|Single-seat MiG-15 of the Polish Air Force in Museum Uzbrojenia in Poznań|
|First flight||30 December 1947|
|Status||Trainers in service|
|Primary users||Soviet Air Force
PLA Air Force
Korean People's Air Force
|Number built||~12,000 + ~6,000 under licence|
|Developed into||Mikoyan-Gurevich MiG-17|
The Mikoyan-Gurevich MiG-15 (Russian: Микоян и Гуревич МиГ-15; NATO reporting name: "Fagot") is a jet fighter aircraft developed by Mikoyan-Gurevich OKB for the Soviet Union. The MiG-15 was one of the first successful swept-wing jet fighters, and achieved fame in the skies over Korea, where, early in the war, it outclassed all straight-winged enemy fighters in most applications.
Later, the MiG-15 would also serve as a starting point for the development of the more advanced MiG-17. The MiG-15 is believed to have been one of the most widely produced jet aircraft ever made; in excess of 12,000 were manufactured. Licensed foreign production may have raised the production total to over 18,000. The MiG-15 is often mentioned, along with the North American F-86 Sabre, as the best fighter aircraft of the Korean War, and among the best fighter aircraft of all time.
- 1 Design and development
- 2 Operational history
- 3 Production
- 4 Variants
- 5 Operators
- 6 Survivors
- 7 Specifications (MiG-15bis)
- 8 See also
- 9 References
- 10 External links
Design and development
||The neutrality of this article is disputed. (December 2013)|
The first turbojet fighter developed by Mikoyan-Gurevich was the Mikoyan-Gurevich MiG-9 (NATO reporting name: Fargo) which appeared in the years immediately after World War II. It used a pair of reverse-engineered German BMW 003 engines. The MiG-9 was a troublesome design which suffered from weak, unreliable engines and control problems. Categorized as a first-generation jet fighter, it was designed with the straight-style wings common to piston-engined fighters.
The Germans just failed to have their turbojets with thrust over 1,130 kilograms (2,490 lb) running at the time of the capitulation in May 1945 which limited the performance of immediate Soviet postwar jet aircraft designs. They did inherit the technology of the very advanced axial compressor Junkers 012 and BMW 018 Jets that, in the class of the later Rolls-Royce Avon were some years ahead of the currently available British Rolls-Royce Nene engine. The Soviet aviation minister Mikhail Khrunichev and aircraft designer A. S. Yakovlev therefore suggested to Premier Joseph Stalin that the USSR buy the conservative but fully developed Nene engines from Rolls-Royce for the clandestine purpose copying them in a minimum of time. Somewhat logically, Stalin is said to have replied, "What fool will sell us his secrets?"
However, he gave his consent to the proposal and Mikoyan, engine designer Vladimir Klimov, and others traveled to the United Kingdom to request the engines. To Stalin's amazement, the British Labour government and its Minister of Trade, Sir Stafford Cripps, were perfectly willing to provide technical information and a license to manufacture the Rolls-Royce Nene. Sample engines were purchased and delivered with blueprints. Following evaluation and adaption to Russian conditions, the windfall technology was tooled for mass-production as the Klimov RD-45 without any compensation to be incorporated into the MiG-15. Rolls-Royce later attempted to claim £207 million in license fees, under the expectation of which the original sale was made.
To take advantage of the new engine, the Council of Ministers ordered the Mikoyan OKB to build two prototypes for an advanced high-altitude daytime interceptor to defend against bombers. It was to have a top speed of 1,000 kilometres per hour (620 mph) and a range of 1,200 kilometres (750 mi).
Designers at MiG's OKB-155 started with the earlier MiG-9 jet fighter. The new fighter used Klimov's British-derived engines, swept wings, and a tailpipe going all the way back to a swept tail. The German Me 262 was the first fighter fitted with an 18.5° wing sweep, but it was introduced merely to adjust the center of gravity of its heavy engines. Further experience and research during World War II later established that swept wings would give better performance at transonic speeds. At the end of World War II, the Soviets seized most of the assets of Germany's aircraft industry. The MiG team studied many of these plans, prototypes and documents, particularly swept-wing research and designs. The swept wing later proved to have a decisive performance advantage over straight-winged jet fighters when it was introduced into combat over Korea.
The design that emerged had a mid-mounted 35-degree swept wing with a slight anhedral and a tailplane mounted up on the swept tail. Western analysts noted that it strongly resembled Kurt Tank's Focke-Wulf Ta 183, which was a follow-on to the Me 262 that never progressed beyond the design stage. While the majority of Focke-Wulf engineers (in particular, Hans Multhopp, who led the Ta-183 development team) were captured by Western armies, the Soviets did capture plans and prototypes for the Ta-183. The MiG-15 bore a much stronger likeness than the American F-86 Sabre which also incorporated German research. The new MiG retained the previous straight-winged MiG-9's wing and tailplane placement, and the F-86 inherited its low-wing from the Royal Navy Sea Fury (which in turn had wings similar to the P-51). The two aircraft were otherwise similar enough in appearance to prompt US forces to paint their planes with bright stripes to distinguish them. It has been argued that the MiG-15 design team drew some limited inspiration from the Ta-183, but it is disputed that it was heavily influenced. What is indisputable is that had the German designers been ordered to adapt the Ta-183 to the dimensions of the Nene engine a very similar aircraft to the Mig-15 would have come out, like Kurt Tank's later Pulqui II in Argentina. One conclusion is that the MiG-15 is a design benefiting from German research, but conceived, designed, engineered, and produced by the Soviets with an undefined amount of German assistance. Indeed, all the development work by German scientists was overseen by an appointed Soviet personality, whose Slavic name was to take credit for the formally "all-Soviet" design. The MiG-8 Utka experimental canard aircraft, built right at the conclusion of World War II by the MiG design bureau also lent experience in the use of swept wings on later Mikoyan designs. In Germany, the famed Heinkel designer Siegfried Günter is sometimes cited as having had a major influence. The Mig 15 was certainly the best Aircraft ever to use the Nene engine. Contemporary British applications for the Nene such as the Supermarine Attacker and the more elegant Hawker Seahawk given the same quality pilots would have been lame ducks by comparison.
The resulting prototypes were designated as I-310. The I-310 was a swept-wing fighter with 35-degree sweep in wings and tail, with two wing fences fitted to each wing to improve airflow over the wing. The design used a single Rolls-Royce Nene fed by a split-forward air intake. A duct carried intake air around the cockpit area and back together ahead of the engine. Its first flight was 30 December 1947, some two months after the American F-86 Sabre had first flown. It demonstrated exceptional performance, reaching 1,042 kilometres per hour (647 mph) at 3,000 metres (9,800 ft).
The Soviet Union's first swept-wing jet fighter was actually the underpowered Lavochkin La-160 which was otherwise more similar to the MiG-9. The Lavochkin La-168, which reached production as the Lavochkin La-15, used the same engine as the MiG but used a shoulder mounted wing and t-tail; it was the main competitive design. Eventually, the MiG design was favored for mass production. Designated MiG-15, the first production example flew on 31 December 1948. It entered Soviet Air Force service in 1949, and subsequently received the NATO reporting name "Fagot." Early production examples had a tendency to roll to the left or to the right due to manufacturing variances, so aerodynamic trimmers called "nozhi" (knives) were fitted to correct the problem, the knives being adjusted by ground crews until the aircraft flew correctly.
