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Ilyushin Il-62

From Alfawiki
Ilyushin
IndustryAerospace
Founded1933
FounderSergey Ilyushin
Headquarters
Moscow
,
Soviet Union (now Russia)
ProductsAircraft, including the Il-62 jet airliner

Ilyushin Il-62 Overview

The Ilyushin Il-62 (Russian: Илью́шин Ил-62; NATO reporting name: Classic) represents a Soviet-era, long-distance, narrow-body jet airliner developed by Ilyushin beginning in 1960. Designed to replace the widely used turboprop Il-18, this aircraft accommodated nearly 200 passengers and crew, making it the largest jet airliner globally at its maiden flight in 1963. It was the seventh four-engine long-haul jet to take to the skies, following earlier models such as the De Havilland Comet (1949), Avro Jetliner (1949), Boeing 707 (1954), Douglas DC-8 (1958), Vickers VC10 (1962), and the experimental Tupolev Tu-110 (1957). The Il-62 was the first of its kind to be operated within the Soviet Union and among several allied countries.

Entering commercial service with Aeroflot on 15 September 1967, it inaugurated passenger flights on the Moscow to Montreal routeTemplate:Fix/category[citation needed]. For many years, it served as the principal long-range airliner for the Soviet Union and subsequently Russia. Notably, it was the first Soviet pressurized aircraft featuring a non-circular fuselage cross-sectionTemplate:Fix/category[citation needed] and ergonomically designed passenger doorsTemplate:Fix/category[citation needed]. Additionally, it introduced six-abreast seating within Soviet aviation—an arrangement previously seen only in the turboprop Tu-114—along with internationally standardized position lighting.

The Il-62 was operated by more than 30 countries, with over 80 units exported and additional aircraft leased to airlines both within the Soviet sphere and in some Western markets. The improved Il-62M variant achieved remarkable longevity, maintaining an average operational age exceeding 32 years as of 2016. Various specialized versions, including VIP salon configurations, were developed and utilized by approximately fourteen nations for head-of-state transportation. Despite its historical significance, operational costs have led to a sharp decline in active fleets following the economic downturn of 2008. The Il-62's successors—the wide-body Il-86 and Il-96 models—were produced in considerably smaller quantities and did not achieve widespread international adoption.

Development

In February 1960, the Ilyushin OKB submitted a concept for a four-engine, long-range jet airliner, which received approval from the Soviet Council of Ministers on 18 June 1960. Concurrently, the Kuznetsov Design Bureau was tasked with developing the NK-8 turbofan engine to power this aircraft. The official requirements specified that the Il-62 should accommodate 165 economy passengers over 4,500 km (2,800 mi) or alternatively 100 first-class passengers over 6,700 km (4,200 mi).

Designed to succeed the swift turboprop Tu-114 on extended routes, the Il-62 benefited from a relaxed development timeline since the Tu-114 was only entering service as the Il-62 was being conceptualized. This allowed ample time for detailed design, testing, and refinement, which was essential due to the significant advancements incorporated into the Il-62.

The Il-62 and the British Vickers VC10 stand out as the only commercial airliners featuring four engines mounted in paired nacelles positioned alongside and beneath a T-tail (empennage). For Ilyushin, this arrangement was mandated by TsAGI, the Soviet aerospace research center, because their design bureau lacked resources for extensive configuration studies. This layout enabled optimization of wing aerodynamics without interference from engine mounts. Additionally, placing engines at the rear reduced cabin noise and permitted smaller vertical stabilizers by decreasing yaw moments during engine failure compared to wing-mounted engines. However, this configuration introduced challenges: without forward engine weight to counteract wing torsion, both wing and rear fuselage structures required reinforcement to support the engines. Furthermore, at high angles of attack, aerodynamic wash from the wing could blanket the tail surfaces, risking a condition known as deep stall. To mitigate this risk, complex and relatively unreliable automatic stall protection systems like stick shakers and stick pushers were employed during the 1960s era, despite wing design efforts aimed at preventing deep stall.

Initial models—including prototypes and early production aircraft—showed an evolution in wing leading-edge design, transitioning from thin or kinked inboard edges to a thicker, straighter profile finalized in 1966. The distinctive "dog-tooth" leading-edge feature was repositioned before production commenced. Engine installation also underwent modifications: engine axes were inclined by 3 degrees relative to horizontal, thrust reversers were added on outer engines, and overall nacelle profiles were streamlined as production progressed.

