The Ilyushin Il-76 (Russian: Илью́шин Ил-76; NATO reporting name: Candid) is a versatile, four-turbofan, fixed-wing strategic airlifter originally conceived by the Soviet Union's Ilyushin bureau in 1967 as a commercial cargo aircraft intended to succeed the Antonov An-12. Designed to transport heavy equipment to remote or underdeveloped locations, the Il-76 has been extensively employed in military roles across Europe, Asia, and Africa, including configurations for aerial refueling and airborne command posts.
Primarily utilized as a commercial cargo transporter, the Il-76 excels in delivering oversized or heavy freight unsuitable for other transport methods. It has also been deployed globally for emergency evacuations, humanitarian missions, and disaster relief operations. Its capability to operate from unprepared airstrips makes it especially valuable in regions with limited infrastructure. Additionally, specialized variants have been developed for aerial firefighting and reduced-gravity flight training.
In 1967, Ilyushin initiated the development of an aircraft designed to fulfill a requirement for a cargo plane capable of transporting a payload of approximately 40 tonnes (88,000 lb) across a distance of 5,000 kilometres (2,700 nmi; 3,100 mi) within six hours. The aircraft needed to operate efficiently from short runways—500 meters or less, suitable for commercial airliners—and unprepared landing strips, while enduring the harshest weather conditions typical of Siberia and the Arctic territories of the Soviet Union. This new model was intended as a successor to the Antonov An-12. A separate project involving a double-deck airliner with a capacity of 250 passengers was ultimately abandoned. The Il-76 completed its maiden flight in March 1971 (1971-03).
Manufacturing responsibilities for the Il-76 were assigned to the Tashkent Aviation Production Association located in Tashkent, Uzbekistan, then part of the Soviet Union. Approximately 860 units of the standard transport versions were produced. During the 1990s, updated variants equipped with Soloviev D-30 turbofan engines—such as the MF and TF models—were introduced. These versions featured a cargo hold measuring roughly 20 m (66 ft) in length, 3.4 m (11 ft) in width, and 3.4 m (11 ft) in height. However, production volumes for these enhanced models remained limited due to financial constraints faced by the Russian Air Force, which was the primary operator of this aircraft type.
Further development
Starting in 2004, several Il-76 aircraft serving in commercial roles underwent modernization to become Il-76TD-90VD models; this upgrade included installation of the newly developed PS-90 engines to meet European noise standards. In 2005, the People's Republic of China placed an order for 34 new Il-76MD units along with four Il-78 tanker variants. Later, in June 2013, Rosoboronexport, Russia’s military export agency, confirmed China’s procurement of 12 additional Il-76MD aircraft.
The Il-76 platform has been adapted into an aerial refueling tanker known as the Il-78, with approximately 50 units produced. Another derivative serves as a firefighting water bomber. Additionally, its airframe was utilized as the foundation for the BerievA-50 'Mainstay' airborne early warning and control (AEW&C) aircraft, with about 25 units manufactured. The type has also been employed in support missions within Antarctica and for conducting simulated weightlessness training for cosmonauts, similar to NASA’s "Vomit Comet". Furthermore, Beriev and NPO Almaz collaborated on developing an airborne laser laboratory designated as the A-60, producing two units; much information about this project remains classified.
Il-76MD-90A
In 2010, it was declared that manufacturing would commence on an upgraded version of the Il-76, designated Il-76MD-90A (referred to as project Il-476 during its design phase). The new production line was planned to be established at the Aviastar facility in Ulyanovsk, Russia, with collaboration from the Tashkent manufacturing plant. At that time, construction had already started on two Il-76MD-90A prototypes at the Ulyanovsk site. The initial Il-76MD-90A aircraft was unveiled at Aviastar's Ulyanovsk factory on 16 June 2014. On 29 April 2015, reports confirmed that the Russian Aerospace Forces had taken delivery of the first Il-76MD-90A produced under the 2012 contract for 39 units, manufactured at the Aviastar-SP plant in Ulyanovsk. The Russian Ministry of Defence officially received its first serial production Il-76MD-90A transport plane on 2 April 2019.
