines aircraftLondon Heathrow AirportA fire broke out a few hours after arriving at and turning off all power.British Aviation Accident Investigation Agency (AAIB) denies link to previous battery fire accident[69],HoneywellUntil the airworthiness was confirmed to FAA and other aviation authorities by issuing a report that the company's aircraft lifesaving radio (ELT) was likely to have caused a fire, the power supply of the ELT in question was confirmed. Advised to issue a notification[70].. In response, FAA, JCAB, and EASA authorities have issued a notice requesting that the ELT be inspected or withdrawn.

Regarding the GEnx-787B engine used by some 1 aircraft, on July 2013, 7ロシアCaused an ice accretion during operation, causing 2 out of 67 GEnx-4B2 engines in the same series to shut down, 3 of which were found to have damaged the high pressure compressor. In response to a safety advisory from the Russian Federation Aviation Administration (Rosaviatsia), Boeing revised the 787 for airlines using the GEnx-1B engine, saying, "When flying in clouds above 30,000 feet. On the flight pathCumulonimbusIf there is an active cloud area, flight within 90 km is prohibited.” Japan Airlines, which has selected the same engine, is changing the aircraft in each season from the flight departing on November 2013, 11, in consideration of the weather conditions, etc., to "provide stable operation".[71].

On April 2015, 4, the Federal Aviation Administration (FAA) had a software issue with the power control system of the 30, which could cause a sudden loss of power and loss of aircraft control if the system was left running for 787 days. And issued a notification to each domestic airline to restart the system regularly.[72][Broken link].

After that, specific measures were announced to each company by the end of 2015, and Boeing says that all the aircraft that have been handed over have already secured the prescribed safety.[73].

However, on January 2017, 1, All Nippon Airways, which introduced the engine with Rolls-Royce, the manufacturer of the Trent 27 engine, will replace all models because all 1000 turbine blades equipped with the engine are defective. Announced to suspend operation and replace blades[74].. As a result, All Nippon Airways suspended all 787s, which not only disrupted the flight schedule but also forced a major suspension. All improved blades will be replaced with improved ones by the end of 3, three years later. Furthermore, in 2019, it is possible to fly at sea for a certain period of time even if one engine is stopped, as the engine may deteriorate when the Trent 2018 engine is operated for a long time.ETOPSAnnounced that it will limit the flight time allowed in.However, it seems that not all 1000s equipped with the Trent 787 engine are targeted, but engines that have adopted the so-called "Package C" specifications.In addition, it is posted on the Rolls-Royce official website that ETOPS will be completely restored for the aircraft replaced with the improved blade.[75][76].

787 outlook and testing machine

Following the start of development of the 787, a rival in 2005AirbusAs equipment to counter the 787A330Has been significantly modifiedA350announced. According to the initial target performance of the announcement, "A350 has increased cruising range and number of passengers", but Boeing said, "Because the 787 is a completely new passenger aircraft, even if the A330 is refined, it will exceed this aircraft. I can't do that. "

In fact, after that, the number of orders for the A350 was sluggish, so as a result of hearing with each airline, in 2006Farnborough AirshowAirbus is a new model that has undergone a major redesign from the A330.A350XWB Launched (eXtra Wide Body) and won orders approaching 787.

Both companies have in common that they anticipate an increase in air passengers in the future, but there is a difference in the way they deal with it, which is affecting the development concept of new aircraft. Airbus says "Hub airportNew large machine to operate betweenA380), And distribution of passengers to the local area with our own single-aisle aircraft with abundant pieces. ”(Hub and spoke), But Boeing says, "Passengers do not like troublesome transfers and will want medium-sized aircraft to enter the nearest airport."Point to point). 787 first entered service in 2011ETOPS-180Was obtained from FAA on May 2014, 5ETOPS-330Got

Both companies have a lineup of the latest equipment (large machines (747-8A380) Medium-sized aircraft (787 andA350, A330neo) Small machine (737MAXA320neoEtc.) are prepared respectively.

787 exhibition

Of the 787s, the test airplanes "Unit 1" (ZA001) to Unit 3 (ZA003) were scheduled to be received by All Nippon Airways, but the weight of the aircraft increased compared to the mass-produced type and the original performance could not be obtained. Therefore, the receipt was refused, and the mass-produced model was delivered to All Nippon Airways. Therefore, the testing machine was retired by 2015 and donated to each facility.20156ToJapan OfAichiTokonameChubu International AirportThe first production machine (ZA001 machine) was donated by Boeing. [77].