The prototype initially suffered from insufficient power because its intended NK-8 engines were unavailable; instead, smaller Lyulka AL-7 turbojets were temporarily installed. Registered as СССР-06156, this prototype first flew on 3 January 1963 but crashed after striking a perimeter fence during maximum-weight testing. Production Il-62s utilized the planned rear-mounted Kuznetsov NK-8-4 engines; the first such aircraft (СССР-06153) took flight in 1964.

The Il-62M variant debuted in 1971 and entered service in 1973 featuring upgraded Soloviev D-30KU engines that delivered greater power, efficiency, and quieter operation along with an added fin fuel tank. Internally, it incorporated simpler, lighter single-slotted flaps and incremental aerodynamic refinements. Notably, spoilerons—spoilers capable of differential deployment functioning like ailerons during cruise or collectively reducing lift during landing—were introduced. The Il-62M also gained the capability to apply idle reverse thrust during final approach to shorten landing distances. Nearly all Il-62s still operational today are of this improved model. In 1978, the Il-62MK variant was developed further to seat up to 198 passengers and carry approximately two tonnes (4,400 lb) more payload or fuel than its predecessor.

Additional variants were envisaged, including an extended model accommodating up to 250 passengers and a shortened version designed for operations at smaller airports.

The Il-62 employs tricycle landing gear complemented by a lightweight auxiliary strut located at the aft fuselage that extends when parked. Aircraft with rear-mounted engines tend to be tail-heavy when empty on the ground; thus, various support mechanisms prevent tail tipping—from fixed "pogo stick" struts on smaller planes to extendable supports like on the Il-62. Other aircraft such as the DC-9 or Boeing 727 integrate a tail-mounted airstair door serving dual functions of tail support and passenger access.

Uniquely among its peers, the Il-62 features fully manual flight controls operated via steel cables, rods, pulleys along with aerodynamic and weight balances plus trim tabs—eschewing powered assistance. It also houses a forward ballast tank intended for water storage to maintain balance when flying lightly loaded or empty—a characteristic shared with aircraft like the French Caravelle and Soviet Tu-154. Rear-mounted engines yield aerodynamically clean wings free from engine nacelle interference; consequently, takeoff and landing devices function without disrupting airflow over the dorsal wing surface. This design enables stable flight through clear-air turbulence up to speeds of 16–18 m/s.

A notable feature of the Il-62 is its "saw tooth" or "dog-tooth" on the wing leading edge acting as an aerodynamic fence generating vortices essential for stable behavior at high angles of attack while supporting efficient long-range cruise performance. This innovation reduces dependence on hydraulic controls and stall warning devices such as stick shakers and pushers. Later versions of the VC10, particularly those operated by British United Airways and Ghana Airways, adopted similar dog-tooth extensions nearer their wingtips.

Early Il-62s powered by NK-8-4 engines encountered issues including fatigue-related failures and overheating that sometimes triggered false fire warnings. Such alarms risked inadvertent shutdown of paired engines on one side by crews attempting to prevent damage extending to fuselage structures. Operating with only two adjacent engines active compromised balance and handling significantly. Subsequent improvements applied both to Il-62s and similarly configured VC10s largely resolved these problems. Two fatal accidents involving engine failures occurred with aircraft leased or owned by LOT Polish Airlines, which had operated several Il-62s acquired from Aeroflot and Tarom. The more severe incident was LOT Polish Airlines Flight 5055 on 9 May 1987: a fully loaded Il-62M suffered an undetected rear fuselage fire leading crew not to divert despite proximity to alternate airports; control was ultimately lost returning to Warsaw—likely due to ignition of an auxiliary fuel tank installed on some LOT aircraft. The other fatal accident involved LOT Flight 007 on 14 March 1980: an early-model NK-8-4-powered Il-62 crashed with 87 casualties after being fitted with an engine previously known for vibration issues; investigations suggested turbine disc damage prior to installation.

Failures like those affecting LOT's fleet were exceptionally uncommon since bearing wear is typically detected through vibration analysis during maintenance cycles. However, at that time LOT lacked appropriate diagnostic equipment for large engines used in Il-62s; consequently potential defects could remain unnoticed between overhauls. Other engine failures occurred but did not compromise control. The fatal accident rate for LOT's Il-62s—operating different engine types but sharing similar rear engine placement—was about thirty times higher than average (2.8% versus 0.092%). Around this period a similar non-fatal failure affected another LOT aircraft equipped with Soloviev D-30 engines (Tu-154). Post-1987 safety measures included installing turbine vibration monitoring equipment, reducing inspection intervals, adopting dual flight control systems found in some other Il-62s, and removing auxiliary fuel tanks from engine pods. These modified aircraft were later sold to Air Ukraine, which operated them until ceasing operations in 2000. In 2010—three decades after Flight 007—the examination of previously classified archives revealed that during industrial unrest in the 1980s LOT had been instructed by authorities of the Polska Rzeczpospolita Ludowa to save operational costs by extending jet engine service life beyond recommended limits.