By late 2025, a total of 27 aircraft had been completed and were scheduled for delivery through 2028, with production numbers including six units in both 2023 and 2024, and one in 2025. The manufacturing rate for the Il-76 series is projected to reach seven planes annually by 2025. Expansion plans for the Ulyanovsk facility aim to increase output to twelve aircraft in 2027, with ambitions to further raise production to eighteen per year thereafter.
Operational history
The initial Il-76 was handed over to the Soviet Air Force in June 1974 and soon established itself as the primary strategic airlifter for the Soviet Union. Starting in 1976, Aeroflot also incorporated the Il-76 into its fleet.
From 1979 until 1991, Soviet Air Force Il-76s executed approximately 14,700 missions into Afghanistan, moving 786,200 military personnel and transporting 315,800 tons of cargo. The Il-76 was responsible for airlifting 89% of Soviet troops and 74% of the freight during this period. Afghan insurgents, unable to target the high-altitude flights effectively, focused their attacks on the aircraft during takeoff and landing phases. Although Il-76s frequently came under fire from shoulder-fired Stinger and Strela infrared-guided missiles as well as heavy machine guns, their robust airframes allowed them to sustain significant damage while remaining mission-capable. Consequently, the aircraft experienced a notably low attrition rate throughout the conflict. Leveraging this operational background, Canadian Forces predominantly utilized leased civilian Il-76s to transport equipment into Afghanistan in 2006. At that time, Russia’s Air Force maintained a fleet of about 200 Il-76s, with civilian operators within Russia possessing another 108.
In 2004, a Chinese People's Liberation Army Air Force (PLAAF) Il-76 undertook a mission over Afghanistan. Subsequently, in 2011, PLAAF Il-76s were deployed to Libya to evacuate Chinese nationals. These operations marked initial milestones in PLAAF’s development of extended-range airlift capabilities.
Il-76s operated by the Syrian Air Force, disguised as civil aircraft under Syrianair, have reportedly been used to transport weapons, funds, and other supplies from Russia and Iran to Syria, according to a defector from the Syrian military. Since hostilities began in April 2011 and continuing through July 2012, approximately 20 military flights were conducted between Syria and Tehran, transiting Iraqi airspace. Additional reports reveal that since around 2012, Syrian Il-76s have routinely flown to Moscow’s Vnukovo Airport to retrieve shipments of Syrian currency notes that have aided President Bashar al-Assad’s regime in circumventing international sanctions.
On 30 January 2017, an Il-76 configured as a firefighting aircraft was dispatched by the Russian EMERCOM agency to assist with wildfire suppression efforts in Chile. This deployment lasted for a total of 39 days.
All Il-76 transport planes serving within the Russian Aerospace Forces were slated to be equipped with advanced anti-missile defense systems, with modifications commencing in spring 2019.
Reinforced wing test aircraft (at least three units) utilized by the Gromov Flight Research Institute for engine prototype flight tests.
Izdeliye-176
Prototype version designated Il-76PP.
Izdeliye-576
Izdeliye-676
Prototype telemetry and communications relay aircraft designed for trial program support.
Izdeliye-776
Another prototype telemetry and communications relay aircraft for use in test programs.
Izdeliye-976 ("SKIP", Il-976, or Il-76SK) – (СКИП – Самолетный Контрольно-Измерительный Пункт, meaning Airborne Check, Measurement, and Control Center)
Platform based on Il-76/A-50 intended for range control and missile tracking, initially developed to assist with Raduga Kh-55 cruise missile testing.
Izdeliye-1076
Special mission aircraft assigned for unspecified tasks.
Izdeliye-1176
Electronic intelligence (ELINT) variant also known as Il-76-11.
Il-76-Tu160 tailplane transporter
Unique temporary conversion created to support emergency modifications for the Tu-160 program.
