Tag Archives: Supersonic Transport

31 December 1968

The prototype Tupolev Tu-144, CCCP-68001, during its first flight, 31 December 1968.  The chase plane is a Mikoyan-Gurevich MiG-21I, which was modified to use the same wing profile as the Tu-144. (Tupolev PJSC, via Kazan National Research Technical University)

31 December 1968: At Zhukovsky Airport, located on the banks of the Moskva River, 22 miles (36 kilometers) southeast of central Moscow, the prototype Tupolev Tu-144 supersonic airliner took off on its first flight. Tupolev Design Bureau test pilot Eduard Vaganovich Elyan (Эдуа́рд Вага́нович Еля́н ) was the aircraft commander. The prototype, known as Izdeliye 044, carried the Soviet registration number CCCP-68001.

The flight lasted 37 minutes. The new airplane was reported as responsive and easy to fly. There were no significant problems.

This test flight took place two months before the first flight of the rival Aérospatiale Concorde supersonic airliner.¹

Tupolev Design Bureau test pilot Эдуа́рд Вага́нович Еля́н (Eduard Vaganovich Elyan) in the cockpit of the prototype Tupolev Tu-144. (Фото © Sputnik / Евгений Умнов ǁ armeniasputnik.am)
Tupolev Tu-144 prototype crew following the first flight. Eduard Elyan is at left. Andrei Nikolayevich Tupolev and Aleksey Andreevich Tupolev are at the center of the image. (Tupolev PJSC)

The Tupolev Tu-144 was prototype large four-engine double-delta-winged supersonic transport aircraft with a “droop” nose for improved low speed cockpit visibility. The airplane was assembled at Zhukovsky Airport from parts manufactured at the Tupolev Experimental Design Bureau plant (also known as OKB-156, or MMZ Opyt). It was flown by a flight test crew of four. The prototype completed 9 October 1968.

Izdeliye 044 was 59.50 meters (195 feet, 2.5 inches) long, with a wingspan of 27.65 meters (90 feet, 8.6 inches) and overall height of 11.35 meters (37 feet, 2.9 inches). The wing had an approximate area of 438 square meters (4,715 square feet). At the root, the double delta wing had a chord of 35.60 meters (116 feet, 9.6 inches). The fuselage was cylindrical with an external diameter of 3.00 meters (9 feet, 10.1 inches). The prototype had a maximum takeoff weight (MTOW) of 160,000 kilograms (352,740 pounds).

CCCP-68001 first went supersonic 5 June 1969. It reached Mach 2.02 on 26 May 1970. The highest speed reached by the prototype was Mach 2.30, and its highest altitude, 16,960 meters (55,643 feet). Izdeliye 044 made a total 180 flight hours over 120 flights. Its final flight took place 27 April 1973. The prototype was scrapped at Zhukovsky.

e Tupolev Tu-144 prototype rollout. (Tupolev PJSC)

Izdeliye 044 was powered by four Kuznetsov NK-144 engines with a maximum thrust of 171.6 kilonewtons (38,577 pounds thrust) per engine. Its maximum thrust while supersonic was 127.5 (28,663 pounds thrust). The NK-144 is a two-spool, axial-flow turbofan engine with afterburner. It uses a 2-stage fan section, 14-stage compressor section (11 high- and 3 low-pressure stages), and a 3-stage turbine (1 high- and 2 low-pressure stages). The NK-144 is 5.200 meters (17 feet, 0.7 inches) long, 1.500 meters (4 feet, 11.1 inches) in diameter and weighs 2,827 kilograms (6,233 pounds). (The prototype had all four engines placed side by side along the aircraft centerline).

Tupolev Tu-144 engines mounted side by side. (Tupolev PJSC)

The Tu-144 was intended to carry 120 passengers on international flights. It was designed to have a cruise speed of 2,200 kilometers per hour (1,367 miles per hour), a maximum speed of 2,443 kilometers per hour (1,518 miles per hour), and service ceiling of 18,500 meters (60,696 feet). Its planned range was 2,920 kilometers (1,814 statute miles).