Unique Il-62 Variants

The Il-62 platform underwent several specialized modifications, with the most notable being the VIP salon versions of both the Il-62 and Il-62M, primarily utilized by national leaders. Additionally, a singular Il-62M was adapted as an airborne command aircraft for the Russian government. While the Il-62 was initially introduced during Khrushchev's era, it was in the Brezhnev era that Ilyushin was commissioned to develop these executive salon models. These VIP aircraft have served Russian leadership continuously through to the Putin administration, during which both Il-62 and Il-96 models have been employed in tandem. These high-end versions included facilities such as meeting rooms, lounges, dedicated spaces for staff and security personnel, and secure communication systems enabling global contact with Moscow and other major cities. Similar VIP-configured aircraft were also supplied to countries like Czechoslovakia, Germany, North Korea, Sudan, and Ukraine.

One particular Il-62M (registration RA-86570) was customized for Russia’s emergency response agency, EMERCOM, serving dual roles as an evacuation transport for Russian nationals abroad and as a mobile command center for crisis management. This aircraft operates alongside at least one additional Il-62M and a fleet including Il-76, Il-76TD waterbombers, An-72s, and helicopters. Collectively, these assets have been deployed in approximately 60 countries and are credited with saving around 50,000 lives since EMERCOM’s establishment in 1994. Beyond interior modifications, RA-86570 is equipped with hush-kitted engines and advanced Honeywell avionics featuring satellite-based global communications through an Inmarsat system. This aircraft has been actively used as a command post during forest fire suppression in Russia’s Far East, in response to the Chechen terrorist attack in Kaspiysk, and facilitated diplomatic missions including transporting a Russian Deputy Foreign Minister to Sharjah in 1996 and recovering an Il-76 crew escaping Taliban control in Afghanistan.

Design

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Example of dual engines mounted on opposite sides of the rear fuselage
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Flight deck
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Cabin with six-abreast seating

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The Il-62 features a conventional all-metal low-wing monoplane design constructed with riveted sectional semi-monocoque architecture adhering to fail-safe principles—meaning that failure of one structural element will not immediately compromise the entire airframe. Its initial operational lifespan was established at 30,000 flight hours but subject to adjustment based on maintenance quality, inspections, and manufacturer directives. The airframe includes pressurized compartments for passengers and cargo (with fuselage cross-section dimensions of 3.8 m wide by 4.1 m high), mechanical duplex flight controls supplemented by twin electric motors controlling tailplane incidence; hydraulic systems manage nosewheel steering, landing gear deployment, tail strut actuation, and wheel braking. The Il-62M variant incorporates hydraulically operated spoilers and lift dumpers that deploy automatically upon touchdown. Control surfaces consist of a variable-incidence tailplane with elevators compensated dynamically and by weight trim tabs; triple-section ailerons equipped with tabs (outer sections optimized for low speeds and inner sections for high speeds) interconnected via a torsion bar; spoilerons (on the Il-62M); spoilers; lift dumpers; and pneumatically actuated thrust reversers on the two outboard engines—these reversers are certified for in-flight use on the Il-62M.

Electrical power throughout the aircraft is supplied at 27 V AC using a TA-6 auxiliary power unit located in the lower tailcone—a turbine generator providing both electricity and air conditioning while on the ground—backed up by lead-zinc batteries.

Deicing is accomplished using conventional hot air bled from the engines. Cabin pressure is regulated to maintain an altitude equivalent to 2,400 m (8,000 ft) above sea level up to cruise altitude. The original design did not include automatic oxygen masks; instead, emergency oxygen was stored in overhead compartments with bottles and masks manually distributed by cabin crew when necessary. Since 1997, most planes have been retrofitted with automatic oxygen systems featuring drop-down masks.

Avionics include the Polyot-1 automatic flight control system—a sophisticated autopilot capable of flying programmed routes autonomously while under continuous crew supervision; it meets ICAO Category 1 approach standards with optional Category 2 capability. Navigation equipment evolved from Doppler radar to triplex Inertial Navigation System Sets (INSS) installed after 1978 on Il-62Ms, with many aircraft adopting satellite navigation systems after 1991. Communication systems feature triple VHF/HF radios on the flight deck, automatic direction finders, Soviet and Western instrument landing system receivers, vertical omnidirectional radio range instruments, radio beacon receivers, duplex radio altimeters, automatic transponders compliant with ICAO standards, full navigation lighting suites, cabin public address systems, and intercoms. Military or government-operated aircraft from Soviet/Russian or Warsaw Pact origins are additionally fitted with triplex "Odd Rods" IFF transponders identifiable by three closely spaced short antennas.