An improved variant, the MiG-15bis ("second"), entered service in early 1950 with a Klimov VK-1 engine, an improved version of the RD-45/Nene, plus minor improvements and upgrades. Visible differences were a headlight in the air intake separator and horizontal upper edge airbrakes. The 23 mm cannons were placed more closely together in their undercarriage. Some "bis" aircraft also adopted under-wing hardpoints for unguided rocket launchers or 50–250 kg (110–550 lb) bombs. Fighter-bomber modifications were dubbed "IB", "SD-21", and "SD-5". About 150 aircraft were upgraded to SD-21 specification during 1953–1954. An unknown number of aircraft were modified to "IB" specification in the late 1950s.
The MiG-15 arguably had sufficient power to dive at supersonic speeds, but the lack of an "all-flying" tail greatly diminished the pilot's ability to control the aircraft as it approached Mach 1. As a result, pilots understood they must not exceed Mach 0.92, where the flight surfaces became ineffective. Additionally, the MiG-15 tended to spin after it stalled, and often the pilot could not recover. Later MiGs incorporated all-flying tails.
The MiG-15 was originally intended to intercept American bombers like the B-29. It was even evaluated in mock air-to-air combat trials with a captured U.S. B-29, as well as the later Soviet B-29 copy, the Tu-4 "Bull". To ensure the destruction of such large bombers, the MiG-15 carried cannons: two 23 mm with 80 rounds per gun and a single 37 mm with 40 rounds. These weapons provided tremendous punch in the interceptor role, but their limited rate of fire and relatively low velocity made it more difficult to score hits against small and maneuverable enemy jet fighters in air-to-air combat. The 23 mm and 37 mm also had radically different ballistics, and some United Nations pilots in Korea had the unnerving experience of 23 mm shells passing over them while the 37 mm shells flew under. The cannons were fitted into a simple pack that could be winched out of the bottom of the nose for servicing and reloading, allowing pre-prepared packs to be rapidly swapped out. (Some sources mistakenly claim the pack was added in later models.)
Many MiG-15 variants were built, but the most common was the MiG-15UTI (NATO reporting name "Midget") two-seat trainer. Because Mikoyan-Gurevich never mass-produced the transition training versions of the later MiG-17 or MiG-19, the MiG-15UTI remained the sole Warsaw Pact advanced jet trainer well into the 1970s, the primary training role being fulfilled exclusively by Czechoslovak Aero L-29 Delfin and the L-39 Albatros jet trainers (save for Poland, which used their indigenous TS-11 Iskra jets). While China produced two-seat trainer versions of the later MiG-17 and MiG-19, the Soviets felt that the MiG-15UTI was sufficient for their needs and did not produce their own trainer versions of those aircraft.
The MiG-15 was widely exported, with the People's Republic of China receiving MiG-15bis models in 1950. Chinese MiG-15s took part in the first jet-versus-jet dogfights during the Korean War. The swept-wing MiG-15 quickly proved superior to the first-generation, straight-wing jets of western air forces such as the F-80 and British Gloster Meteor, as well as piston-engined P-51 Mustangs and Vought F4U Corsairs with the MiG-15 of First Lieutenant Semyon Fyodorovich Khominich scoring the first jet-vs-jet victory in history when he bagged the F-80C of Frank Van Sickle, who died in the encounter (the USAF credits the loss to the action of the North Korean flak).[unreliable source?] Only the F-86 Sabre, with its highly trained pilots, was a match for the MiG.
Its baptism of fire occurred during the last phases of the Chinese Civil War (1946–49). During the first months of 1950, the aviation of Nationalist China attacked from Taiwan the communist position in continental China, especially Shanghai. Mao Zedong requested the military assistance of the USSR, and the 50th IAD (Истребительная Авиадивизия, ИАД; Istrebitelnaya Aviadiviziya; Fighter Aviation Division) equipped with the MiG-15bis was deployed south of the People's Republic of China. On 28 April 1950, Captain Kalinikov shot down a P-38 of the Kuomintang, scoring the first aerial victory of the MiG-15. Another followed on 11 May, when Captain Ilya Ivanovich Schinkarenko downed the B-24 Liberator of Li Chao Hua, commander of the 8th Air Group of the nationalist Air Force.
The Korean War (1950–1953)
When the ongoing Korean War escalated with the North Korean offensive of 25 June 1950, the Northern Air Force was equipped with World War II-vintage Soviet prop-driven fighters, including 93 Il-10s and 79 Yak-9Ps. The North Korean Air Force had roughly 93 Il-10s, 79 Yak-9Ps, and 40–50 assorted transport/liaison/trainer aircraft". The vast numerical and technical superiority of the USAF, led by advanced jets such as Lockheed F-80 Shooting Star and Republic F-84 Thunderjet fighters, quickly brought air superiority, thus laying North Korea's cities bare to the destructive power of USAF B-29 bombers which, together with Navy and Marine aircraft, roamed the skies largely unopposed for a time.
In February 1950 50th IAD had already been moved to China to support PLAAF defending Shangai and begin training Chinese pilots in the MiG-15. The Soviet pilots and technicians that were already in China relocated from Shanghai to northeast China at the end of 1950. In the Soviet Union more MiG-15 pilots were recruited, the volunteers had to be younger than 27 years and priority was given to the WW2 veterans. They formed the 29th GvIAP, which formed the core of the Soviet unit, the 64th Fighter Aviation Corps (64th IAK).
The MiG-15's performance amazed its Western opponents. The British Chief of the Air Staff said "Not only is it faster than anything we are building today, but it is already being produced in very large numbers . . . The Russians, therefore, have achieved a four year lead over British development in respect of the vitally important interceptor fighter". The MiG-15 proved very effective in its designed role against formations of B-29 heavy bombers, shooting down numerous bombers. In a match-up with the F-86, the results were not as clear-cut though Americans claimed that the F-86 had the advantage in combat kills. The Soviet 64th IAK (Fighter Aviation Corps) claimed 1,106 UN aircraft destroyed in the Korean War, compared to Allied records that 142 Allied aircraft were downed by the Soviet MiG-15 pilots. Western experts do acknowledge many Soviet pilots earned bigger individual scores than their American counterparts due to a number of factors, though overall figures of NATO were probably overstated.
For many years, the participation of Soviet aircrews in the Korean War was widely suspected by the United Nations forces, but consistently denied by the Soviet Union. With the end of the Cold War, however, Soviet pilots who participated in the conflict have begun to reveal their role. Soviet aircraft were adorned with North Korean or Chinese markings and pilots wore either North Korean uniforms or civilian clothes to disguise their origins. For radio communication, they were given cards with common Korean words for various flying terms spelled out phonetically in Cyrillic characters. These subterfuges did not long survive the stresses of air-to-air combat, however, as pilots routinely communicated (cursed) in Russian. Soviet pilots were prevented from flying over areas in which they might be captured, which would indicate that the Soviet Union was officially a combatant in the war.
The USSR never acknowledged that its pilots ever flew over Korea during the Cold War. Americans who intercepted radio traffic during combat confirmed hearing Russian-speaking voices, but only the Communist Chinese and North Korean combatants took responsibility for the flying. Until the publishing of recent books by Chinese and Russian and other ex-Soviet authors, such as Zhang Xiaoming, Leonid Krylov, Yuriy Tepsurkaev and Igor Seydov, little was known of the actual pilots. The Americans recognized the techniques of their opponents whom they called "honchos", and dubbed "MiG Alley" the site of numerous dogfights in the northwestern portion of North Korea where the Yalu River empties into the Yellow Sea.