  • Unit 1 (aircraft number: ZA001, registration code: N787BA):Chubu International Airport FLIGHT OF DREAMS(AichiTokoname
    The aircraft that first flew on December 2009, 12,BoeingWearing special paint for the company.
    2015From Boeing on June 6thWingIt produces major parts such as, and has a deep connection with the 787 series.AichiAnd announced that it will be donated to Chubu Centrair International Airport[78][79], Flyed to the airport on the 22nd of the same month[80][81].
    For a while after that, it was left open-air at the side of the runway in the airport,2016It was named "FLIGHT OF DREAMS", which will be newly constructed on the airport island.Complex commercial facilityIt has been decided that the ZA787, the world's first production machine in the memorable 001 series, will be exhibited indoors as a highlight of the exhibition.
    The first floor of "FLIGHT OF DREAMS" opened on October 2018, 10Team labFocusing on the exhibition of ZA001, which is supervised byExperience-based content"FLIGHT PARK" (flight park. There is a charge except for the Boeing store), and "SEATTLE TERRACE" on the 2nd and 3rd floors are the founding places of Boeing.SeattleIt is a shop and restaurant district with the image of the streets of Aichi, and there are also restaurants that originated here or are popular in Aichi prefecture.Aviation fanIt is something that you can enjoy other than[82][83].
  • Unit 2 (aircraft number: ZA002, registration code: N787EX): Pima Air & Space Museum (Pima Air & Space Museum,ArizonaTucson
    The first aircraft to fly to Japan for conformity verification. All Nippon Airways painting.

Competitor model


[How to use footnotes]

注 釈

  1. ^ '787' paint on Boeing 787 regular painter -All Nippon Airways Press Release December 2011, 12. The case where the model name is written in large numbers on normal painting (excluding the one with the registration symbol on the rear of the machine)777-200Since then (when the 777-200 was first introduced, the vertical tail of Units 1-3 was labeled "777" instead of "ANA").
  2. ^ Aircraft number: JA825A is normally painted and the logo is "ANA (Hinomaru) Inspiration of JAPAN" with the tag line established in 2013 added.
  3. ^ [1]Aircraft number: JA818A was the last aircraft to carry the 787 logo, but was ferry-flighted for maintenance involving repainting work.
  4. ^ Usage ratio of 757% for 767 and 3 and 777% for 11[22]
  5. ^ A lithium-ion battery for APU in the electric room at the rear of the aircraft. Securaplane technology manufactured by the UK's Megait, and battery body manufactured by GS Yuasa. 75Ah for cell and battery, nominal voltage is 3.7V for cell, 29.6V for battery.
  6. ^ Massachusetts Institute of TechnologyProfessor Donald Sudway (Material Chemistry) is not a lithium-ion battery containing an organic electrolyte that is easy to igniteNickel hydride batteryShould have been adopted. In particular, since the heat-dissipating cells have been eliminated because the heat-generating batteries are mounted in high density without cooling, the idea that computer-controlled flight safety can be ensured is questionable.[28].
  7. ^ However, since the production is increasing recently and the transportation is not in time, in addition to the transportation by Dream Lifter,ロシア OfVolga Dnieper OfAntonov An-124Is chartered.