Emergency evacuation equipment includes inflatable life rafts and manually deployable canvas slides. Most units have been retrofitted with emergency floor lighting strips; some also feature automatically inflating evacuation slides. Fire extinguishers are strategically located within engine nacelles, cockpit areas, crew rest compartments, and lavatories.

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Overhead instrument panel

Passenger accommodation allows seating for up to 198 individuals in a single-class arrangement configured six-abreast with a seat pitch of 84 cm (33 in). The cabin is divided into two sections separated by a vestibule containing galley/pantry facilities and crew rest areas. Three lavatories are positioned forward, mid-cabin, and aft. Amenities include a buffet/bar area plus additional crew rest quarters located forward within a vestibule; an optional second crew rest space can be installed aft as well. Typical mixed-class layouts accommodate between 128 and 144 passengers arranged four or six abreast along a single aisle; Aeroflot’s long-haul configuration featured first class (two-abreast) over three rows forward; business class (three-abreast) spanning four rows mid-cabin; economy class (three-abreast) extending over seventeen rows aft—resulting in narrow aisles through business and economy sections. First class compartments could be positioned either behind the forward entry door or just ahead of mid-cabin doors depending on configuration choices.

Overhead storage ("Skycot") compartments are installed within hatracks; later Il-62Ms produced from 1978 onward feature enclosed hatracks. Interior furnishings were customizable per customer specifications. No integrated in-flight entertainment systems were standard except for public address speakers potentially linked to open-reel or cassette players. Some aircraft experimented with onboard television sets compatible with Soviet videotape formats during the 1970s; following 1991 some received retrofitted Western audio-only entertainment systems.

Comparisons with the VC10

An ancillary aspect of the Il-62’s history involves claims of industrial espionage. Developed contemporaneously with the VC10, to which it bears a noticeable external similarity, British Cold War analysts speculated that the Il-62 design might have been derived from the VC10, coining the nickname "VC10-ski." However, no concrete proof was ever provided to support this assertion. Notable distinctions exist between the two aircraft: the Il-62 is larger, capable of carrying a heavier payload, and intended solely for operation at well-equipped airports, whereas the VC10 is adaptable to more remote "up-country" airfields. The Il-62 employs more traditional technology such as mechanical control linkages and is exclusively a civilian airliner, in contrast to the VC10, which was designed for dual civilian and military roles including transport and cargo duties. The Il-62 achieved wider market success, with production numbers significantly surpassing those of the VC10 (292 units compared to 54). As of November 2018, numerous Il-62s remained operational. Conversely, the VC10 has been withdrawn from commercial service; in 1966, BOAC labeled it uneconomical and requested government subsidies for its continued use, though some VC10s were retained by the British Royal Air Force for support missions. Both China and Czechoslovakia canceled their VC10 orders (for CAAC and Czechoslovak Airlines) in favor of procuring the Il-62 instead. (See also Vickers VC10 § Commercial service and sales.)

Operational history

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Rossiya Il-62M at Munich Airport in 2006
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Il-62 operated by United Arab Airlines in Rome, 1971
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LOT Polish Airlines Il-62M in 1987, shortly before Flight 5055 crashed

Following the rollout of the Il-62M variant, Aeroflot—the aircraft’s primary operator—progressively upgraded its fleet by replacing NK-8 engines with more advanced Soloviev D-30 KU powerplants. This upgrade, combined with alterations to engine nacelles and other components, significantly lowered the risk of simultaneous engine damage. By mid-1973, Aeroflot operated a fleet of 60 Il-62s; this number expanded to 165 by 1989 when including both Il-62 and Il-62M models. The Il-62M achieved an impressive dispatch reliability rate of 97% within Aeroflot operations, with some units accumulating up to 17 flight hours daily. It was regarded as one of the most dependable aircraft types in their fleet at that time. Numerous international records were set by this model, highlighting its range capabilities that exceeded conservative Soviet-era performance estimates. Notably, an all-female crew led by Iraida ("Inna") Vertiprahova established some of these records. With a 10-ton cargo load, the Il-62M could reach a maximum range of 10,300 km—surpassing the VC10’s 9,412 km under similar conditions. When carrying a maximum payload of 23 tons, its range extended to 8,000 km compared to a Boeing 707’s 6,920 km with equivalent load. Due to its capacity and range, the aircraft has frequently been deployed for emergency evacuations; a prominent example occurred on the night of September 10, 1973, when an Aeroflot Il-62 evacuated 147 Cuban embassy staff from Santiago Airport just before Augusto Pinochet’s military coup. In April 2015, two EMERCOM Il-62Ms—including RA-86495 operated by the Russian Federation Air Force—were utilized to evacuate approximately 900 foreign nationals and Yemeni citizens from Sanaa amid Saudi-led military operations in Yemen.