Designated 'D' for "Desantnyi" (Десантный), meaning paratrooper transport, equipped with a defensive tail gun turret.
Il-76M
Military transport model referred to as modifitseerovannyy (modified).
Il-76MD
Enhanced military transport variant known as modifitseerovannyy Dahl'ny indicating modification for extended range.
Il-76MD Skal'pel-MT
Mobile field hospital configuration.
Il-76M/Il-76MD
Versions constructed without military systems but still labeled as M and MD models (referred to by Gordon as 'Falsies').
Il-76MD-90
An iteration of the Il-76MD powered by quieter, more fuel-efficient Aviadvigatel PS-90 high-bypass turbofan engines.
Il-76MF
Military transport variant featuring a fuselage lengthened by 6.6 m (22 ft), equipped with PS-90A-76 engines, maximum takeoff weight of 210 t (460,000 lb), and payload capacity of 60 t (130,000 lb). Its maiden flight occurred in 1995. Two units were delivered initially to the Royal Jordanian Air Force, later transferred to the Egyptian Air Force.
Il-76MD-M
Modernized version of the Il-76MD tailored for the Russian Aerospace Forces.
Il-76MD-90A
Advanced model incorporating a glass cockpit, updated avionics suite, new single-piece carbon-fiber wing design, and powered by Aviadvigatel PS-90A-76 engines. During development, it was also identified as Il-476. Export versions carry the designation Il-76-MD-90AE.
Il-76T/Il-76TD
Aircraft constructed to military specifications but assigned civilian designations (referred to by Gordon as 'Falsie').
The first commercial freighter variant, produced as two prototypes and twelve units, powered by Soloviev D-30 turbofan engines.
Il-76MD to Il-76TD conversions
These involve complete removal of military systems, identifiable by a rough cover over the OBIGGS inlet located on the starboard sponson.
Il-76P/Il-76TP/Il-76TDP/Il-76MDP
Firefighting adaptations. The Il-76 waterbomber features a VAP-2 tank system that can be installed or removed within 1.5 hours. It can transport up to 49,000 litres (13,000 US gal) of water, which is approximately 3.5 times the capacity of the C-130 Hercules. Since this kit is compatible with any Il-76 airframe, the designations Il-76TP and Il-76TDP apply when those specific variants are converted for firefighting roles. The Il-76P was first introduced in 1990.
Il-76T
The unarmed civilian cargo transport version ('T' stands for Transport, Транспортный), known by NATO as "Candid-A". Its maiden flight occurred on November 4, 1978.
Il-76TD
Civilian counterpart to the Il-76MD, powered by Soloviev D-30 turbofan engines and first flown in 1982.
A specialized Il-76TD variant equipped with Aviadvigatel PS-90 engines and a partial glass cockpit, developed specifically for Volga-Dnepr cargo airline, which operated five such aircraft as of 2021.
Il-76TD-S
A civilian mobile hospital configuration similar to the Il-76MD Skal'pel-MT.
Il-76TF
A stretched civil transport version fitted with Aviadvigatel PS-90 engines, representing the civilian equivalent of the Il-76MF; however, no units were produced.
Developed for the Indian Air Force, this variant is equipped with Israeli Phalcon radar for airborne early warning and control (AEW&C) and powered by Aviadvigatel PS-90 engines.
Il-76MD tanker
Modified into aerial refueling tankers for the Iraqi Air Force.
A Chinese domestically produced airborne early warning and control platform derived from the Il-76 airframe. This project was initiated after cancellation of the A-50I program and is currently operational within China's military.
CFTE engine testbed
The China Flight Test Establishment operates an Il-76MD converted into a flying test platform to evaluate new engine designs. The initial engine trialed is the WS-10A "Taihang" turbofan, intended for China's indigenous J-10 and J-11 fighter jets. The specific aircraft used (#76456) was acquired from Russia in the 1990s and is stationed at CFTE's facility in Yanliang, Shaanxi Province.