Tupolev Tu-144 under construction. (Tupolev PJSC, via Kazan National Research Technical University)

The production Tupolev Tu-144 aircraft was lengthened 6.2 meters (20 feet, 4.1 inches), added canards, had changes to wing which included shortening the chord at the root 2.10 meters (6 feet, 10.7 inches), increasing the span 0.35 meters (1 foot, 1.8 inches), drooping and squaring off the wing tips, a significant increase in wing area, changes to engine placement and shape of the nacelles, and the location of the landing gear. The engines were upgraded to the improved NK144A.

The Tupolev Tu-144 was the first supersonic transport to enter service, 26 December 1975.² In actual commercial service, the Tu-144 was extremely unreliable. It was withdrawn from service after a total of just 102 commercial flights, including only 55 passenger flights.

A total of 17 Tu-144s were built, including one pre-production aircraft, five Tu-144S series production aircraft, and ten improved Tu-144Ds with Kolosev RD-36-51A engines. One of the Tu-144Ds, RA-77114, was converted to a Tu-144LL for the United States National Aeronautics and Space Administration (NASA). This airplane made its last flight in 1999.

Colonel Eduard Vaganovich Elyan

Eduard Vaganovich Elyan was born at Baku, Azerbaijan Soviet Socialist Republic, 20 August 1926. From 1938 he lived in Norilsk, Russian Soviet Federative Socialist Rrepublic, a recently established mining settlement in Krasnoyarsk Krai, approximately 185 miles (300 kilometers) north of the Arctic Circle. (Norilsk is now a large, closed city). He also lived in Moscow and Sverdlovsk.

Elyan attended the Sverdlovsk Air Force School in 1944, and entered the Soviet military in June of that year. He underwent initial pilot training at the 9th Military Aviation School at Buguruslan, Orenburg Oblast, Russia, then Borisglebsk Military Aviation School of Pilots, Voronezh Oblast, graduating in 1948. He remained there as a flight instructor until 1951.

From 1951 to 1953, Elyan attended the test pilot school at Zhukovsky. He then began working at the Flight Research Institute at Zhukovsky, in 1953.

From March 1958 through August 1960, Elyan served as a test pilot for the Sukhoi Design Bureau (OKB-51). He then went on to the Tupolev OKB, remaining there until December 1981.

In 1967, Elyan was named an Honored Test Pilot of the Soviet Union. In 1969, the Fédération Aéronautique Internationale (FAI) awarded him the Paul Tissandier Diploma for his accompliushments in aviation. On 26 April 1971, Elyan was named Hero of the Soviet Union, awarded the order of Lenin and the Gold Star Medal.

Tupolev Tu-144D CCCP-77111 on fire, 23 May 1978.

On 23 May 1978, Elyan made an emergency belly landing of a Tu-144D, CCCP-77111, in an open field near Yegoryevsk. During the airliner’s sixth test flight,  a fuel leak started a fire in the right wing. Three engines had to be shut down in succession and it was impossible to return to Ramenskoye Airport, where the flight had originated. The Tu-144D touched down at about 380 kilometers per hour (236 miles per hour). Two crewmen were killed when the nose cone collapsed on impact. The aircraft continued to burn after landing. The six survivors escaped. Elyan was seriously injured.

Wreckage of Tupolev Tu-144D CCCP-77111. (Tu-144 SST)

Elyan stopped test flying in 1982. He worked as an engineer for Mikoyan OKB. He retired in 1996.