The Soviet fighters operated close to their bases, limited by the range of their aircraft, and were guided to the air battlefield by good ground control, which directed them to the most advantageous position. They weren't allowed to cross an imaginary line drawn from Wosan to Pyongyang, and never to fly over sea. The MiG-15s always operated in pairs, with an attacking leader covered by a wingman. Most of the first regimental, squadron commanders and pilots in 1951 were World War II combat veterans, and were well prepared and trained. But from February 1952, when the crack pilots of the 303rd and 324th IAD were largely replaced by rookies, inexperienced and ill prepared, F-86 Sabres and their well-trained US pilots would keep the edge until the end of the war. The only other advantage the Sabre pilots had was Chodo Island radar station, which provided radar coverage of MiG Alley.
Large formations of MiGs would lie in wait on the Chinese side of the border. When UN aircraft entered MiG Alley, these MiGs would swoop down from high altitude to attack. If the MiGs ran into trouble, they would try to escape back over the border into China. Soviet MiG-15 squadrons operated in big groups, but the basic formation was a 6-plane group, divided into 3 pairs, each composed of a leader and a wingman:
- The first pair of MiG-15s attacked the enemy Sabres.
- The second pair protected the first pair.
- The third pair remained above, supporting the two other pairs when needed. This pair had more freedom and it could also attack targets of opportunity, such as lone Sabres that had lost their wingmen.
In April 1950, Soviet MiG-15 flown by Soviet pilots first appeared over Shanghai, thwarting a Nationalist Chinese bomb campaign. The Soviets had secretly deployed MiG-15s to Antung next to the border with North Korea in August 1950 and were training Chinese MiG-15 pilots when China entered the war in support of North Korea. By October, the Soviet Union had agreed to provide air regiments of state-of-the-art Soviet-designed and -built MiG-15 fighters, along with the trained crews to fly them. Simultaneously, the Kremlin agreed to supply the Chinese and North Koreans with their own MiG-15s, as well as train their pilots. In November 50th IAD was ordered to join the fight with its MiG-15s, with their noses painted in red and North Korean markings, and more MiG-15 units were moved to the Far East. On 1 November 1950, eight MiG-15s intercepted about 15 F-51D Mustangs of the United States Air Force (USAF) and First Lieutenant Fyodor V. Chizh shot down the F-51D of Aaron Abercombrie, killing the American pilot. Three MiG-15s of the same unit intercepted 10 F-80 Shooting Stars, and First Lieutenant Semyon Fyodorovich Khominich scored the first jet-vs-jet victory in history when he downed the F-80C of Frank Van Sickle, who would also perish (USAF credits both losses to the action of the North Korean flak). However on 9 November, the Soviet MiG-15 pilots suffered their first loss when Lieutenant Commander William T. Amen off the aircraft carrier USS Philippine Sea shot down and killed Captain Mikhail F. Grachev while flying a Grumman F9F Panther.
To counter this unexpected turn of events, three squadrons of the F-86 Sabre, America's only operational jet with swept wings were quickly rushed to the Far East in December. On 17 December 1950, Lieutenant Colonel Bruce H. Hinton forced Major Yakov Nikanorovich Yefromeyenko to eject from his burning MiG. In the following days, both sides traded punches, with Captain Nikolay Yefremovich Vorobyov shooting down the F-86A of Captain Lawrence V. Bach in his MiG-15bis on 22 December 1950. Both sides exaggerated their claims of aerial victories that month. Sabre fliers claimed eight MiGs, and the Soviets 12 F-86s; the actual losses were three MiGs and at least four Sabres.
In October 1950 Stalin had promised to send ground forces weaponry to China and to transfer 16 aviation regiments to the northeastern area to protect Chinese territory. The MiG-15 squadrons earmarked for Korea were drawn from elite units, as opposed to the inexperienced MiG-15 pilots the US had fought in the winter of 1950. The first large Soviet aviation unit sent to Korea, 324th IAD, was an air defense interceptor division commanded by Colonel Ivan Kozhedub, who, with sixty-two victories, was the top Soviet ace of World War II. In November 1950 151st and 28th IAD plus the veteran 50th IAD were reorganized into the 64th IAK (Air Fighter Corps).
At the end of 1950 the Soviet Union assigned a new unit to support China, the 324th IAD (made up of two regiments: 176th GIAP and 196th IAP). At that time, a MiG-15 interceptor regiment numbered thirty-five to forty aircraft, and a division usually included three regiments. When the new unit arrived to air bases along the Yalu River in March 1951 it had undergone preliminary training at Soviet bases in the neighboring Maritime Military Districts and started an intense period of air-to-air training in the MiG-15. The Soviets trained alongside Chinese and Korean pilots. Both regiments of the 324th IAD redeployed to the forward airbase in Antung, and entered into battle in early April 1951. 303rd IAD of General Georgiy A. Lobov arrived in Korea in June of that same year and commenced combat operations in August.
MiG pilots were instructed to jump the American formations in co-ordinated attacks from different directions, using both height and high speed in their favor. These tactics were tested on 12 April 1951 when forty-four MiG-15s faced an American formation made up of forty-eight B-29 Superfortresses escorted by ninety-six jet fighters. The Soviet air units claimed to have shot down 29 American aircraft through the rest of the month: 11 F-80s, seven B-29s and nine F-51s. 23 out of these 29 claims match acknowledged losses, but US sources assert that most of them were either operational or due to AAA, admitting only four B-29s (a downed B-29, plus two B-29s and a RB-29 which crash-landed or were damaged beyond repair). US historians agree that the MiG-15 gained aerial superiority over northwestern Korea.
Those first encounters established the main features of the aerial battles of the next two and a half years. The MiG-15 and MiG-15bis had a higher ceiling than all versions of the Sabre – 15,500 m (50,900 ft) versus 14,936 m (49,003 ft) of the F-86F – and accelerated faster than F-86A/E/Fs due to their better thrust-to-weight ratio – 1,005 km/h (624 mph) versus 972 km/h (604 mph) of the F-86F. The MiG-15's 2,800 m (9,200 ft) per minute climbing rate was also greater than the 2,200 m (7,200 ft) per minute of the F-86A and -E (the F-86F matched the MiG-15s rate). A better turn radius above 10,000 m (33,000 ft) further distinguished the MiG-15, as did more powerful weaponry – one 37 mm N-37 cannon and two 23 mm NR-23 cannons, versus the inferior hitting power of the six 12.7 mm (.50 in) machine guns of the Sabre. But the MiG was slower at low altitude – 935 km/h (581 mph) in the MiG-15bis configuration as opposed to the 1,107 km/h (688 mph) of the F-86F. The Soviet World War II-era ASP-1N gyroscopic gunsight was less sophisticated than the accurate A-1CM and A4 radar ranging sights of the F-86E and -F. All Sabres turned tighter below 8,000 m (26,000 ft).
Thus if the MiG-15 forced the Sabre to fight in the vertical plane, or in the horizontal one above 10,000 m (33,000 ft), it gained a significant advantage. Furthermore, a MiG-15 could easily escape from a Sabre by climbing to its ceiling, knowing that the F-86 could not follow him. Below 8,000 m (26,247 ft) however, the Sabre had a slight advantage over the MiG in most aspects excluding climb rate, especially if the Soviet pilot made the mistake of fighting in the horizontal plane.