Pilots and passengers alike have generally praised the Il-62 for its excellent directional stability during turbulent conditions (though landings can sometimes be somewhat rough), smooth cruising performance, and notably quiet cabin environment—partly attributable to engine placement. While the original Il-62 was designed for a service life of about 23 years and faced criticism over high fuel consumption, later M-series versions boast extended lifespans up to approximately 50 years alongside enhanced operational efficiency. One limitation of the initial design was its absence of a cargo bay roller system; this necessitated manual handling of pre-packed baggage and freight, resulting in slower turnaround times—a deficiency addressed in the Il-62M which incorporated a conveyor loading system. Maintenance access to key mechanical components including engines is relatively straightforward; furthermore, thrust reversal capability enables reverse taxiing without external towing equipment. Overhaul intervals for powerplants varied depending on specific maintenance protocols and differed between outer engines equipped with thrust reversers and inner engines without them. For instance, Czech Airlines operated an early model with intervals up to 3,000 hours between overhauls—well beyond their standard limit near 2,000 hours—while Interflug extended this interval up to 5,000 hours using their servicing facilities. Some later upgrades allowed overhaul cycles reaching 6,000 hours with total engine lifespan estimates between 18,000 and 20,000 hours. As of 2016, newer Il-62Ms remain active in commercial aviation as well as VIP and head-of-state transport roles.

Although its safety record does not match that of more modern airliners, no fatal incidents involving an Il-62 occurred between 1989 and 2009—a period when fleet numbers were at their peak. Earlier accidents predominantly involved runway overruns or aborted takeoffs; since braking relied solely on reverse thrust from outer engines, failure of one could complicate steering if pilots were unprepared. In seven takeoff or landing mishaps there were no fatalities—a testament to robust structural integrity—while two fatal incidents linked to runway collisions involved impact with nearby structures (a control tower in CCCP-86470 and a concrete wall in UP-16208). The fuselage features reinforced construction with a “ski” keel designed originally for emergency belly landings without landing gear deployment; however, undercarriage reliability proved high throughout operations. This structural reinforcement contributed to relatively high fuel consumption; some operators such as Interflug implemented modifications aimed at reducing fuel usage.

Production reportedly continued until 1995 although uninterrupted manufacturing ceased in 1993. Including prototypes, total output is estimated at around 289 units; official factory figures cite production of 292 aircraft comprising five prototypes, 94 initial Il-62s, and 193 Il-62Ms.

As late as 1997 four aircraft remained unsold at the manufacturing plant. The final delivery was reportedly RA-86586 for Magma Aviation built in 1995 but only handed over in 1999 due to import tariffs affecting Western aircraft alternatives. The last airframe constructed appeared in 2004 for Sudanese government use.

During the Syrian Civil War, Russian Aerospace Forces’ Il-62Ms were observed flying routes between Russia and Syria. From late 2015 onward—coinciding with Russia’s military intervention—the aircraft frequently operated at Khmeimim Air Base near Latakia, transporting personnel and supplies into and out of Syrian territory.

Variants

Il-62
The original production model, equipped with four Kuznetsov NK-8 turbofan engines each delivering 23,150 lbf (103.0 kN) of thrust, designed to carry a crew of five along with 186 passengers.
Il-62M
An enhanced variant featuring four Soloviev D-30KU turbofan engines rated at 24,250 lbf (107.9 kN) each, accommodating five crew members and 174 passengers. It includes a containerized baggage and cargo system, updated wing spoilers, a redesigned cockpit layout, and increased fuel capacity.
Il-62MK
A medium-range adaptation powered by the same four Soloviev D-30KU engines (24,250 lbf / 107.9 kN), seating five crew and 195 passengers. This version incorporates reinforced wings and landing gear to support higher maximum takeoff weights.
Il-62MGr (also known as Il-62MF)
A rare freight-oriented model derived from the Il-62M, capable of transporting up to 40,000 kg of cargo over distances up to 5,500 km.

Civil operators

As of November 11, 2024, at least three Ilyushin Il-62 aircraft remain active within North Korea's Air Koryo and Belarus’ Rada Airlines.

