|Model of the proposed MS-21-200.|
|Role||Narrow-body jet airliner|
|National origin||Russian Federation|
|Manufacturer||United Aircraft Corporation|
|Designer||Irkut Corporation and Yakovlev Design Bureau|
|First flight||2015-2016 (planned)|
|Program cost||US$ 8 billion|
MS-21-200: US$72 million
The Irkut MS-21 (Russian: МС‑21 "Магистральный Самолёт 21 века" - "Magistralny Samolyot 21 veka" - "Airliner of the 21st Century") is a series of three twin-engine short-range and mid-range Russian jet airliners with a capacity of 150-212 passengers being developed and to be produced by Irkut and Yakovlev Design Bureau of the United Aircraft Corporation (UAC) group.
The design is based on the never-realized, two-engine Yakovlev Yak-242 as a development of the three-engine Yakovlev Yak-42. According to a recent statement made by Russian deputy premier Dmitry Rogozin, the name of the MS-21 serial production aircraft will again be Yak-242.
Development and design
The initial design is to include composite materials (about 33%), increasing to 40-45% provided a composite wing is added in 2015. In March 2008, a contract was signed which will see Sukhoi Civil Aircraft Company, a subsidiary of Sukhoi Corporation, designing and manufacturing composite wings for the aircraft. Engines supplied for the Russian domestic market will be the Aviadvigatel PD-14. In December 2009, Pratt & Whitney announced that the Irkut Corporation had selected the PW1000G engine to power the MS-21. On August 20, 2009, Hamilton Sundstrand, a subsidiary of United Technologies Corporation, announced they had signed a $2.3 billion deal with Irkut to supply systems for the MS-21. Irkut also selected Rockwell Collins and its Russian partner Avionika to supply the MS-21's avionics. Goodrich also a subsidiary of United Technologies Corporation, along with Aviapribor, secured the mandate to develop an integrated control system for the MS-21. The Interior will feature furnishings from Zodiac Aerospace, coordinated from C&D Zodiac in Huntington Beach, California. The Water and Waste Systems of the aircraft will incorporate innovations from Zodiac Aerospace in Carson, California.
The designer plans that the MS-21 will be 10-15% more efficient than Airbus and Boeing aircraft in the same class and it will have a 15% structural weight efficiency advantage, 20% lower operating costs, and 15% lower fuel consumption than the Airbus A320 with an initial target price of 35 Million US$.
As of 2009, the MS-21 was in the pre-design phase, with projected completion of the first prototype in 2013, the first flight in 2014 and deliveries commencing in 2016. By June 2011, the pre-design phase of development had been completed, giving way to the working design phase in which models and drawings are constructed, with an estimated completion date of this phase sometime in mid-2012.
Delayed delivery was announced by Dmitry Rogozin - vice-premier of Russian Government in charge of defense industry - on February 10, 2012, with first flights planned 2015-2016 and delivery planned 2020. This was soon corrected as the first delivery remains scheduled in 2017.
- Empty plane weight is reduced due to composite and prospective alloy materials and lighter new generation onboard systems.
- Efficient aerodynamic characteristics are ensured by the expertise of the Central Aero and Hydrodynamics Institute, one of the oldest and the most experienced institutions in the world in field of aero and hydro dynamics.
- Wide cabin (3.82m), MS-21's cabin is wider than the cabin of an Airbus A320 by 12 cm and a Boeing 737 by 28 cm. As a result, two passengers can go through the aisle without blocking each other. The wide cabin also allows to construct the biggest luggage racks in the class with the aim to decrease MS-21's turn-around time at the airport (important for charter and low-cost carriers), to provide better comfort for passengers and to make the cabin more suitable for carriers' purposes.
- The MS-21 development is oriented to meeting customers’ requirements, with the potential customers being involved into the design process on its earliest stages.
- MS-21 family aircraft will be in compliance with future environmental requirements. Cumulative margin noise above Chapter 4 ICAO, measured for three reference points, will be over 15 EPNdB.
- Emission engine characteristics on NOx meets the requirements of the CAEP6 ICAO and Chapter 2 (part III) vol II “Aircraft Engine Emissions” with 50% margin. Relatively to the current models MS-21’s engines will throw out to the atmosphere of 20% less СО2 reckoning one passenger seat.
- High cost operational effectiveness, international certification under AR IAC, EASA, FAA requirements, individual logistic and maintenance support during all life cycle will make the aircraft attractive both for Russian and foreign carriers.
- An interesting innovative feature of MS-21 is a head-up display (also known as a HUD) installed in a cockpit. The idea is to help pilot during landing in adverse weather conditions (in terms of minimum visibility) and for other purposes.
The baseline MS-21-300 is designed around 180 passengers in single-class configuration and will be followed by a 150-seat -200 and 212-seat -400 with basic and extended-range models, plus a very-long-range MS-21-200LR. Initially, a smaller variant, MS-21-100, with a capacity of up to 132 passengers, was also planned, but, in order to avoid competition with the Sukhoi Superjet 130, it was cancelled. Cargo and business variants are also being considered.