The main mission of the MiG-15 was not to dogfight the F-86, but to counter the USAF Boeing B-29 Superfortress bombers. This mission was assigned to the elite of the Soviet Air Force (VVS), in April 1951 to the 324th IAD of Colonel Ivan Kozhedub, the World War II Allied "Ace of Aces", and later to the 303rd IAD of General Georgiy A. Lobov, who arrived to Korea in June of that same year.
A total of 44 MiG-15s achieved victories[clarification needed] in that mission on 12 April 1951 when they intercepted a large formation of 48 B-29 Superfortresses, 18 F-86 Sabres, 54 F-84 Thunderjets and 24 F-80 Shooting Stars heading towards the bridge linking North Korea and Red China over the Yalu river in Uiju. When the ensuing battle was finished, the experienced Soviet fliers had shot down or damaged beyond repair 10 B-29As, one F-86A and three F-80Cs for the loss of only one MiG.
U.S. strategic bombers returned the week of 22–27 October to neutralize the North Korean aerodromes of Namsi, Taechon and Saamchan, taking further losses to the MiG-15. On 23 October 1951, 56 MiG-15bis intercepted nine Superfortresses escorted by 34 F-86s and 55 F-84Es. In spite of their numerical inferiority, the Soviet airmen shot down or damaged beyond repair eight B-29As and two F-84Es, losing only one MiG in return and leading Americans to call that day "Black Tuesday". The most successful Soviet pilots that day were Lieutenant Colonel Aleksandr P. Smorchkov and 1st Lieutenant Dmitriy A. Samoylov. The former shot down a Superfortress on each of 22, 23 and 24 October. Samoylov added two F-86As to his tally on 24 October 1951, and on 27 October shot down two more aircraft: a B-29A and an F-84E. These losses among the heavy bombers forced the Far East Air Force's High Command to cancel the precision daylight attacks of the B-29s, and only undertake radar-directed night raids.
From November 1951 to January 1952 both sides tried to achieve air superiority over the Yalu, or at least tried to deny it to the enemy, and in consequence the intensity of the aerial combats reached peaks not seen before between MiG-15 and F-86 pilots. During the period from November 1950 to January 1952, no less than 40 Soviet MiG-15 pilots were credited as aces, with five or more victories. Soviet combat records show that the first pilot to claim his fifth aerial victory was Captain Stepan Ivanovich Naumenko on 24 December 1950. The honor falls to Captain Sergei Kramarenko, when on 29 July 1951, he scored his actual fifth victory. Approximately 16 out of those 40 pilots actually became aces, the most successful being Major Nikolay Sutyagin, credited with 22 victories, 13 of which were confirmed by the US; Colonel Yevgeny Pepelyaev with 19 claims, 15 confirmed victories; and Major Lev Shchukin – 17 credited, 11 verified.
The MiG leaders, enjoying the advantage from the ground and the tactical advantage of an aircraft with superior altitude performance were able to dictate the tactical situation at least until the battle was started. They could decide to fight or stay out as they wished. The advantage of radar control from the ground also allowed the MiGs, if desired, to pass through the gaps in the F-86 patrol pattern.
First rotation: January 1952 to July 1952
At the end of January 1952, 303rd IAD was replaced by the 97th (16th and 148th IAP) and in February 324th IAD was replaced by 190th IAD (256th, 494th and 821st IAP). These new units were poorly trained, the bulk of the pilots having only 50–60 hours flying the MiG. Consequently those units suffered great losses by the now better prepared American Sabre pilots. At least two Soviet fliers became aces during that period: Majors Arkadiy S. Boytsov and Vladimir N. Zabelin, with six and nine victories respectively.
During the six months of February to July 1952 they lost 81 MiGs, and 34 pilots were killed by F-86s, and in return they only shot down 68 UN aircraft (including 36 F-86s). The greatest losses came on 4 July 1952, when 11 MiGs were downed by the Sabres, with one pilot killed in action. Contributing to all this was the secret "Maple Special" Operation, a plan by Colonel Francis Gabreski to cross the Yalu river into Manchuria (something officially forbidden) and catch the MiGs unaware during their takeoffs or landings, when they were at disadvantage: flying slow, at a low level, and sometimes short of ammunition and fuel.
Even under these circumstances, MiG-15 pilots would score at least two important victories against American aces:
- 10 February 1952: Major George Andrew Davis, Jr., an ace credited with 14 victories, 10 confirmed by Communist sources, was shot down and killed. The victor's identity was disputed between 1st Lieutenant Mikhail Akimovich Averin and Zhang Jihui.
- 4 July 1952: A few seconds after shooting down 1st Lieutenant M. I. Kosynkin, future ace Captain Clifford D. Jolley was forced to eject out of his crippled F-86E after being caught by surprise by MiG-15bis pilot 1st Lieutenant Vasily Romanovich Krutkikh.
Third Rotation: July 1952 – July 1953
In May 1952 new and better trained PVO divisions, 133rd and 216th IAD, arrived to Korea. They would replace the 97th and 190th by July 1952, and if they could not take aerial superiority away from the now well prepared Americans, then they certainly neutralized it between September 1952 and July 1953. In September 1952 32nd IAD also started combat operations. Again, the figures of victories and losses in the air are still debated by historians of the USA and of the former Soviet Union, but on at least three occasions, Soviet MiG-15 aces gained the upper hand against Sabre aces:
- 7 April 1953: The 10-kill ace Captain Harold E. Fischer was shot down over Manchuria shortly after causing damage to a Chinese and a Soviet MiG over Dapu airbase in Manchuria. The attacker's identity was disputed between 1st Lieutenant Grigoriy Nesterovich Berelidze and Han Dechai.
- 12 April 1953: Captain Semyon Alekseyevich Fedorets, a Soviet ace with eight victories, shot down the F-86E of Norman E. Green, but shortly afterward was attacked by the future top American ace of the Korean War, Captain Joseph C. McConnell. In the ensuing dogfight, they shot each other down, ejecting and being rescued safely.
- 20 July 1953: During a raid deep into Manchuria, and after shooting down two Chinese MiGs, Majors Thomas M. Sellers and Stephen L. Bettinger (the second an ace with five kills) tried to catch by surprise two Soviet MiG-15s that were landing in Dapu. The Soviet fliers skillfully forced the Americans to overshoot, reversed direction and shot both down: Captain Boris N. Siskov forced Bettinger to bail out and his wingman 1st Lieutenant Vladimir I. Klimov killed Major Sellers. This was Siskov's fifth victory, making him the last ace of the Korean War. Those were also the last Sabres downed by Soviet fliers in the war.
The MiG-15 threat forced the FEAF to cancel the B-29 daylight raids in favor of night radar-guided missions from November 1951 onwards. Initially this presented a threat to Communist defenses, as their only specialized night-fighting unit was equipped with the prop-driven Lavochkin La-11, inadequate for the task of intercepting the B-29. Part of the regiment was re-equipped with the MiG-15bis, and another night-fighting unit joined the fray, causing American heavy bombers to suffer losses again. Between 21:50 and 22:30 on 10 June 1952 four MiG-15bis attacked B-29s over Sonchon and Kwaksan. Lieutenant Colonel Mikhail Ivanovich Studilin damaged a B-29A beyond repair, forcing it to make an emergency landing at Kimpo Air Base. A few minutes later, Major Anatoly Karelin added two more Superfortresses to his tally. Studilin and Karelin's wingmen, Major L. A. Boykovets and 1st Lieutenant Zhahmany Ihsangalyev, also damaged one B-29 each. Anatoly Karelin eventually became an ace with six kills (all B-29s at night). In the aftermath of these battles, B-29 night sorties were cancelled for two months. Originally conceived to shoot down rather than escort bombers, both of America's state-of-art jet night fighters – the F-94 Starfire and the F3D Skyknight – were committed to protect the Superfortresses against MiGs.