Operational history

Since its introduction in 1967, the Il-62 has been operated by over 30 nations. Initial export deliveries commenced only after Aeroflot’s domestic requirements were fulfilled—primarily replacing Tu-114 aircraft on international routes—with the first foreign sale occurring in late 1969 to CSA Czechoslovak Airlines. The export timeline for the Il-62M followed a similar pattern; its initial export to Cubana de Aviación was postponed until 1977. Among Warsaw Pact countries, Bulgaria and Hungary did not operate the Il-62 series regularly; Hungary briefly leased one unit in anticipation of Boeing 767 service in 1990. Notably, Malév Hungarian Airlines was reportedly the sole foreign airline to place an order for the Il-62 as per a 1967 Flight International report; however, this order was canceled in 1968 due to financial constraints linked to the "New Economic Mechanism" reforms and strong Tupolev lobbying within Hungary. Additionally, both Hungarian and Soviet airlines favored short-to-medium haul routes over long-haul services, limiting demand for the Il-62.

Significant foreign operators included East Germany, Poland, the USSR’s allied states, Czechoslovakia, and Cuba. Interflug of East Germany possessed a fleet of 24 Il-62s—21 civilian and three utilized by the air force and presidency (later transferred to unified German forces)—comprising six Il-62s, sixteen Il-62Ms, and two rare Il-62MKs. Post-German reunification saw seven Interflug Il-62s sold to Uzbekistan along with three military variants. Czech Airlines operated 21 Il-62s between 1969 and 1997—15 original Il-62s and six Il-62Ms—with fifteen registered under the familiar CSA 'OK jet' designation; six were leased from Aeroflot. Some remained operational as late as 2012. Cuba maintained a fleet of 27 Il-62 aircraft: fifteen owned by Cubana de Aviación and twelve leased from Aeroflot or Tarom (the latter also operated three Il-62s and two Il-62Ms alongside Boeing 707s). Cubana became a longstanding operator following its first Il-62M acquisition in 1977 and refurbished its remaining fleet for international service until March 2011. LOT Polish Airlines flew a total of 23 Il-62s and Il-62Ms including leased units from Aeroflot and Tarom. The largest private operator was Russia’s Domodedovo Airlines which acquired forty-five aircraft from Aeroflot (42 Il-62Ms and three original Il-62s), deploying them on domestic routes including the world’s longest internal flight from Moscow to Petropavlovsk-Kamchatsky (approximately 6,800 km).

Beginning in 1970, Air France and Japan Air Lines wet-leased several Aeroflot-operated Il-62s for their long-haul services. From 1971 onwards, KLM Royal Dutch Airlines utilized nine Aeroflot-owned Il-62s on Moscow-Amsterdam flights bearing combined Aeroflot/KLM liveries.

During the tense Soviet-US relations of the 1980s, Aeroflot partnered with Irish airline Aer Lingus in 1984 to establish Shannon Airport as a connecting hub for flights from Moscow and Leningrad linking onward to New York via Aer Lingus routes. Shannon also served as a stopover for Aeroflot flights bound for Cuba and South America (notably Peru). From 1992 Irish tour operators contracted Aeroflot to transport tourists to eastern US destinations such as Miami as well as Caribbean, Central American, and Mexican locations using Il-62Ms. At peak times Shannon accommodated up to eight Il-62s and Il-86s daily alongside Tupolev Tu-154s and Tu-134s. By mid-decade Shannon handled roughly 2,400 Aeroflot transit flights annually carrying around 250,000 passengers—including government-operated Il-62Ms—with crews housed nearby. Following the establishment of direct Moscow-US flights around 1995, Shannon's role diminished. For west coast US services initiated in 1991, Aeroflot flew eastbound from Moscow and Russian Far East cities such as Khabarovsk, Vladivostok, Magadan, and Yuzhno-Sakhalinsk via Anchorage en route to San Francisco. Trans-Pacific operations between the Russian Far East and Anchorage continued until approximately 2000.

The Il-62M and MK variants remained favored in Russian civil aviation until the economic downturn of 2008 led key operators like Interavia Airlines, Dalavia, and Domodedovo Airlines to withdraw their fleets from scheduled passenger service. Consequently, Rossiya airline became the largest user but restricted its use of the Il-62 to government functions only. By September 2009 worldwide operational numbers had declined to thirty-eight aircraft across all versions—a reduction from eighty-eight in service during 2006—with only one original series plane active under Russian Air Force operation while others were M or MK models. Cubana retired its final civilian examples in 2011 after over three decades of service with the type. A small number continue operation among various airlines and government entities. DETA Air ceased flying its Il-62M fleet in 2013.