Baghdad-1
An Iraqi modification featuring a radar installation within the cargo bay to function as an AEW&C system during the Iran–Iraq War.
Baghdad-2
An Iraqi development supported by French collaboration, incorporating a fibreglass reinforced plastic radome housing a Thomson-CSF Tiger G surveillance radar with a maximum detection radius of approximately 350 km (190 nmi; 220 mi). One unit was destroyed on the ground during the 1991 Persian Gulf War, while two others were flown to Iran where they remained operational. At least one entered service with the IRIAF. One aircraft was lost following a midair collision with a HESA Saeqeh fighter during Tehran’s annual military parade in 2009. This model can be distinguished from the Beriev A-50 by retaining navigator windows on the nose section of the Il-76 airframe, which are absent on the A-50.
Russian Aerospace Forces – Approximately 130 Il-76, 19 Il-78, and 12 A-50/A-100 aircraft are active. Orders include 7 Il-76MD-90A and 31 Il-78M-90A. Additional units remain in reserve storage.[1]
As of July 2024, the Aviation Safety Network has documented 137 events involving Il-76 models, resulting in a total of 1,158 fatalities. Out of these, 99 aircraft were declared total losses due to crashes or other accidents.[31] Some significant incidents are highlighted below.
On 23 November 1979, an Il-76 of the Soviet Air Forces, bearing registration CCCP-86714, lost control after banking left during its approach to Vitebsk Airport, resulting in a crash that claimed all seven crew members. This marked the first fatal accident involving an Il-76.[32]
The Christmas day crash: On 25 December 1979, a Soviet Air Force Il-76 crashed approximately 36 km from Kabul, with 48 fatalities among those on board.[33]
On 18 October 1989, a Soviet Air Force Il-76 (registration CCCP-76569) crashed into the Caspian Sea near Sumqayit, Azerbaijan after wing separation triggered by an engine fire; all 57 aboard perished. This remains Azerbaijan's deadliest aviation disaster. The engine fire was attributed to a design defect.[35]
1990s
On 1 February 1990, an Il-76 of the Soviet Air Forces with registration СССР-86021 crashed fourteen minutes after departing from Panevėžys Air Base, killing all eight crew members.[36]
A Metro Cargo Il-76TD (LZ-INK), named Lugano, crashed near Kermanshah Airport on 24 May 1991 during an emergency landing caused by fuel exhaustion; four out of ten crew died.[37]
On 8 July 1993, a Russian Air Force Il-76M (RA-86039) crashed close to Pskov Airport after losing control due to an unexplained fire onboard, resulting in the deaths of all eleven crew members.[38]
The 1995 Airstan Ilyushin Il-76 hijacking involved Taliban-controlled fighters intercepting an Airstan Il-76TD on 3 August 1995 and detaining its seven crew for over a year before their eventual escape.[39][40]
Spair Airlines Flight 3601, an Il-76T, crashed on 19 August 1996 while attempting to land at Belgrade Nikola Tesla Airport following complete electrical failure caused by pilot error; all eleven onboard died. The crew had neglected to activate the AC/DC converter after engine start.[41]
On 12 November 1996, the 1996 Charkhi Dadri mid-air collision occurred when Kazakhstan Airlines Flight 1907, operated by an Il-76, collided mid-air with Saudia Flight 763 (a Boeing 747) over Charkhi Dadri, India. All passengers and crew on both aircraft—totaling 349—were killed. The Kazakh pilots failed to maintain assigned altitude due to ATC confusion.