The MiG-15 was less effective in getting past the Marine Corps ground-based two-seat F3D Skyknight night fighters assigned to escort B-29s after the F-94 Starfires proved ineffective. What the squat planes lacked in sheer performance, they made up with the advantage of a search radar which enabled the Skyknight to see its targets clearly while the MiG-15's directions to find bomber formations were of little use in seeing escorting fighters. On the night of 2–3 November 1952, a Skyknight with pilot Major William Stratton and radar operator Hans Hoagland damaged the MiG-15 of Captain V. D. Vishnyak. Five days later, Oliver R. Davis with radar operator D.F. "Ding" Fessler downed a MiG-15bis; the pilot, Lieutenant Ivan P. Kovalyov, ejected safely. Skyknights claimed five MiG kills with no losses of their own, and no B-29s escorted by them were lost to enemy fighters. However, the duel was not one-sided: on the night of 16 January 1953, an F3D almost did fall to a MiG, when the Skyknight of Captain George Cross and Master Sergeant J. A. Piekutowski suffered serious damage in an attack by a Soviet MiG-15bis; with difficulty, the Skyknight returned to Kunsan Air Base. Three and a half months later, on the night of 29 May 1953, Chinese MiG-15 pilot Hou Shujun of the PLA Air Force shot down over Anju a F3D-2; Capt. James B. Brown and Sgt. James V. Harrell still remain missing in action.
In a Royal Navy Sea Fury flying from a light fleet carrier  FAA pilot Lieutenant Peter "Hoagy" Carmichael downed a MiG-15 on 8 August 1952, in air-to-air combat. The Sea Fury would be one of the few prop-driven fighter aircraft to shoot down a jet fighter. On 10 September 1952, Captain Jesse G. Folmar shot down a MiG-15 with an F4U Corsair, but was himself downed by another MiG.
The figures given by the Soviet sources indicate that the MiG-15s of the 64th IAK (the fighter corps which included all the divisions that rotated through the conflict) performed 60,450 daylight combat sorties and 2,779 night ones, engaged the enemy in 1,683 daylight aerial battles and 107 at night, claiming to have shot down 1,097 UN aircraft over Korea, including 647 F-86s, 185 F-84s, 118 F-80s, 28 F-51s, 11 F-94s, 65 B-29s, 26 Gloster Meteors and 17 aircraft of different types.
Chinese and Korean MiGs
The Soviet VVS and PVO were the primary users of the MiG-15 during the war, but not the only ones; it was also used by the People's Air Forces of China and North Korea (known as the United Air Army). Despite bitter complaints from the Soviet Union, which was repeatedly requesting the Chinese to accelerate the introduction of MiG-15 new units, the Chinese were relatively slow in this process at the time, and by 1951 there were only two regiments flying MiG-15bis as night fighters. Being not completely trained and equipped, both units were used only for the defence of China, but they became involved in interception of USAF reconnaissance aircraft, some of which went very deep over China.
By September 1951, with enough MiG-15s in the Yalu area, Soviet and Chinese leaders were confident enough to begin planning the deployment of Chinese and new North Korean MiG-15 regiments outside Chinese sanctuaries. Excluding a brief episode in January 1951, the Chinese Air Force did not see action until 25 September 1951, when 16 MiG-15s engaged Sabres, with pilot Li Yongtai claiming a victory but losing a MiG and its pilot. The North Korean unit equipped with the MiG-15 got into action a year later, in September 1952. From then until the end of the war, the United Air Army claimed to have shot down 211 F-86s, 72 F-84s and F-80s, and 47 other aircraft of various types, losing 116 Chinese airmen and 231 aircraft: 224 MiG-15s, three La-11s and four Tupolev Tu-2s. Several pilots were credited with five or more enemy aircraft, such as Zhao Baotong with seven victories, Wang Hai with nine kills, and both Kan Yon Duk and Kim Di San with five victories.
In April 1951 a crashed MiG-15 was spotted near the Chongchon River. On 17 April 1951 a USAF Sikorsky H-19 staging through Baengnyeongdo carried a US/South Korean team to the crash site and they photographed the wreck and removed the turbine blades, combustion chamber, exhaust pipe and horizontal stabilizer. The overloaded helicopter then flew the team and samples back to Paengyong-do where they were transferred onto an SA-16 and flown south and then sent onto Wright-Patterson Air Force Base, Ohio for evaluation.
In July 1951, the submerged remains of a MiG-15 were spotted by Royal Navy carrier aircraft from HMS Glory. The MiG-15 was broken up, a piece of the engine was visible aft of the center section, and the tail section was located some 350 meters away. The wreck was located in an area of mudbanks with treacherous tides and at the end of a narrow channel which was supposedly mined, ca. 160 km behind the front lines. The MiG-15 was retrieved, transported to Inchon and then to Wright-Patterson Air Force Base, Ohio.
Eager to obtain an intact MiG for combat testing in a controlled environment, the United States created Operation Moolah which offered a reward of US$100,000 and political asylum to any pilot who would defect with his MiG-15. Franciszek Jarecki, a pilot of the Polish Air Force, defected from Soviet-controlled Poland in a MiG-15 on the morning of 5 March 1953, allowing Western air experts to examine the aircraft for the first time.
Jarecki flew from Słupsk to the field airport at Rønne on the Danish island of Bornholm. The whole trip took him only a few minutes. There, specialists from the USA, called by Danish authorities, thoroughly checked the plane. According to international regulations, they returned it by ship to Poland a few weeks later. Jarecki also received a $50,000 reward for being the first to present a MiG-15 to the Americans and became a US citizen.[N 1]
A couple of months later, on 21 May 1953, another Polish pilot, Zdzisław Jazwinski escaped with a MiG-15 to Bornholm.
Others eventually followed these examples, such as the North Korean pilot Lieutenant No Kum-Sok, who claimed to be unaware of the $100,000 USD reward when he landed at Kimpo Air Base on 21 September 1953. This MiG-15 was minutely inspected and was test flown by several test pilots including Chuck Yeager. Yeager reported in his autobiography the MiG-15 had dangerous handling faults and claimed that during a visit to the USSR, Soviet pilots were incredulous he had dived in it, this supposedly being very hazardous. When this story got back to the Soviet pilots Yeager claimed to have talked to, they angrily denounced it. In fact, although the MiG-15 did have some handling quirks and could, in principle, exceed flight limits in a dive, its airbrakes opened automatically at the red line limit, preventing it from going out of control. Lieutenant No's aircraft is now on display at the National Museum of the United States Air Force near Dayton, Ohio.
Israel captured an Egyptian MiG-15 in damaged condition on 31 October 1956 after being shot down. It is currently displayed at Hatzor AB.