- Up to 162 passengers, similar to the Airbus A319, Boeing 737-700 & the Bombardier CSeries
- Baseline model, similar to the Airbus A320, Comac C919 and the Boeing 737-800.
- Proposed stretched model with up to 230 passengers, similar to the Airbus A321, Boeing 737-900ER, Boeing 757-200 and Tupolev Tu-204-100/214.
|Seating capacity||162 (1-class, dense)
150 (1-class, standard)
136 (2-class, standard)
|198 (1-class, dense)
181 (1-class, standard)
152 (2-class, standard)
|230 (1-class, dense)
212 (1-class, standard)
178 (2-class, standard)
|Seat pitch||82 cm (32 in) in (1-class, standard), 76 cm (30 in) in (1-class, dense)|
|Length||35.9 m (117 ft 9 in)||41.5 m (136 ft 2 in)||46.7 m (153 ft 3 in)|
|Wingspan||35.9 m (117 ft 9 in)||36.8 m (120 ft 9 in)|
|Height||11.4 m (37 ft 5 in)||11.5 m (37 ft 9 in)||12.7 m (41 ft 8 in)|
|Maximum take-off weight||67,600 kg (149,000 lb)||76,180 kg (167,950 lb)||87,230 kg (192,310 lb)|
|Cargo capacity||37.4 m3 (1,320 cu ft)||53.3 m3 (1,880 cu ft)||70.1 m3 (2,480 cu ft)|
|Range fully loaded||5,000 km (3,100 mi)||5,500 km (3,400 mi)|
|Engine (x 2)||Aviadvigatel PD-14A
Pratt & Whitney PW1428G
Pratt & Whitney PW1431G
|Max. thrust (x 2)||123 kN
12,500 kgf; 28,000 lbf
14,000 kgf; 31,000 lbf
15,600 kgf; 34,000 lbf
|1 September 2010||Aeroflot||2016||50||0|||
|7 June 2010||Crecom Burj Resources||2016||25||25|||
|21 July 2010||Nordwind Airlines||?||3||2|
|21 July 2010||VEB Leasing||?||15||15|
|18 August 2011||Ilyushin Finance Co.||2019||-||28||-||22|||
|23 August 2011||Rostekhnologii||2017||33||52||-||-|||
|16 September 2011||IrAero||?||-||10||-||-|||
- Aircraft of comparable role, configuration and era
- Related lists
- PARIS: Irkut to build first MC-21 by year-end at flightglobal.com
- Семейство ближне-среднемагистральных пассажирских самолётов МС-21
- "MS-21 aircraft will be powered by another engine and its designation will be changed to Yak-242". Russian Aviation, News 24 October 2013. Retrieved 2013-10-26.
- Russia's United Aircraft 2009/08/11
- (Russian) "Семейство ближне-среднемагистральных пассажирских самолётов МС-21". United Aircraft Corporation. Retrieved 2008-12-18.
- Irkut is developing the MS-21 narrowbody and aiming for first flight in 2014 Flightglobal
- "Sukhoi wins bid to build wings for new MS-21 passenger plane". Moscow: RIA Novosti. 13 March 2008. Retrieved 2008-12-18.
- Russia firms 'PD-14' domestic engine concept for MS-21
- Second borderline is behind
- Pratt & Whitney PW1000G Engine Selected to Power Russia's Irkut MS-21 Aircraft
- Hamilton Sundstrand Announces $2.3B Deal With Irkut
- Western next generation engines power to MS-21 and C919 selection at flightglobal.com
- Goodrich wins MS-21 flight control system deal
-  December 12, 2006
- "PARIS: Irkut forges ahead with MS-21 work". Flightglobal.com. 19 June 2011. Archived from the original on 22 June 2011. Retrieved 23 June 2011.
- Russia: MS-21 not before 2020 aeroTELEGRAPH by Google-Translate
- The first serial MS-21 in 2017 Historialotnictwa by Google-Translate
- MS-21 at uacrussia.ru
- Russia's United Aircraft to develop new twin-jet , FlightGlobal, 2012-09-04
- MS-21 at uacrussia.ru
- PD-14 engine family at avid.ru
- PW1000G Engine at pw.utc.com
- "Aeroflot plans up to 50 MS-21s as part of effort to support Russia’s airliner industry". Flightglobal.com. 1 September 2010. Retrieved 1 September 2010.
- Malaysia's CRECOM to buy 50 Russia-produced MS-21 jets, RIAN, 2010-07-21
- Новости Aviation EXplorer: "Ильюшин Финанс Ко." займется продажей самолётов МС-21
- "MAKS: Ilyushin Finance orders 28 MS-21s". Retrieved 23 August 2011.
- "Rostekhnologii and IFC sign for up to 135 MS-21s". Retrieved 23 August 2011.
- IrAero will acquire 10 MS-21s - News - Russian Aviation - RUAVIATION.COM
|Wikimedia Commons has media related to Irkut MS-21.|
- MS-21 @ United Aircraft Corporation
- Irkut MS-21 Russian United Aircraft Corporation
- MS-21 @ Yakovlev Design Bureau
- Greece joins MS-21 and Be-200 aircraft projects