  1. ^ E depends on Efficiency Efficiency, but Boeing "simply"E"ight" is an acronym.
  2. ^ Norris, G .; Thomas, G .; Wagner, M. and Forbes Smith, C. (2005). Boeing 787 Dreamliner – Flying Redefined. Aerospace Technical Publications International. ISBN 0-9752341-2-9 
  3. ^ "Boeing Gives the 7E7 Dreamliner a Model Designation”(English). Boeing (January 2005, 1). 2012/11/24Browse.
  4. ^ a b c d e Sub-item encyclopedia, Chiezou, Britannica International Encyclopedia. “What is Boeing 787 Dreamliner?”(Japanese). Koto bank. 2020/3/3Browse.
  5. ^ The ordering contracts for Northwest and Continental will each succeedDelta AirlinesUnited airlinesHas been taken over by.
  6. ^ "US Boeing new mid-sized passenger plane "B787" ANA to launch routes next June". Fuji Sankei Business iSankei Digital (December 2007, 7). As of January 9, 2007オ リ ジ ナ ルMore archives.2013/5/15Browse.
  7. ^ “All Nippon Airways: US Boeing 787 delivery delay, to claim compensation”. Mainichi Newspapers(November 2008, 3). オ リ ジ ナ ルArchived as of October 2008, 3.. https://web.archive.org/web/20080330231500/http://mainichi.jp/select/biz/news/20080326k0000m020148000c.html 2013/1/11Browse. 
  8. ^ ANA Public Relations Office; Boeing Japan (July 2011, 7). “Boeing and ANA Launch Japan 787 Verification Program (SROV)”(Japanese). ANA Group Corporate Information Press Release. ANA HoldingsCo., Ltd. 2017/12/19Browse.
  9. ^ “Boeing: New Generation Airliner 787 Arrives at Haneda Airport”. Mainichi Newspapers(November 2011, 7). オ リ ジ ナ ルArchived as of October 2011, 7.. https://web.archive.org/web/20110704060249/http://mainichi.jp/norimai/air/graph/20110703ANA787/ 2011/7/5Browse. 
  10. ^ "Latest 787 warped wing and many fans at Osaka Airport". 47NEWSKyodo News. (December 2011, 7). http://www.47news.jp/CN/201107/CN2011070501000247.html 2011/7/5Browse. 
  11. ^ ANA Public Relations Office; Boeing Japan (August 2011, 8), Date of delivery of first machine to Boeing 787 ANA decided, (Japanese), ANA Group Corporate Information Press Release (ANA HoldingsLtd.), https://www.ana.co.jp/pr/11-0709/11-ana-boeing-0826.html 2017/12/19Browse. 
  12. ^ About the Boeing 787 Crew Familiar Flight Diamond -All Nippon Airways Boeing 787 Special Site October 2011, 10
  13. ^ Introduction of Boeing 787 aircraft for domestic flights -All Nippon Airways Press Release January 2012, 1
  14. ^ Narita-Boston route newly opened -Japan Airlines Press Release May 2011, 5
  15. ^ United Airlines launches 787 Dreamliner on international flights for the first time, introducing between Narita and LA Response (January 2013, 1)
  16. ^ [2]
  17. ^ [3]
  18. ^ http://www.singaporeair.com/ja_JP/jp/media-centre/press-release/article/?q=en_UK/2018/January-March/ne0818-180222
  19. ^ [4]
  20. ^ [5]
  21. ^ [6]
  22. ^ "Monthly Airline" January 2009 issue, Ikaros Publishing, 1.
  23. ^ "International joint development (participation in aircraft development work) 40 years with Boeing and commercial aircraft". Japan Aerospace Industry Association. p. 41. 2020/7/7Browse.
  24. ^ “Onboard with Boeing's Dreamliner 787”. PPG Aerospace(November 2005, 12). オ リ ジ ナ ルArchived as of October 2007, 3.. https://web.archive.org/web/20070317110033/http://corporateportal.ppg.com/PPG/FeaturedContent/ 2013/1/11Browse. 
  25. ^ JALx787 Project Story No.7
  26. ^ "The true meaning of the "Working Together" program". We Fly 1st.787.All Nippon Airways. 2012/11/24Browse.
  27. ^ "Order for lithium-ion battery system for Boeing's next-generation flagship passenger aircraft" 787 "" (Press release), GS Yuasa Corporation, (March 2005, 6), http://www.gs-yuasa.com/jp/nr_pdf/20050623.htm 2013/5/3Browse. 
  28. ^ “Two options given to Boeing on the 787 issue”. Nihon Keizai Shimbun(July 2013, 1). http://www.nikkei.com/article/DGXNASFK2902F_Z20C13A1000000/ 2013/5/2Browse. 
  29. ^ Initially, it was possible to obtain ETOPS-180,2014Received ETOPS-5 certification from FAA in May
  30. ^ "B787 Special Report 1st Aerodynamic electrification accelerates engine evolution". design news japan (Lead Business Information). (July 2007). オ リ ジ ナ ルArchived as of October 2007, 9.. https://web.archive.org/web/20070927203902/http://www.designnewsjapan.com/magazine/2007/07cover_07.html 
