Unconfirmed imagery circulating across military aviation forums depicting a newly assembled Ilyushin Il-78 aerial refueling tanker exiting the PJSC Aviastar-SP manufacturing facility in Ulyanovsk has renewed discussion regarding potential export deliveries to the People’s Liberation Army Air Force (PLAAF).
Featuring a low-visibility dark gray scheme and a partially obscured tail fin marking resembling PLAAF roundel geometry, the airframe is speculated to be an export-variant Il-78MK-90A. The rollout follows 2025–2026 intelligence leaks indicating bilateral negotiations between Rosoboronexport and Beijing for up to 20 modernized Il-78MK-90A platforms to accelerate PLAAF strategic force projection. Neither United Aircraft Corporation (UAC) nor the Chinese Ministry of National Defense has confirmed the customer identity, leading analysts to evaluate alternate export destinations—including the Algerian Air Force, which holds active procurement options for the type.
TECHNICAL SPECIFICATIONS: ILYUSHIN IL-78MK-90A STRATEGIC AERIAL TANKER
Manufacturer, Program Office & Export Lineage
⚡ Lead Platform Prime: PJSC Aviastar-SP (UAC / Rostec — Ulyanovsk, Russia)
⚡ Design Bureau: Ilyushin Aviation Complex (Moscow)
⚡ Baseline Airframe Architecture: Modernized Il-76MD-90A strategic airlifter airframe
⚡ Historical PLAAF Tanker Fleet Baseline: 3× refurbished legacy Il-78s (procured from Ukraine, 2014–2016), supplemented by ~30× indigenous YY-20A and ~10× re-engined YY-20B tankers 
Airframe Engineering, Powerplant & Flight Kinematics
💥 Airframe Geometry: Length: 46.6 m | Wingspan: 50.5 m | Height: 14.8 m | Max Takeoff Weight (MTOW): 210,000 kg (462,970 lb)
💥 Powerplant Configuration: 4× PS-90A-76 high-bypass turbofan engines generating 16,000 kgf (157 kN / 35,270 lbf) thrust each
💥 Kinematic Performance: Max Speed: 850 km/h (460 knots) | Operational Radius: ~3,000 km with 40 tons of transferable fuel | Service Ceiling: 12,000 m (39,370 ft)
💥 Structural Enhancements: Reinforced glass-cockpit floor, modern digital flight controls, and an updated wing box extending fatigue life to 40 years
Fuel Capacity & Aerial Refueling Hardware
🚀 Internal Fuel Capacity: Up to 138 tonnes (303,600 lb) total aviation fuel (combining main wing tanks and twin removable cargo-hold fuel bladders)
🚀 Fuel Transfer Rate: 900 to 2,200 L/min via 3× UPAZ-1M unified aerial refueling pods (2 underwing pods for tactical fighters; 1 fuselage-mounted pod for heavy bombers/transports)
🚀 Simultaneous Engagement Capacity: Capable of simultaneously refueling 2 tactical fighter aircraft (via wing pods) or 1 strategic bomber/heavy transport (via fuselage pod)
🚀 Avionics Suite: Digital glass cockpit featuring dual-CPU flight computers, digital moving map displays, and GLONASS/GPS-integrated inertial navigation system (INS)
TIMES OF DEFENCE ASSESSMENT
The appearance of a fresh Il-78MK-90A airframe with low-visibility grey livery highlights ongoing demand for heavy strategic refueling platforms. While China’s indigenous aviation industry has rapidly scaled serial production of the Y-20-derived YY-20A and YY-20B tankers, the PLAAF’s expanding long-range force projection—driven by expanding operational sorties into the Western Pacific and South China Sea—creates a continuous demand for fuel-offload capacity that exceeds current domestic supply rates.
From an engineering and operational perspective, acquiring the Il-78MK-90A provides Beijing with an immediate, off-the-shelf force multiplier. Powered by PS-90A-76 turbofans, the modernized Il-78 offers higher fuel efficiency, greater takeoff weight, and improved maintenance reliability compared to older D-30KP-powered variants. Deploying a mixed fleet of indigenous YY-20Bs and imported Il-78MK-90As allows the PLAAF to rapidly bridge its strategic tanker gap, extending the operational combat radius of Su-30MKK, J-16, and H-6N strike packages across contested maritime approaches without waiting for domestic assembly lines to fully mature.