The Cold War
During the 1950s the MiG-15s of the USSR and their Warsaw Pact allies on many occasions, intercepted aircraft of the NATO air forces performing reconnaissance near or inside their territory; such incidents sometimes ended with aircraft of one side or the other being shot down. The known incidents where the MiG-15 was involved include:
- 16 December 1950: An RB-29 of USAF was downed over Primore (Sea of Japan) by two MiG-15 pilots, Captain Stepan A. Bajaev and 1st Lieutenant N. Kotov.
- 19 November 1951: MiG-15bis pilot, 1st Lieutenant A. A. Kalugin forced a USAF C-47 that had penetrated Hungarian airspace to land at the airbase at Pápa.
- 13 June 1952: two naval MiG-15s flown by Captain Oleg Piotrovich Fedotov and 1st Lieutenant Ivan Petrovich Proskurin shot down an RB-29A near Valentin Bay, over the Sea of Japan – all 12 crew members perished (their bodies were not recovered).
- 13 June 1952, Catalina affair: A Soviet MiG-15 flown by Captain Osinskiy shot down a DC-3 reconnaissance plane of the Swedish Air Force piloted by Alvar Almeberg near Ventspils over the Baltic Sea. Its three crew members perished. Out of two Swedish military Catalina flying boats that conducted subsequent search and rescue for the downed Douglas DC-3, one was also shot down by a MiG-15, but this time with no loss of life.
- 7 August 1952: Two MiG-15 pilots, 1st Lieutenants Zeryakov and Lesnov shot down a USAF RB-29 over the Kurile islands – all the crew of nine died (the remains of one of them, Captain John R. Durnham, were returned to the United States in 1993).
- 18 November 1952: four MiG-15bis engaged four F9F-2 Panther off the aircraft carrier USS Princeton near Vladivostok. One MiG-15 pilot, Captain Dmitriy Belyakov, managed to seriously damage Lieutenant Junior Grade David M. Rowlands's F9F-2, but seconds later he and 1st Lieutenant Vandalov were downed by Elmer Royce Williams and John Davidson Middleton; neither Soviet pilot was found.
- 10 March 1953, Air battle over Merklín: Two MiG-15bis of the Czechoslovak Air Force intercepted two F-84Gs over Czechoslovak airspace, and Lieutenant Jaroslav Šrámek shot down one of them; the F-84 crashed in Bavarian territory. US pilot bailed out safely.
- 12 March 1953: Seven airmen were killed when the Royal Air Force Avro Lincoln they were flying in was shot down by a Soviet Air Force MiG-15 in the Berlin air corridor, near Boizenburg, 51 kilometres (32 mi) NE of Lüneburg.
- 29 July 1953: Two MiG-15bis intercepted an RB-50G near Gamov, in the Sea of Japan, and instructed it to land at their home base. The RB-50 gunners opened fire and hit the MiG of 1st Lieutenant Aleksandr D. Rybakov. Rybakov and his wingman 1st Lieutenant Yuriy M. Yablonskiy then shot down the RB-50. One of the crew members (John E. Roche) was rescued alive, and corpses of other three were recovered. The remaining 13 crew members became missing-in-action.
- 17 April 1955: The MiG-15 pilots Korotkov and Sazhin shot down an RB-47E north of the Kamchatka peninsula – all three crew members perished.
- 27 June 1955: El Al Flight 402 was shot down by two Bulgarian MiG-15 aircraft after penetrating Bulgarian airspace. All 58 passengers and crew perished in the attack.
Suez Canal Crisis (1956)
Egypt bought two squadrons of MiG-15bis and MiG-17 fighters in 1955 from Czechoslovakia with the sponsorship and support of the USSR, just in time to participate in the Suez Canal Crisis. By the outbreak of the Suez Conflict in October 1956, four squadrons of the Egyptian Air Force were equipped with the type although few pilots were trained to fly them effectively.
They first saw aerial action on the morning of October 30, intercepting four RAF Canberra bombers on a reconnaissance mission over the Canal Zone, damaging one. Later that day, MiG-15s attacked Israeli forces at Mitla and El Thamed in the Sinai, destroying half a dozen vehicles. As a result, the Israeli Air Force instituted a standing combat air patrol over the Canal, and the next attack resulted in two MiGs downed by Israeli Mysteres, although the Egyptian planes were able to successfully hit the Israeli troops.
The next day, the MiGs evened the score somewhat when they badly damaged two IAF Ouragan fighters, forcing one of them to crash-land in the desert. British and French warplanes then began a systematic bombing campaign of Egyptian air bases, destroying at least eight MiGs and dozens of other Egyptian aircraft on the ground and forcing the others to disperse. The remaining planes still managed to fly some attack missions, but the Egyptians had lost air superiority.
During the air combat against the Israeli Air Force the Egyptian MiG-15bis managed to shoot down only three Israeli aircraft: a Piper Cub and a Meteor F.8 on 30 October 1956, and a Dassault Ouragan on 1 November which then performed a belly landing — this last victory was scored by the Egyptian pilot Faruq el-Gazzavi.
An Egyptian MiG-15 was damaged, but the MiG's pilot managed to ditch in Lake Bardawil, and the plane was salvaged by Israeli forces.
Taiwan Straits crisis
After the Korean War ended, Communist China turned its attention back to Nationalist China on the island of Taiwan. Chinese MiG-15s were in action over the Taiwan Strait against the outnumbered Nationalist Air Force (CNAF), and helped make possible the Communist occupation of two strategic island groups. The US had been lending support to the Nationalists since 1951, and started delivery of F-86s in 1955. The Sabres and MiGs clashed three years later in the Quemoy Crisis.
Vietnam operated a number of MiG-15s and MiG-15UTIs for training only. The fighter did not see combat against American aircraft in the early stages of the Vietnam War.
Throughout the 1950s, MiG-15s of China's People's Liberation Army Air Force (PLAAF) frequently engaged Republic of China (ROC) and U.S. aircraft in combat; in 1958 a ROC F-86 fighter achieved the first air-to-air kill with an AIM-9 Sidewinder air-to-air missile against a PLAAF MiG-15.
The more advanced MiG-17 was very similar in appearance, but addressed many of the limitations of the MiG-15. It introduced a new swept wing with a "compound sweep" configuration: a 45° angle near the fuselage, and a 42° angle for the outboard part of the wings. The first prototype was flown in 1953 before the end of the Korean war. Later versions introduced radar, afterburning engines and missiles. Although it was obsolete as a subsonic type by 1965, a small force of MiG-17PFs rose to challenge attackers at the Thanh Hoa Bridge, downing or damaging beyond repair Republic F-105 Thunderchief and Vought F-8 Crusader supersonic fighters. Although Vietnam later flew newer supersonic MiG-19s and MiG-21s, the MiG-17 remained effective, soldiering on until the end of the conflict. It was the MiG-15 derivative which first led to new dogfight tactics and training (including the use of the Douglas A-4 Skyhawk as MiG-17 simulator) to regain the advantage American F-86s had enjoyed against MiG-15s over the skies of Korea. The MiG-19 was a further development which initially was a MiG-17 fitted with an even sharper wing and tail sweepback, though the final product would bear little resemblance to the original MiG-15 beyond the nose and cockpit.
The USSR built around 12,000 MiG-15s in all variants. It was also built under license in Czechoslovakia (as the S-102 and S-103) and Poland (as the Lim-1 and Lim-2, and two-seat SB Lim-1 and SB Lim-2).
