Il-76MD-M is the modernised version of the Il-76MD military transport aircraft. Image courtesy of Open Joint Stock Company "Ilyushin Aviation Complex".
The first upgraded Il-76MD-M made its initial flight in February 2016. Image courtesy of Open Joint Stock Company "Ilyushin Aviation Complex".
The Il-76MD-M integrates new flight navigation, radio communication, utility and defensive equipment. Image courtesy of Open Joint Stock Company "Ilyushin Aviation Complex".

IL-76MD-M

Il-76MD-M is the upgraded variant of Il-76MD military transport aircraft developed by Ilyushin Aviation Complex, a subsidiary of United Aircraft Corporation (UAC).

The first upgraded Il-76MD-M military transport aircraft completed its maiden flight at the Gromov Flight Research Institute aerodrome, Zhukovsky, in February 2016.

Il-76MD-M aircraft development details

The upgrade project was initiated by Ilyushin Aviation Complex in compliance with performance specifications defined by the Russian Air Force for modernisation of the existing fleet of Il-76M and Il-76MD heavy military transport aircraft.

Myasishchev Design Bureau was also involved in the preparation of design documentation for the project. The upgrade works were carried out at Ilyushin’s production facilities in Zhukovsky.

The factory ground and flight tests of the first modernised aircraft commenced in the first half of 2016 and the aircraft successfully passed ten flight tests by June 2016. The flight tests were carried out jointly by crew from Ilyushin and Chkalov State Flight Test Centre of the Russian Ministry of Defence.

The modernisation project increases the designed service life of the aircraft from 30 to 40 years.

Technical specifications of Il-76MD-M

The Il-76MD-M has a length of 46.6m, height of 14.76m, wingspan of 50.5m and wing area of 300m². The aircraft has a maximum take-off weight of 190t and can carry a maximum payload of 48t, while its fuel tank capacity is 109,500l.

Il-76MD-M avionics

The upgraded aircraft incorporates a new electro-optical targeting system in a rotating spherical turret. The system allows the crew to observe the area to discontinuation of assault and various terrestrial objects in the visible and infrared region of the spectrum.

The aircraft is also equipped with a new piloting-navigation complex, new communications equipment, and a new defence complex.

The aircraft integrates a weather radar mounted inside the apex of the forward fuselage, in front of the cab navigator and navigation radar on the belly of the bow hull under the cabin navigator. The airlifter also boasts new instrumentation, radio equipment, lighting equipment and defence aids.

Cargo handling systems

The air-proof freight compartment and loading ramp aboard the aircraft allow convenient loading and unloading operations and parachuting of troops and cargo. The compartment can be installed with three passenger modules, which resemble standard freight containers.

“The first upgraded Il-76MD-M military transport aircraft completed its maiden flight at the Gromov Flight Research Institute aerodrome, Zhukovsky, in February 2016.”

The freight compartment has a length of 24.5m, width of 3.4m and a height of 3.4m. It offers a volume of 321m³. The single-deck version of the IL-76MD-M houses 126 paratroopers, 145 military personnel and 114 wounded personnel, whereas the double-deck version can carry 225 military personnel.

The aircraft is equipped with a cargo dropping system for parachute missions and landing of troops, military equipment, cargoes, fuel and containers.

Aircraft engine and performance

Il-76MD-M is powered by four D-30KP series 2 turbojet engines developing a thrust of 12,000kgf each. The power plant delivers high thrust to weight ratio, while thrust reversers minimise the landing distance.

The aircraft has a robust wing-flap system, and bogie landing gear equipped with a highly efficient brake system allowing for take-off and landing operations on unpaved airstrips.

It has a maximum cruise speed of 780km/h and a flight range of 4,200km with a payload of 40t. It can fly at a maximum altitude of 12,100m and requires a take-off distance of 1,700m and landing distance of 930m.