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Beriev A-100 (Premiere)

Russia (2020)

Detailing the development and operational history of the Beriev A-100 (Premiere) Airborne Early Warning and Control (AWACS) Special Missions Aircraft.

 Entry last updated on 11/28/2017; Authored by Staff Writer; Content ©

  Beriev A-100 (Premiere)  
Picture of Beriev A-100 (Premiere) Airborne Early Warning and Control (AWACS) Special Missions Aircraft
Picture of Beriev A-100 (Premiere) Airborne Early Warning and Control (AWACS) Special Missions Aircraft

Deliveries of the all-new, in-development Beriev A-100 AWACS platform is set to begin in, or around, 2020.

Beriev Aircraft Company and the Russian Air Force are working on a successor to the Cold War-era Beriev A-50 "Mainstay" Airborne Early Warning and Control (AWACS) platform (detailed elsewhere on this site). The new entry is set to feature a powerful all-new Active Phased Array radar fit (named "Premier") by Vega Radio Engineering among other modern equipment. Like the A-50 before it, the A-100 will be based on an existing fuselage of the four-engined Ilyushin Il-76 military transport aircraft family.

Equipment for the A-100 is being actively tested on an A-100LL "flying laboratory" which, itself, is built atop the framework of the A-50. The new radar sees the large, rotating radome fitted over the dorsal spine of the aft fuselage, ahead of the tail unit, and allows for tracking of both land and maritime targets, giving it a decided advantage over the battlespace. Externally, the A-100 continues the form and function established by the Il-76 series in that its flightdeck is sat over a short nosecone assembly, the wings are mounted high along the fuselage sides and a "T-style" tail unit is featured. The A-100 has a multi-wheeled undercarriage for ground-running and each wing mainplane is swept rearwards while managing the load of a pair of underslung engine nacelles.

The fuselage is taken from the Il-76MD-90A production model. The powerplant arrangement is 4 x Aviadvigatel PS-90A-76 turbofan engine units, each developing up to 32,000lb of thrust. Official specifications include an overall length of 152.9 feet, a wingspan of 165.7 feet and a height of 48.4 feet. Maximum speed is said to be in the 900 kmh range.
The A-100 is expected to reach the Russian Air Force inventory sometime around 2020. A first-flight is tentatively scheduled before the end of 2017 after which point a lengthy, intensive testing phase will commence to trial the mission equipment in an active manner.

The original A-50, currently (2017) in service with Russia and India, was introduced in 1984 during the latter stages of the Cold War and saw production of some forty aircraft from 1978 until 1992. The A-50 was used to succeed the earlier Tupolev Tu-126 "Moss" series (detailed elsewhere on this site).

The A-100 is recognized internally as the Izdeliye PM.

November 2017 - A first-flight of an A-100 aircraft was recorded on November 18th, 2017.
Beriev A-100 (Premiere) Specifications
National Flag Graphic
Year: 2020
Status: In-Development
Type: Airborne Early Warning and Control (AWACS) Special Missions Aircraft
Manufacturer(s): Beriev Aircraft Company - Russia
Production: 1
Supported Mission Types
Ground Attack
Close-Air Support
Airborne Early Warning
Electronic Warfare
Aerial Tanker
Passenger Industry
VIP Travel
Business Travel
Special Forces
Crew: 16
Length: 152.89 ft (46.6 m)
Width: 165.68 ft (50.50 m)
Height: 48.39 ft (14.75 m)
Empty Weight: 205,030 lb (93,000 kg)
MTOW: 429,901 lb (195,000 kg)

Installed Power
4 x Aviadvigatel PS-90-76 turbofan engines developing 32,000lb of thrust each.

Standard Day Performance
Maximum Speed: 559 mph (900 kph; 486 kts)
Maximum Range: 4,660 mi (7,500 km; 4,050 nm)
Service Ceiling: 44,291 ft (13,500 m; 8.39 mi)

None. Special-mission equipment carried as well as countermeasures suite.

Operators List
Russia (planned)

Series Model Variants
• A-100 "Premiere" - Base Series Designation; featuring fuselage of the Ilyushin Il-76MD-90A production transport; Vega radar fit.
• A-100LL - Flying laboratory for equipment testing; based on A-50 Mainstay framework.

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