In the early 1950s, the Soviet Union delivered hundreds of MiG-15s to China, where they received the designation J-2. The Soviets also sent almost a thousand MiG-15 engineers and specialists to China, where they assisted China's Shenyang Aircraft Factory in building the MiG-15UTI trainer (designated JJ-2). China never produced a single-seat fighter version, only the two-seat JJ-2.
The designation "J-4" is unclear; some sources claim Western observers mistakenly labelled China's MiG-15bis a "J-4", while the PLAAF never used the "J-4" designation. Others claim "J-4" is used for MiG-17F, while "J-5" is used for MiG-17PF. Another source claims the PLAAF used "J-4" for Soviet-built MiG-17A, which were quickly replaced by license-built MiG-17Fs (J-5s). What is certain, is that the service lives of the J-2 and J-4 in the PLAAF were short, as they were quickly replaced by the more capable J-5 and J-6.
|This section needs additional citations for verification. (September 2011)|
- First production version.
- Single-seat all-weather interceptor version of the MiG-15bis.
- Single-seat fighter bomber version.
- Two-seat all-weather interceptor version of the MiG-15UTI.
- Target-towing version.
- Improved single-seat fighter version.
- Single-seat reconnaissance version.
- Single-seat escort fighter version.
- Single-seat target-towing version.
- Two-seat dual-control jet trainer.
- (Jianjiji – fighter) Chinese designation of USSR production MiG-15bis single-seat fighter.
- (Jianjiji Jiaolianji – fighter trainer) Chinese production of MiG-15UTI two-seat jet trainers. Exported as Shenyang FT-2.
- un-manned target drone conversions of J-2 fighters.
- MiG-15 jet fighters built under license in Poland.
- Polish-built reconnaissance version of the MiG-15 with AFA-21 camera.
- MiG-15bis built under license in Poland, with Lis-2 (licensed VK-1) engines.
- Polish-built reconnaissance version of MiG-15bis with a place for a camera in the front part of the canopy.
- SB Lim-1
- Polish Lim-1 converted to equivalent of MiG-15UTI jet trainers, with RD-45 jet engines.
- SB Lim-2
- Polish Lim-2 or SBLim-1 converted to jet trainers with Lis-1 (VK-1) jet engines.
- Polish-built two-seat reconnaissance version, for correcting artillery.
- MiG-15 jet fighters built under license in Czechoslovakia, with M05 (licenced RD-45) Motorlet/Walter engines.
- MiG-15bis jet fighters built under license in Czechoslovakia with M06 (licenced VK-1) Motorlet/Walter engines.
- MiG-15UTI jet trainers built under license in Czechoslovakia.
- Raduga KS-1 Komet
- An air-launched anti-shipping cruise missile.
Foreign reporting names
- The NATO reporting name for the single-seat MiG-15
- The NATO reporting name for the two-seat MiG-15UTI
- Afghan Air Force. 42, including 38 MiG-15UTI, were delivered to the Royal Afghan Air Force from 1951, serving through 1979.
- Albanian Air Force. 80 or more have served with the Albanian Air Force since 1955, including Soviet, Czechoslovak and Chinese-built examples. The initial allotment of 10 MiG-15 fighters delivered in 1955 was followed by 24 MiG-15UTI trainers from that year on. These were supplemented by Czechoslovak Avia CS-102 trainers, with four being acquired. Further fighter deliveries comprised 26 MiG-15bis examples. Once Albania switched to Chinese support, deliveries of 24 F-2 fighters and 15 FT-2 trainers commenced from 1965. These aircraft remained in service through the late 1990s.
- Algerian Air Force
- People's Air and Air Defence Force of Angola
- Bulgarian Air Force. 78+
- Burkina Faso
- Cambodian Air Force
- People's Republic of China
Imported 654 MiG-15 fighters from October 1950 to 1951. The last 18 MiG-15 fighters retired in 1980. Imported 1460 MiG-15bis fighters from 1952 to 1955. The MiG-15bis retired in 1986. Imported 357 MiG-15UTI trainers from 1951 to 1958. China also refitted some MiG-15 and MiG-15bis fighters to tandem trainers. MiG-15UTI retired in 1986.
- Republic of the Congo
- Congolese Air Force
- Cuban Air Force
- Czechoslovak Air Force
- East Germany
- East German Air Force
- Egyptian Air Force
- Finnish Air Force. Only operated the MiG-15UTI.
- Military of Guinea-Bissau
- Hungarian Air Force (1951-1975)
- Indonesian Air Force. Acquired its MiG-15s in 1961. Used MiG-15UTI and other MiG-15 as trainers during the preparation of Operation Trikora in 1962 in Western New Guinea (now Papua and West Papua). The aircraft were grounded in 1969 and removed from service in 1970.
- Iraqi Air Force
- Khmer Republic
- Khmer National Air Force
- Libyan Air Force
- Mongolian Air Force. delivered and operated 4 MiG-15UTI as a trainer in 1970 .
- Royal Moroccan Air Force
- Military of Mozambique
- Nigerian Air Force operated MiG-15UTI as a trainer.
- North Korea
- North Korean Air Force. Still operates 30 Shenyang FT-2 (MiG-15UTI) as trainers.
- North Vietnam
- Vietnam People's Air Force
- North Yemen
- North Yemen Air Force
- Pakistan Air Force
- Romanian Air Force. Operated a total of 514 MiG-15, MiG-15bis, MiG-15 UTI, S-102 and CS-102 from 1952 until 1992.
- Somali Air Corps
- South Yemen
- South Yemen Air Force
- Soviet Union
- Sri Lanka
- Sri Lanka Air Force
- Sudanese Air Force
- Syrian Arab Republic
- Syrian Air Force
- Tanzanian Air Force
- Ugandan Air Force
- United States
- United States Air Force. In the 1980s, the United States purchased a number of Shenyang J-4s along with Shenyang J-5s from China via the Combat Core Certification Professionals Company; these aircraft were employed in a "mobile threat test" program at Kirtland Air Force Base, operated by the 4477th "Red Hats" Test and Evaluation Squadron of the United States Air Force. As of 2014 MiG-15UTI's are still operated by civilian contractors at both the USAF and US Naval Test Pilot Schools for student training.
- Viet Nam
- Vietnam People's Air Force
- Yemen Air Force
Many MiG-15s are on display throughout the world. In addition, they are becoming increasingly common as private sport planes and warbirds. According to the FAA, there were 43 privately owned MiG-15s in the US in 2011, including Chinese and Polish derivatives. The first of which is owned by aviator and aerobatic flyer, Paul T. Entrekin.
- Air Combat Australia utilised two MiG-15s for adventure flights from 1997, when they originated the adventure flight industry, to 2005 when they upgraded to four L-39Cs.
- Three MiG-15UTIs survive: one in Päijänne Tavastia Aviation Museum in Lahti, one in Hallinportti Aviation Museum at Kuorevesi and one in Central Finland Aviation Museum in Jyväskylä. The Finnish nickname of the plane was Mukelo ("Ungainly"), after the FinnAF plane type designation code MU.
- FlyFighterJet.com offers a Lim-2/MiG-15UTI for adventure flights in Poland
- A Polish-built MiG-15 is displayed in North Korean colours at the Fleet Air Arm Museum.
- An S-102 in Czechoslovakian colours is displayed at the National Museum of Flight, East Fortune, Edinburgh.