  31. ^ "Next-generation medium-sized aircraft "7E7 series" engine decided to be "Trent 1000" (Press release on All Nippon Airways official website)". 2010/11/14Browse.
  32. ^ Ikaros Publishing "Passenger Airliner Model Series 2 High-Tech Twin Jet Boeing757 & 767" p60
  33. ^ "Asia's No. 1 Aerospace Cluster Special Zone-Regional Revitalization Promotion Office". Cabinet Office. 2016/9/3Browse.
  34. ^ Boeing's next-generation airliner is assembled like Lego : Gizmodo Japan (Gizmodo Japan
  35. ^ "-Boeing 787 machine part storage room-"Dream Lifter Operations Center" newly established" (Press release), Chubu International Airport, (March 2012, 4), http://www.centrair.jp/corporate/release/__icsFiles/afieldfile/2012/12/08/20120413.pdf 2016/8/27Browse. 
  36. ^ "International joint development (participation in aircraft development work) 40 years with Boeing and commercial aircraft". Japan Aerospace Industry Association. p. 40. 2020/7/7Browse.
  37. ^ Katsuhiro Okamura (February 2009, 2). “Why Boeing Signed Exclusive Carbon Fiber Supply Contract with Toray-Verify with Delta Model". Business Media Makoto. ITmedia. 2012/11/24Browse.
  38. ^ "ICAO Document 8643”. International Civil Aviation Organization. 2011/12/10Browse.
  39. ^ "Boeing 787 Dreamliner-Starting final assembly of the first aircraft for ANA-" (Press Release), All Nippon Airways, (June 2009, 6), http://www.ana.co.jp/pr/09-0406/09-ana-boeing0618.html 2012/11/24Browse. 
  40. ^ “Major Assembly Begins For Boeing 787-9” (English). Aviation Week (McGraw-Hill). (September 2012, 9). http://www.aviationweek.com/Article.aspx?id=/article-xml/awx_09_05_2012_p0-492185.xml 2012/11/24Browse. 
  41. ^ What is the difference between the B787-8 and B787-9? Newly added laminar flow control system --Business Newsline
  42. ^ Airline October 2014 issue, page 10
  43. ^ “Air New Zealand Receives World's First 787-9” (Japanese) (Press Release), Air New Zealand, (July 2014, 7), http://www.airnewzealand.jp/press-release-2014-air-new-zealand-first-airline-to-take-delivery-of-the-boeing-787-9 2014/8/12Browse. 
  44. ^ “ANA receives Boeing 787-9 for the first time in Japan” (Press Release), All Nippon Airways, (June 2014, 7), https://www.ana.co.jp/pr/14_0709/14-030.html 2014/8/12Browse. 
  45. ^ "Boeing 787-9 launches the world's first scheduled flight!" (Press Release), All Nippon Airways, (June 2014, 7), https://www.ana.co.jp/pr/14_0709/14-036.html 2014/8/12Browse. 
  46. ^ "787-9 goes into service for the first time in the world ANA President Shinobe" Skin-friendly airplane "". Aviation Wire (Asahi Giken). (August 2014, 8). http://www.aviationwire.jp/archives/42850 2014/8/12Browse. 
  47. ^ Boeing officially launches large version of 787 (June 2013, 6 Reuters)
  48. ^ Boeing, 787-10 final assembly begins in South Carolina in 17 By Yusuke KOHASE 2014 year 7 month 31 day 10: 45
  49. ^ Boeing Announces ANA's Commitment to Become Newest 787-10 Customer
  50. ^ "ANA's first 787-10 arrives at Haneda, introduced for the first time in Japan, goes into service in April". Aviation Wire (Asahi Giken). (August 2019, 3). https://www.aviationwire.jp/archives/169777 2019/5/17Browse. 
  51. ^ Initially, all three aircraft were expected to operate on domestic flights, but the plan was changed due to continued high demand for medium-haul Asian flights such as Bangkok and Singapore.
  52. ^ "ANA, 787-10 in service Super long fuselage type 787, on Narita-Singapore route". Aviation Wire (Asahi Giken). (August 2019, 4). https://www.aviationwire.jp/archives/171790 2019/5/12Browse. 
  53. ^ "ANA Cargo Midnight Freight Scheduled Flight Timetable (PDF)”. All Nippon Airways. As of April 2014, 4オ リ ジ ナ ルMore archives.2014/8/12Browse.
  54. ^ Performance, www.newairplane.com(English) Archived August 2009, 3, at the Wayback Machine.
  55. ^ BOEING 787 DREAM LINERandFlightradar24
  56. ^ Boeing 787-8 Dreamliner Operators
  57. ^ Boeing 787-9 Dreamliner Operators
  58. ^ Boeing 787-10 Dreamliner Operators
  59. ^ "787 Model Summary". active.boeing.com. Boeing. 2020/8/26Browse.