The 1996 Abakan Ilyushin Il-76 crash took place on 27 November 1996 when a Russian Air Force Il-76MD (RA-78804) collided with a mountain slope just minutes after departing Abakan Airport, approximately 14 km from the airport. All twenty-one occupants died.[42][43]
ATI Aircompany Flight 2570, an Il-76MD (UR-76424), crashed into the sea shortly after departing Ras Al Khaimah International Airport on 13 July 1998. The overloaded aircraft's pilot did not respond appropriately to GPWS alerts, resulting in eight fatalities among crew.[44]
On 17 July 1998, Air Sofia Flight 701, operating an Il-78 (UR-UCI) leased from Ukrainian Cargo Airways, struck terrain during its approach to Asmara International Airport. All ten individuals aboard lost their lives.[45]
Rus Flight 9633. On July 14, 2001, a cargo aircraft departing from Chkalovsky Airport crashed shortly after takeoff, claiming the lives of all 10 crew members on board.
2003 Iran Ilyushin Il-76 crash. An Ilyushin Il-76 crashed near Kerman, Iran on February 19, 2003, under unclear circumstances possibly linked to weather conditions. The tragedy resulted in 275 fatalities, including numerous members of the Iranian Revolutionary Guard, marking it as the deadliest accident involving this aircraft model.[47]
2003 Ukrainian Cargo Airways Il-76 accident. On May 8, 2003, the rear loading ramp of an Il-76 leased by the Congolese government unexpectedly opened at an altitude of 10,000 feet after departing from Kinshasa. Initial accounts suggested over 120 policemen and their family members were ejected within approximately 45 minutes,[48] but the confirmed death toll was 14.[49]
On June 30, 2008, an Il-76 operated by Ababeel Aviation crashed shortly after takeoff from Khartoum during a humanitarian mission. The four crew members aboard were killed.[51]
On July 2, 2008, Click Airways Flight 1002 experienced an uncontained failure of its number three engine at flight level FL280 while en route from Bagram Air Base to Al-Fujairah-Fujairah International Airport. Debris from this failure damaged the adjacent number four engine as well as the fuselage and fuel tanks. The crew successfully executed an emergency landing at Zahedan, Iran; none of the three crew members sustained injuries.[52]
2009 Makhachkala Il-76 collision. Two Il-76MD aircraft belonging to the Russian Ministry of Interior collided on the ground at Makhachkala Airport on January 15, 2009. One plane (registration RA-76825) was positioned at the runway threshold preparing for departure when another (RA-76827) was landing and its wing struck the cockpit area of RA-76825, triggering a fire. Three occupants died aboard the departing aircraft out of seven onboard; all thirty-one individuals on RA-76827 escaped unharmed. RA-76825 was subsequently deemed a total loss.[53][54]
On March 9, 2009, an Aerolift Il-76 (registration S9-SAB) crashed into Lake Victoria immediately after departing from Entebbe Airport, Uganda. All eleven people aboard died following an engine fire involving two engines during takeoff. The aircraft had been chartered by Dynacorp for AMISOM. An investigation by Uganda's Ministry of Transport revealed that all four engines had exceeded their service life limits and that claims of maintenance extending their usability and certification could not be verified.[55]
Sun Way Flight 4412. On 28 November 2010, the Il-76 aircraft registered 4L-GNI crashed shortly after departure from Jinnah International Airport in Karachi, Pakistan, impacting a residential area. All eight occupants aboard perished, along with two individuals on the ground. The plane was reportedly attempting to return to the airport following an uncontained engine failure accompanied by fire.[60]
Silk Way Airlines Flight 995. On 6 July 2011, an Il-76 with tail number 4K-AZ55 collided with mountainous terrain in Afghanistan while on final approach to Bagram Air Force Base. Initial reports confirmed eight fatalities among those aboard, with one person initially unaccounted for.[61][62]
