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Yakovlev YAK 42D

€ 5.090.280
US$ 5.300.000

Übersicht

Übersicht
Typ:	Jet
Hersteller:	Yakovlev
Modell:	YAK 42D
Baujahr:	1987
Jahresnachpr.:	3/2019
Standort:	Russland, Kazan, UWKD
Gesamtzeit (TTAF):	15002 h
Preis:	US$ 5.300.000 (~ € 5.090.280)
Alle Details

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Details

Übersicht
Typ:	Jet
Hersteller:	Yakovlev
Modell:	YAK 42D
Baujahr:	1987
Jahresnachpr.:	3/2019
Standort:	Russland, Kazan, UWKD
Gesamtzeit (TTAF):	15002 h
Preis:	US$ 5.300.000 (~ € 5.090.280)
Anzahl Passagiere:	120 / 104
Landungen:	8170

Motor(en)
Anzahl Motoren:	3
Hersteller/Modell:	Lotarev D-36 turbofan	Lotarev D-36 turbofan	Lotarev D-36 turbofan
Leistung:	63.75 kN	63.75 kN	63.75 kN

Beschreibung/Details Motoren

Powerplant: 3 x Lotarev D-36 turbofan engines, 63.75 kN (14,330 lbf) thrust each.

Design and development.

The engine was developed for the Yak-42, An-72 and An-74 aircraft and was very advanced when it was first introduced in the 1970s. The engine was designed by Vladimir Lotarev. The first test runs began in 1971, first flight tests followed in 1974, serial production began in 1977.

The engine has a single-stage fan with 29 titanium blades and a Kevlar outer shell, which is driven by a three-stage turbine. The six-stage low pressure compressor with titanium blades is driven by a single-stage non-cooled low pressure turbine. The seven-stage high-pressure compressor with steel blades is driven by a steel bladed high-pressure turbine.

Since the tradition in the Soviet era was to gradually and continuously improve engines in serviceability, engines went from Series 1 to 3A (depending on the application). The Series 1 (used on Yak-42D) did not feature any reverse thrust system however, series 1A to 3A were fitted with bucket-type thrust reversers (used on An-72/An-74). The most recent upgrade (after the Soviet breakup) is Series 4A which has been in manufacture since 2002. Improvements included updated curved titanium blades and a built-in reverse thrust device. More advanced blade design along with proprietary wear-resistant and heat-protective coatings have resulted in improved specific fuel consumption (kg/h/kgf) dropping from 0.65 to 0.63. Specified service life has also improved exponentially to 40,000 hours.