- A North Korean MiG-15 (c/n 2015357) is on display at the National Museum of the United States Air Force in Dayton, Ohio. This is the aircraft flown to Kimpo Air Base in South Korea on 21 September 1953 by a defecting North Korean pilot who was given a reward of $100,000 (see above). The aircraft was flight-tested on Okinawa and then brought to the U.S. to be returned to its "rightful owners" (believed to be the Soviet Union, which denied participating in the Korean War). When this offer was ignored it was transferred to the NMUSAF in November 1957. It is on display in the Museum's Modern Flight gallery.
- A MiG-15 operated by the People's Liberation Army Air Force is on display at The Museum of Flight in Seattle, WA
- A Chinese MiG-15 is on display at the Flying Leatherneck Aviation Museum located at Marine Corps Air Station Miramar in San Diego, California.
- There is a MiG-15bis, number 83227, undergoing a restoration at the New England Air Museum, Bradley International Airport, Windsor Locks, CT.
- A Polish built MiG-15bis Serial number: 1B01016 (FAA Reg. Number N15YY) is on display at the Combat Air Museum in Topeka, KS
- Two MiG-15UTI are operated by Red Star Aviation on behalf of the US Naval Test Pilot School and the US Air Force Test Pilot School, located at Patuxent River Naval Air Station and Edwards Air Force Base respectively. One is a former Polish sBLim-2art(m) and another is a Czechoslovakian manufactured CS-102, ex Romanian AF. These aircraft are used to train test pilots from the USA and other nations sending students to the two schools.
Data from OKB Mikoyan
- Crew: 1 or 2
- Length: 10.08 m (33 ft 1 in)
- Wingspan: 10.08 m (33 ft 1 in)
- Height: 3.7 m (12 ft 2 in)
- Wing area: 20.6 m2 (222 sq ft)
- Airfoil: TsAGI S-10 / TsAGI SR-3
- Empty weight: 3,630 kg (8,003 lb)
- Gross weight: 5,000 kg (11,023 lb)
- Max takeoff weight: 6,105 kg (13,459 lb)
- Fuel capacity: 1,420 l (312.4 imp gal; 375.1 US gal)
- Powerplant: 1 × Klimov VK-1 centrifugal flow turbojet, 26.5 kN (6,000 lbf) thrust
- Maximum speed: 1,059 km/h (658 mph; 572 kn) at sea level
- 1,033 km/h (558 kn; 642 mph) at 5,000 m (16,000 ft)
- 992 km/h (536 kn; 616 mph) at 10,000 m (33,000 ft)
- Cruising speed: 850 km/h (528 mph; 459 kn)
- Range: 1,240 km (771 mi; 670 nmi)
- Service ceiling: 15,500 m (50,853 ft)
- Rate of climb: 51.2 m/s (10,080 ft/min) at sea level
- 36.2 m/s (7,130 ft/min) at 5,000 m (16,000 ft)
- 21 m/s (4,100 ft/min) at 10,000 m (33,000 ft)
- Time to altitude: 5,000 m (16,000 ft) in 2 minutes
- 10,000 m (33,000 ft) in 5.2 minutes
- Wing loading: 240.8 kg/m2 (49.3 lb/sq ft)
- Thrust/weight: 0.00534 kN/kg (0.544 lbf/lb)
- 2x NR-23 23 mm (0.906 in) cannon in the lower left fuselage (80 rounds per gun, 160 rounds total)
- 1x Nudelman N-37 37 mm (1.457 in) cannon in the lower right fuselage (40 rounds total)
- 2x 100 kg (220 lb) bombs, drop tanks, or unguided rockets on 2 underwing hardpoints.
- Related development
- Aircraft of comparable role, configuration and era
- Dassault Ouragan
- Dassault Mystere
- Focke-Wulf Ta 183
- FMA IAe 33 Pulqui II
- Hawker Hunter
- Lavochkin La-15
- North American F-86 Sabre
- Republic F-84 Thunderjet
- Saab 29 Tunnan
- Related lists
||This article cites its sources but does not provide page references. (February 2011)|
- According to a thesis published by Coleman Armstrong Mehta in 2006, Yugoslavia provided the CIA with a MiG-15 in flying condition as early as November 1951.
- "Mikoyan-Gurevich MiG-15 (Ji-2) Fagot B." Smithsonian National Air and Space Museum. Retrieved: 27 August 2011.
- Minnesota Air National Guard Museum." mnangmuseum.org. Retrieved: 20 September 2013.
- Belyakov and Marmain 1994, pp. 81, 88.
- Gordon, Yefim. Mikoyan-Gurevich MiG-15. Leicester, UK: Midland Publishing, 2001. ISBN 1-85780-105-9.[page needed]
- "MiG-15." Military Factory. Retrieved: 11 July 2012.
- Fitzsimons 1985, p. 11.
- The Mikoyan-Gurevich MiG-15. plane-crazy.net
- Belyakov and Marmain 1994, pp. 112, 114.
- Gunston 1995, p. 188.
- Gunston 1995, p. 189.
- Belyakov and Marmain 1994, p. 120.
- Joiner, Stephen, MiG! Air & Space, December 2013/January 2014, p.45
- Krylov, Leonid and Tepsurkaev, Yuriy. Soviet MiG-15 Aces of the Korean War", Chapter 1. Korean War Resources (KORWALD). Retrieved: 11 March 2009.
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- Zampini, Diego. "Russian [sic-Soviet] Aces over Korea Mikoyan-Gurevich MiG-15 Fagot pilots". Acepilots.com, 2008. Retrieved: 10 March 2009.
- Zaloga 1991
- Krylov and Tepsurkaev 2009
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- Common misspelling in the English-language sources is Vorovyov, but the correct spelling is Vorobyov, as confirmed, e.g. here: "Soviet Aces of the Korean War 1950–1953 (in Russian: Советские асы Корейской войны 1950–1953 гг.)". Retrieved 2013-07-10.
- Thompson and McLaren 2002, Chapter 10.
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- Seydov, Igor. "Dmitriy Samoylov", Mir Aviatsiya, 1–2003, pp. 30–36.
- Thompson and McLaren 2002, Appendix B.
- KORWALD Retrieved: 12 September 2010.
- Davis 2001, p. 91.
- Krylov and Tepsurkaev 2008, Chapter 1.
- Zampini, Diego. "Red Stars over North Korea". Flieger Revue Xtra 22, November 2008.
- Zampini, Diego. "Red Stars over North Korea". Flieger Revue Xtra 22, November 2008
- Seydov, Igor and Askold German. "Krasnye Dyaboly na 38-oy Parallel." Moskow: EKSMO, 1998.
- Zampini, Diego. "Red Stars over North Korea", Flieger Revue Xtra 23, December 2008
- Dorr et al. 1995, Chapter 3.
- Zhang 2003, pp 167–168.
- Krylov and Tepsurkaev 2008, Chapter 6.
- Zhang 2003, pp. 192, 265.
- Zampini, Diego. "Red Stars over North Korea", Flieger Revue Xtra 23, November 2008
- Krylov and Tepsurkaev 2008, Appendixes.
- Grossnick, Roy A. and William J. Armstrong. United States Naval Aviation, 1910–1995. Annapolis, Maryland: Naval Historical Center, 1997. ISBN 0-16-049124-X.
- Gobel, Greg. "The Douglas F3D Skyknight." Vectorsite, 1 August 2008. Retrieved: 2 May 2009.
- Dorr et al. 1995, p. 71.
- Zhang 2002, pp. 194–195.
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