2012 Aéro-Service Ilyushin Il-76 crash. On 30 November 2012, an Il-76T operated by Aéro-Service (with some reports indicating Trans Air Congo as the operator shortly after) crashed approximately 850 meters before runway 5L at Maya-Maya Airport, Brazzaville, during a severe storm. The accident resulted in 32 fatalities, including five crew members, one additional person onboard, and 26 individuals on the ground.[17][63][64]
2016 Russian Ministry of Emergency Situations Il-76 crash. On July 1, 2016, an Il-76TD (registration RA-76840) operated by Russia's Ministry of Emergency Situations (EMERCOM) collided with a hillside near Rybnyi Uyan while engaged in wildfire suppression near Irkutsk. The crash claimed the lives of all ten individuals onboard.[68]
2018 Algerian Air Force Ilyushin Il-76 crash. On April 11, 2018, an Ilyushin Il-76 aircraft with registration 7T-WIV from the Algerian Air Force crashed shortly after taking off from Boufarik Airport, located in Boufarik, Algeria. The disaster resulted in the deaths of all 257 passengers and crew aboard, marking it as the deadliest aviation accident ever recorded on Algerian territory.[69]
2020s
On 25 February 2022, amid the 2022 Russian invasion of Ukraine, Ukrainian State Special Communications Agency and American officials reported that Russian Il-76 aircraft were downed near Bila Tserkva.[70] However, as of September 2022, no debris from these planes has been located.[71]
On 4 April 2022, images surfaced showing two Il-76 aircraft belonging to the Ukrainian 25th Transport Aviation Brigade destroyed on the tarmac at Melitopol Airport by Russian assault forces.[72]
The 2022 Russian Air Force Ilyushin Il-76 crash occurred on 24 June 2022 when a Russian Aerospace Forces Il-76MD, tail number RF-78778, caught fire due to an engine malfunction and crashed while attempting to land near Ryazan. The accident resulted in five fatalities among the nine occupants.[73][74]
On 30 August 2023, Ukrainian kamikaze drone attacks reportedly destroyed four Il-76 aircraft stationed at Pskov Airport.[75]
The 2023 Gao Ilyushin Il-76 crash took place on 23 September 2023 when an Il-76 operated by the Malian Armed Forces crashed during landing at Gao Airport in Mali. French media outlet Le Monde reported that Malian authorities confirmed the aircraft belonged to the Army and had members of the Wagner Group onboard.[76] The plane overshot more than half of the runway before touchdown and failed to initiate a timely Go-Around maneuver for reasons unknown, causing it to roll off the runway embankment and explode, resulting in total loss of life onboard.[77]
During the night spanning 19–20 October 2023, an Il-76MD military transport aircraft caught fire during takeoff at a military airfield in Dushanbe, Tajikistan's capital. A wheel failure amid acceleration triggered the blaze. The aircraft veered off the runway and was completely consumed by fire. There were eight individuals aboard; fortunately, none sustained injuries.[78]
The 2024 Korochansky Ilyushin Il-76 crash occurred on 24 January 2024 when a Russian Air Force Il-76 crashed in Russia’s Korochansky District, Belgorod Oblast. According to the Russian Ministry of Defense, the aircraft was transporting 65 prisoners of war from the Armed Forces of Ukraine, alongside six crew members and three security personnel.[79] However, Ukrainian sources disputed this claim based on flight path data, crash site imagery, and leaked classified information.[80][81][82][83]
On 12 March 2024, an Il-76 crashed in Ivanovo Oblast during an attempted emergency landing after an engine fire shortly after takeoff from Ivanovo Severny air base. The incident resulted in fatalities for all eight crew members and seven passengers aboard.[84][85]
On 6 May 2025, an Israeli missile strike destroyed a Yemen Air Force Il-76TD aircraft.
Aircraft exhibited
CCCP-76511 (c/n 083414444) is conserved at the Ukraine State Aviation Museum in Kyiv. Initially, it bore the markings UR-UCI of Ukrainian Cargo Airways as a tribute to the actual aircraft that was lost in 1998; however, in 2016, it was restored to its original Aeroflot colors as CCCP-76511.
An Ilyushin Il-76 located in Umm Al Quwain, United Arab Emirates, remained unused beside a highway from 2000 until 2022, serving as a promotional display for a nearby beach resort. Subsequently, it evolved into a tourist attraction.
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