Eduard Vaganovich Elyan died at Rostov-on-Don 6 April 2006. His remains were buried at the Northern Cemetery there.

grave

¹ See This Day in Aviation for 2 March 1969 at https://www.thisdayinaviation.com/2-march-1969/

² See This Day in Aviation for 26 December 1975 at https://www.thisdayinaviation.com/26-december-1975/

© 2024, Bryan R. Swopes

26 December 1975

An Aeroflot Tupolev Tu-144S supersonic transport, CCCP-77106, loading cargo at Demodovo before its third commercial flight, 1976. (© Valeriy A. Vladimirov)
An Aeroflot Tupolev Tu-144S supersonic transport, CCCP-77106, loading cargo at Demodovo before its third commercial flight, 1976. (© Valeriy A. Vladimirov)

26 December 1975: The Tupolev Tu-144S, 004-1, operated by Aeroflot (OAO Aeroflot-Rossiyskiye avialinii) under civil registration CCCP-77106, was the first supersonic transport to enter commercial service when it flew a regularly-scheduled 2,010 mile (3,240 kilometer) route from Moscow Domodedovo Airport to Almaty, Kazakhstan, carrying mail and freight.

004-1 was the first production Tu-144S delivered to Aeroflot. A prototype and a pre-production Tu-144S had been built first. There were a total of 16 Tu-144s completed, with nine production Tu-144S and five Tu-144D models. The first production Tu 144S, CCCP-77102, broke up in flight at the Paris Air Show, 2 June 1973.¹

Passengers board Aeroflot's Tu-144S CCCP-77106, 1976. (© Valeriy A. Vladimirov)
Passengers board Aeroflot’s Tu-144S CCCP-77106, 1976. (© Valeriy A. Vladimirov)

The Tu-144S was built by Tupolev OKB at the Voronezh Aviation Plant (VASO), Pridacha Airport, Voronezh. It is a large double-delta-winged aircraft with a “droop” nose for improved low speed cockpit visibility and retractable canards mounted high on the fuselage behind the cockpit. It was flown by a flight crew of three and was designed to carry up to 120 passengers.

77106 is 65.50 meters (215 feet, 6.6 inches) long, with a wingspan of 28.00 meters (91 feet, 10.4 inches). The tip of the vertical fin was 11.45 meters (37 feet, 6.8 inches) high. The 144S has a total wing are of 503 square meters (5,414 square feet). Its empty weight is 91,800 kilograms (202,384 pounds) and the maximum takeoff weight is 195,000 kilograms (429,901 pounds). (A number of Tu-144S airliners had extended wing tips, increasing the span to 28.80 meters (94 feet, 5.9 inches) and the wing area to 507 square meters (5,457 square feet).

The Tu-144S was powered by four Kuznetsov NK-144A engines. The NK-144 is a two-spool axial-flow turbofan engine with afterburner. It uses a 2-stage fan section, 14-stage compressor section (11 high- and 3 low-pressure stages), and a 3-stage turbine (1 high- and 2 low-pressure stages). It is rated at 147.0 kilonewtons (33,047 pounds of thrust) for supersonic cruise, and 178.0 kilonewtons (40,016 pounds of thrust) with afterburner for takeoff. The NK-144A is 5.200 meters (17 feet, 0.7 inches) long, 1.500 meters (4 feet, 11.1 inches) in diameter and weighs 2,827 kilograms (6,233 pounds).

The 144S has a cruise speed of Mach 2.07 (2,200 kilometers per hour/1,367 miles per hour) with a maximum speed of Mach 2.35 (2,500 kilometers per hour/1,553 miles per hour). The service ceiling is approximately 20,000 meters (65,617 feet). Its practical range is 3,080 kilometers (1,914 miles).

In actual commercial service, the Tu-144 was extremely unreliable. It was withdrawn from service after a total of just 102 commercial flights, including 55 passenger flights.

004-1 made its first flight 4 March 1975 at Voronezh. On 29 February 1980, it made its 320th and final flight when it was flown to the Central Air Force Museum of Russia at Monino, Russia. The airframe has a total flight time of 582 hours, 36 minutes.