Previous operators

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Government and military usage

The aircraft has been deployed by the air forces of East Germany (DDR [GDR]) and subsequently unified Germany (operating one Il-62MK and two Il-62Ms). It is also believed to have served in the military fleets of several other nations such as Cuba, Gambia, Georgia, Libya, North Korea, Russia, Romania, and Ukraine. The Russian government utilizes it as an emergency response platform, with specific aircraft registrations RA-86570 and RA-86495. Beyond military applications, this model has functioned as transport for personnel or heads of state in countries including Russia (with at least eight units), Ukraine, East Germany, Georgia (registration 2748552), Uzbekistan (UK-86569), Gambia (C5-RTG), Mozambique, Sudan (ST-PRA), Cuba, North Korea, and Czechoslovakia. The latter employed one Il-62 (OK-BYV) alongside three Il-62Ms from 1974 until 1996. Certain head-of-state versions were outfitted with VIP interiors, whereas others retained standard commercial configurations.

Within North Korea, two Il-62Ms are government-owned and operated by Air Koryo. Both aircraft bear official government liveries and feature VIP cabin layouts. They carry the call sign "Chammae," named after the national bird, the Northern Goshawk. The first, designated "Chammae-1," serves as transport for Kim Jong Un, while "Chammae-2" is assigned to senior officials and distinguished guests. Notably, Chammae-2 was documented ferrying high-ranking DPRK delegation members including Kim Yong Nam and Kim Yo Jong to Seoul's Incheon International Airport during the 2018 Winter Olympics. These two are part of a fleet of four Il-62Ms maintained by Air Koryo.

Current operators

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Ilyushin Il-62M operated by the Government of North Korea
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Ilyushin Il-62M in service with the Sudanese government
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Former operators

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Incidents and accidents

Since its maiden flight in 1963, the Il-62 has been involved in 12 fatal accidents within civilian operations, including nine crashes, two runway overruns, and one aborted takeoff—fatalities in the latter three occurred due to collisions with nearby structures. The Aviation Safety Network database records a total of 25 incidents involving this type, with 14 specifically concerning the Il-62M variant. Notable accidents include those on 24 April 1998 and 20 April 2008.

By July 2012, there had been 23 total hull losses attributed to various causes such as prototype testing mishaps, fires, runway excursions, navigational mistakes, and other non-operational events. Nearly half (48%) of these incidents did not result in fatalities. The cumulative death toll stands at 1,141. This count also encompasses aircraft that remained technically airworthy but were retired due to economic considerations related to age or flight hours (e.g., YR-IRD and CU-T1283).

When compared with contemporaries like the VC10/Super VC10, Boeing 707, and DC8 within the same class (Il-62/Il-62M), the Il-62M exhibits the lowest rate of hull losses.

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Aircraft on exhibit

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Il-62 operated by CAAC Airlines displayed at the China Aviation Museum in Beijing

As one of the earliest long-haul jet airliners introduced by multiple countries, several decommissioned Il-62 aircraft have been repurposed as museum pieces and for alternative functions across nations including the Czech Republic, Germany, Austria, Cuba, and China.

The most renowned preserved example is the Il-62 bearing the registration "DDR-SEG," formerly operated by East Germany's Interflug. On 23 October 1989, Interflug’s lead Il-62 pilot, Heinz-Dieter Kallbach [de], executed a deliberate landing on the short 860-meter grass runway at the Stolln/Rhinow airfield. This maneuver, while well-known, carried inherent risks. Emergency services such as fire trucks and ambulances were stationed nearby but ultimately remained unused. This aircraft now serves as a tribute to the location where Otto Lilienthal (1848–1896) tragically crashed on Gollenberg hill. Nicknamed Lady Agnes after Lilienthal’s spouse, the plane functions as a museum with its fuselage divided to house both the Lilienthal collection and a civil registry office for weddings.

Earlier, in July 1983, another Il-62 was landed on an unimproved surface at Monino, Russia. This event occurred when Stanislav Bliznyuk, Chief Test Pilot of Ilyushin OKB, delivered CCCP-86670 to the Monino Air Force Museum’s open-air exhibition.

In Ukraine, a neglected Il-62 lacking paint and markings is exhibited near the Vasylkiv Air Base.

Technical specifications (Il-62M)

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Profile view.