  60. ^ "Hydraulic system trouble or ANA's state-of-the-art Boeing 787 canceled with white smoke". MSN Sankei News (Sankei Digital). (September 2012, 9). オ リ ジ ナ ルArchived as of October 2012, 9.. https://web.archive.org/web/20120906231403/http://sankei.jp.msn.com/affairs/news/120905/dst12090522490012-n1.htm 
  61. ^ All Nippon Airways 787 also leaks fuel Last October, Yamaguchi Ube Airport[Broken link] -Kahoku Shimpo January 2013, 1
  62. ^ B787 from ANA Yamaguchi canceled, brake control system malfunctioned-Reuters July 2013, 1
  63. ^ “A fire broke out from a new JAL aircraft.. MSN Sankei News(July 2013, 1). http://sankei.jp.msn.com/world/news/130108/amr13010807330002-n1.htm 2013/5/2Browse. 
  64. ^ Nikko 787 again fuel leak = same aircraft as Boston-valve open/close malfunction-Narita Airport - Newsletter 2013/1/13
  65. ^ “All Nippon Airways leaked oil at Miyazaki Airport 787, discovered after arrival”. 47NEWSKyodo News. (December 2013, 1). http://www.47news.jp/CN/201301/CN2013011101001758.html 2013/5/2Browse. 
  66. ^ “Dreamliner: Boeing 787 planes grounded on safety fears” (English). with the BBC(July 2013, 1). http://www.bbc.co.uk/news/business-21054089 2013/5/25Browse. 
  67. ^ "White smoke from Japan Airlines B787, battery fever or preparing for departure in Narita". MSN Sankei News(July 2014, 1). http://sankei.jp.msn.com/affairs/news/140115/dst14011500330000-n1.htm 2014/1/15Browse. 
  68. ^ "Japan Airlines makes an emergency landing in Honolulu B787 engine failure?". Asahi Shimbun (September 2014, 3). 2014/3/10Browse.
  69. ^ "London B787 fire cause "not related to battery"". ANN News(July 2013, 7). http://news.tv-asahi.co.jp/news_international/articles/000008729.html 
  70. ^ “Is it caused by an emergency radio? Boeing 787 fires”. ANN News(July 2013, 7). http://news.tv-asahi.co.jp/news_international/articles/000008990.html 
  71. ^ JAL, 787 revision of flight rules for GEnx engine-equipped aircraft Change of aircraft on some routes
  72. ^ "787, electric system cutoff = US Federal Aviation Administration orders". Current affairs dot com(November 2015, 5). オ リ ジ ナ ルArchived as of October 2015, 9.. http://web.archive.org/web/20150929034039/http://www.jiji.com/jc/zc?k=201505/2015050100206&g=int 
  73. ^ "787, electrical system interruption improvement measures announcement = Boeing, which has agreed with the US Federal Aviation Administration, announced that mass production system will not be affected.". Current affairs dot com(July 2015, 11). http://www.jiji.com/jc/zc?k=201505/2015112300206&g=int 
  74. ^ ANA 787 engine malfunction Aviationwire January 2017, 1
  75. ^ "US FAA reviews ETOPS of Boeing 787 aircraft. ANA flights are not canceled, some aircraft are changed on international flights". Travel Watch(July 2018, 4). https://travel.watch.impress.co.jp/docs/news/1118019.html 2020/11/27Browse. 
  76. ^ "Trent 1000 durability improvement explained”. Rolls Royce. 2020/11/27Browse.
  77. ^ Osamu Takeuchi (October 2018, 10). "Lucky Centrair 787, Unit 2 ...? Most of the world's famous aircraft are scrapped, the current state of preserved aircraft". . https://trafficnews.jp/post/81738?utm_source=onesignal&utm_medium=rss&utm_campaign=webpush&utm_term=8173 2018/10/17Browse. 
  78. ^ Toshiyasu Hirasawa (2016-11-9 20:45). “Centrair, a commercial complex“ FLIGHT OF DREAMS ”exhibiting the first flight test of the“ Boeing 787 ”scheduled to open in the second half of 1” (Japanese). Travel Watch (Impress) 
  79. ^ "The first B787," return home "at Chubu Airport ... to the exhibition" (Japanese). Yomiuri Shimbun(July 2015, 6). http://www.yomiuri.co.jp/chubu/news/20150618-OYTNT50042.html 2015/6/26Browse. 
  80. ^ "The first B787," return home "at Chubu Airport ... to the exhibition" (Japanese). Yomiuri Shimbun(July 2015, 6). http://www.yomiuri.co.jp/national/20150623-OYT1T50011.html 2015/6/26Browse. 
  81. ^ "Boeing: 787 Dreamliner ZA001 Flight to Japan". Boeing. 2016/9/19Browse.
  82. ^ "Flight Park"Chubu Centrair International Airport. (nd). https://flightofdreams.jp/fp/ 2018/10/17Browse. 
  83. ^ .Nagoya information expert. https://jouhou.nagoya/flight-of-dreams-repo/+2018/10/12Browse. 
  84. ^ (日本語)FlyTeam(November 2014, 11). http://flyteam.jp/news/article/42638+2015/6/26Browse. 

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