Tupolev Tu-144S 004-1, CCCP-77106, at the Central Aviation Museum Monino. (© Danner Gyde Poulsen)
Tupolev Tu-144S 004-1, CCCP-77106, at the Central Aviation Museum Monino. (© Danner Gyde Poulsen)

¹ https://www.thisdayinaviation.com/3-june-1973/

© 2023, Bryan R. Swopes

24 October 2003

Concorde G-BOAG lands at LHR
Concorde G-BOAG lands at LHR. (www.concordest.com)

24 October 2003: At 4:05 p.m. BST, the final commercial flight of the British Airways Concorde came to an end with the landing of G-BOAG at London Heathrow Airport. It landed third in sequence with G-BOAE and G-BOAF after all three supersonic airliners had made a low pass over London.

G-BOAG had flown from New York under the command of Captain Mike Bannister, with First Officer Jonathan Napier and Engineer Officer David Hoyle. There were 100 celebrity passengers on board.

“Alpha Golf,” British Aerospace serial number 100-214, was the final Concorde built in Britain, and, at its retirement, was the lowest-time Concorde in British Airway’s fleet. It first flew at Filton, 21 April 1978, registered G-BFKW. It was delivered to British Airways 6 February 1980. In 1981, 100-214 was re-registered as G-BOAG. During the early 1980s, it was taken out of service and used as a source for parts for the other Concordes, but returned to airworthy status in 1985.

After a series of farewell flights, G-BOAG was retired to The Museum of Flight, Seattle, Washington. It had flown 16,239 hours, made 5,066 takeoffs and landings and had gone supersonic 5,633 times.

Captain Bannister with Concorde, London Heathrow Airport, 2016. (British Airways)

© 2018, Bryan R. Swopes

21 January 1976

British Airways' Concorde G-BOAA departing Heathrow, 11:40 a.m., 21 January 1976. (Adrian Meredith/British Airways)
British Airways’ Concorde G-BOAA departing Heathrow, 11:40 a.m., 21 January 1976. (Adrian Meredith/British Airways)

21 January 1976: The first scheduled supersonic passenger airliners, Air France’s Concorde F-BVFA, and British Airways’ Concorde G-BOAA, took off simultaneously at 11:40 a.m. F-BVFA departed Paris en route Rio de Janero, with a stop at Dakar, and G-BOAA departed London Heathrow en route Bahrain.

Air France Flight AF 085 was flown by Commandant de bord, Captain Pierre Jean Louis Chanoine-Martiel, with Captain Pierre Dudal, Chief Pilot, Concorde Division, as co-pilot; and Officier Mécanicien Navigant (Flight Engineer) André Blanc.

Flight crew of F-BVFA, 21 January 1976. Left to right: Co-pilot, Captain Pierre Dudal, Chief Pilot, Concorde Division; Second Officer André Blanc, Officier Mécanicien Navigant; and Captain Pierre Chanoine-Martiel, Commandant du bord. (Air France/Musée de l’Air et de l’Espace, Aéroport de Paris – Le Bourget)

The British Airways’ flight, BA 300, using the call sign “Speedbird Concorde,” was crewed by Captain Norman Victor Todd, Captain Brian James Calvert and Flight Engineer John Lidiard. The British Aircraft Corporation’s Chief Test Pilot, Ernest Brian Trubshaw, C.B.E., M.V.O., was also aboard.

British Airways flight crew, Left to Right: Senior Engineer Officer John Lidiard; Captain Brian James Calvert; Senior Test Pilot Brian Trubshaw; and Captain Norman Victor Todd. (British Airways)
Concorde inaugural flights, 21 January 1976. (Heritage Concorde)

G-BOAA arrived on time at 15:20. F-BVFA, after a delay at Dakar, arrived at Rio de Janeiro at 19:00.

Air France Concorde F-BVFA. (Aérospatiale/Musée de l’Air et de l’Espace, Aéroport de Paris – Le Bourget)

In 1977, the Royal Aero Club awarded its Britannia Trophy to Captain Todd for “the most meritorious performance in aviation during 1976.”

© 2019, Bryan R. Swopes