Il-80 | |
---|---|
Ilyushin Il-80 flying over Moscow on 6 May 2010 | |
Role | Airborne command post |
Manufacturer | Ilyushin |
First flight | 5 March 1987 |
Primary user | Russian Air Force |
Number built | 4 |
The Ilyushin Il-80 (NATO reporting name: Maxdome) is a Russian airborne command and control aircraft. It is a modified Ilyushin Il-86 airliner.
The Ilyushin Il-80 has the NATO reporting name Maxdome (though some sources claim it uses the reporting name Camber, like the Il-86 passenger jet). The Russian reporting name for the aircraft is Aimak, or Eimak (Mongolian for "clan,"). The aircraft is believed to have first flown in the summer of 1985, with the first post-modification flight taking place on March 5, 1987, and deliveries starting later that year. In all, four aircraft are known to have been converted from Il-86s They were registered SSSR-86146 through 86149, and were first observed by western photographers in 1992.
Heavily modified from the Ilyushin Il-86, the Il-80 (also referred to as the Il-86VKP) is meant to be used as an airborne command center for Russian officials, including the President, in the event of nuclear war. The role of the Ilyushin Il-80 is similar to that of the Boeing E-4B. The Il-80 has no external windows (save those in the cockpit), to shield it from a nuclear blast and nuclear electromagnetic pulse. Only the upper deck forward door on the left and the aft door on the right remain from the standard design. There is only one airstair door, instead of three. An unusual baffle blocks the aft cockpit windows. This may serve to block EMP or RF pulses.
Unlike the standard Il-86 airliner, the Il-80 has two electrical generator pods mounted inboard of the engine nacelles. Each pod is approximately 9.5 metres (32 feet) long and 1.3 metres (4 feet) in diameter. Both pods include landing lights.
Like the E-4B, the aircraft has a dorsal SATCOM canoe, believed to house advanced satellite communications equipment, and a trailing wire antenna mounted in the lower aft fuselage for very low frequency (VLF) radio transmission and reception (likely for communication with ballistic missile submarines).