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See also

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References

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  8. ↑ Template:ASN accident
  9. ↑ Template:ASN accident
  10. ↑ Cite error: Invalid <ref> tag; no text was provided for refs named ASN010783
  11. ↑ Template:ASN accident
  12. ↑ Template:ASN accident

Sources

  • Dawes, Alan. "Ilyushin Il-62 – A Timeless Classic". Air International, January 2004, Vol 66 No 1. pp. 30–36. ISSN 0306-5634.
  • Gordon, Yefim; Dmitry Komissarov and Sergey Komissarov. OKB Ilyushin: History of the Design Bureau and Its Aircraft. Hinkley, UK: Midland Publishing, 2004. ISBN 1-85780-187-3.
  • Gunston, Bill. The Osprey Encyclopedia of Russian Aircraft 1975–1995. London: Osprey, 1995. ISBN 1-85532-405-9.
  • Ilyushin IL-62. Aircraft of the World, no. 66, group 2. IMP (International Masters Publishers) AB, 1997.
  • Taylor, John W. R. Jane's All The World's Aircraft 1988–89. Coulsdon, UK: Jane's Defence Data, 1988. ISBN 0-7106-0867-5.
  • Thiel, Jorg: Airliner in Service Worldwide, No. 2: IL-62 (NARA-Verlag, 2001, ISBN 3-925671-20-X) (text in German and English).

External links

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Template:Portalbar Template:Ilyushin aircraft Lua error in Module:Authority_control at line 159: attempt to index field 'wikibase' (a nil value).

Date Tail number Location Casualties Summary Refs
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 СССР-06156 Zhukovsky Airfield, USSR Template:Nts/17 During a test flight at maximum takeoff weight, the aircraft pitched nose-up and climbed to approximately 3–4 metres (9.8–13.1 ft) before striking a concrete fence and crashing. [1]
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 SU-ARN Almaza Air Base, Egypt Template:Nts/59 Overran the runway after landing at an incorrect airport. [2]
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 DM-SEA Königs Wusterhausen, East Germany Template:Nts/156 Tail failure in flight caused loss of control and crash. A fire initiated by hot air at around 300 \degree C[convert: unknown unit] from a loose air-conditioning coupling melted wiring insulation, leading to electrical short circuits and ultimately structural failure. This was East Germany's deadliest aviation disaster. [3]
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 СССР-86671 Sheremetyevo, USSR Template:Nts/174 Aeroflot Flight 217 crashed approximately one kilometer short of the runway during a third nighttime landing attempt under poor weather conditions. The ILS system at Sheremetyevo was not operational at the time; cause remained undetermined. [4]
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 OK-DBF "near Damascus, Syria" "126"/128" "Flight ČSA 540 collided with terrain approximately 17 kilometres (11 mi) from the airport at midnight. Crew confusion over QNH/QFE altimeter settings due to language barriers possibly contributed." " [5]" "-

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"|СССР-86614" "|Havana, Cuba"

"67/69" "Aeroflot Flight 331 impacted power lines and crashed one kilometer short of the runway during an approach in adverse weather." " [6]" "-

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"|SP-LAA"

"near Warsaw Chopin Airport, Poland" "87/87" "LOT Polish Airlines Flight 007 crashed following loss of control caused by an uncontained failure of engine #2 during missed approach from New York. Engine debris damaged adjacent engines and severed control rods for rudder and elevators. Previous vibration issues and possible pre-existing turbine disc damage were factors." " [7]" "-

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"|СССР-86513"

"Mendeleyevo, Moscow Oblast, USSR" "90/90" "Aeroflot Flight 411 stalled and crashed after pilot shut down both left-side engines following false fire warnings caused by hot-air bleed leak. Resulting imbalance made control impossible." " [8]" "-

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"|СССР-86470"

"Luxembourg" "7/77" "Aeroflot Flight 343 veered off runway on landing after thrust reverser failure on engine #1 and crashed into a ravine." " [9]" "-

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"|P-889"

"Labé, Guinea" "23/23" "A Korean Airways charter flight crashed in mountainous terrain near Labé on route from Pyongyang to Conakry." " [10]" "-

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"|SP-LBG"

"Warsaw, Poland" "183/183" "LOT Polish Airlines Flight 5055 crashed after uncontained engine failure resulted in in-flight fire. Engine #2 exploded shortly after takeoff causing damage to other engines and cargo hold fire. Attempts to divert failed due to loss of control. Defective turbine shaft bearings were identified as cause." " [11]" "-

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"|DDR-SEW"

"Schönefeld Airport, East Germany" "7/77" 'Interflug Flight 102 overran runway on takeoff due to jammed elevators and rudder. Pilot aborted takeoff but flight engineer mistakenly shut down engines instead of applying reverse thrust. Maintenance error was root cause.' ' [12]' '-

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Date Tail number Location Casualties Description Refs
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