F-86 Sabre vs MiG-15: The Korean War Duel, Compared Plane by Plane

The MiG-15 climbed faster and flew higher, but the F-86 Sabre had the better gunsight. Compare speed, guns, kill ratio and who really won.

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NAA F-86 Sabre and Mikoyan-Gurevich MiG-15 compared side by side
NAA F-86 Sabre and Mikoyan-Gurevich MiG-15 compared side by side – © D. Miller / Tibboh / composite by AeroCorner

It is closer than the legend says. The MiG-15 was slightly faster, climbed quicker and hit harder with its cannon. The F-86 Sabre had a radar-ranging gunsight and could out-dive the MiG.

The F-86F and the MiG-15bis were the most-built versions, and they met over MiG Alley in the Korean War. The USAF once claimed 10 to 1. RAND later put it at 1.8 to 1.

NAA F-86 Sabre
Fighter Jets
NAA F-86 Sabre
ICAO: F86 Military: F-86F Visit aircraft page
Mikoyan-Gurevich MiG-15
Fighter Jets
Mikoyan-Gurevich MiG-15

General

Units
NAA F-86 Sabre
Manufacturer
North American Aviation (NAA)
ICAO code
F86
Military code
F-86F
Produced
1948–1956
Price
$211,000 (1950)
Engine
1 × General Electric J47-GE-27
Engine type
Jet
Thrust
5,910 lbf · 26 kN -1% (total)
Avionics
AN/APG-30 ranging radar for the gunsight, AN/ARC-34 UHF radio
Wing tips
No winglets
Seats
1
Crew
1
Mikoyan-Gurevich MiG-15
Manufacturer
Mikoyan Gurevich
ICAO code
MG15
Military code
—
Produced
1948–1961
Price
—
Engine
1 × Klimov VK-1
Engine type
Jet
Thrust
5,950 lbf · 26 kN +1% (total)
Avionics
—
Wing tips
No winglets
Seats
1
Crew
—

Dimensions

NAA F-86 Sabre
Exterior length
37 ft 6 in 11.44 m 37 ft 6 in 11.44 m +13%
Tail height
14 ft 9 in 4.50 m 14 ft 9 in 4.50 m +22%
Fuselage diameter
— — —
Wing span
39 ft 1 in 11.92 m 39 ft 1 in 11.92 m +18%
Mikoyan-Gurevich MiG-15
Exterior length
33 ft 2 in 10.10 m 33 ft 2 in 10.10 m -12%
Tail height
12 ft 2 in 3.70 m 12 ft 2 in 3.70 m -18%
Fuselage diameter
4 ft 5 in 1.35 m 4 ft 5 in 1.35 m
Wing span
33 ft 1 in 10.09 m 33 ft 1 in 10.09 m -15%

Weights

NAA F-86 Sabre
Empty weight
11,125 lb 5,046 kg 11,125 lb 5,046 kg +37%
Max payload
5,300 lb 2,400 kg 5,300 lb 2,400 kg
Fuel capacity
437 gal 1,654 L 437 gal 1,654 L +17%
Max takeoff weight
20,600 lb 9,350 kg 20,600 lb 9,350 kg +53%
Mikoyan-Gurevich MiG-15
Empty weight
8,115 lb 3,681 kg 8,115 lb 3,681 kg -27%
Max payload
— — —
Fuel capacity
375 gal 1,420 L 375 gal 1,420 L -14%
Max takeoff weight
13,500 lb 6,100 kg 13,500 lb 6,100 kg -35%

Performance

NAA F-86 Sabre
Max cruise speed
589 kt · 678 mph 1,091 km/h 589 kt 678 mph 1,091 km/h -2%
Max speed
589 kt · 678 mph 1,091 km/h 589 kt 678 mph 1,091 km/h -2%
Cruise speed
478 kt · 550 mph 885 km/h 478 kt 550 mph 885 km/h +4%
Rate of climb
9,000 ft/min 46 m/s 9,000 ft/min 46 m/s -11%
Range
1,325 nm · 1,520 mi 2,450 km 1,325 nm 1,520 mi 2,450 km -3%
Service ceiling
49,600 ft 15,100 m 49,600 ft 15,100 m -2%
Mikoyan-Gurevich MiG-15
Max cruise speed
598 kt · 688 mph 1,107 km/h 598 kt 688 mph 1,107 km/h +2%
Max speed
598 kt · 688 mph 1,107 km/h 598 kt 688 mph 1,107 km/h +2%
Cruise speed
459 kt · 528 mph 850 km/h 459 kt 528 mph 850 km/h -4%
Rate of climb
10,080 ft/min 51 m/s 10,080 ft/min 51 m/s +12%
Range
1,360 nm · 1,570 mi 2,520 km 1,360 nm 1,570 mi 2,520 km +3%
Service ceiling
50,800 ft 15,500 m 50,800 ft 15,500 m +2%

Table of Contents

QuestionF-86 SabreMiG-15
JobDay fighter, later fighter-bomberHigh-altitude day interceptor built to kill bombers
First flightOctober 1, 1947December 30, 1947
GunsSix .50 caliber machine gunsOne 37 mm and two 23 mm cannon
GunsightAN/APG-30 ranging radarNo radar ranging listed
Speed limit in a diveNone notedMach 0.92, where controls became ineffective
Korean War claim792 MiGs for 78 Sabres lost (USAF original)1,106 UN aircraft claimed by the Soviet 64th Corps
Built9,860 Sabres and Furies, all versions13,130 in the USSR plus at least 4,180 under license
Biggest strengthAiming and dive speedClimb, ceiling and cannon punch
Sources: Wikipedia, Smithsonian NASM, 2026.

Did the F-86 Sabre and MiG-15 really fight each other?

Yes, and this is the pair people mean when they talk about the first big jet-versus-jet war. The F-86 Sabre first flew on October 1, 1947. The MiG-15 followed on December 30, 1947.

They met over MiG Alley, near the mouth of the Yalu River where Korea meets China. The 4th Fighter-Interceptor Wing flew Sabres from Kimpo to fight there.

Many MiGs were flown by experienced Soviet pilots in North Korean or Chinese markings. Chinese and North Korean pilots flew more of them as the war went on.

Myth check: it was never a 10 to 1 war

The USAF credited Sabres with 792 MiGs for 78 lost in air-to-air combat. A post-war USAF review cut that roughly in half. RAND later found 1.8 to 1 overall and about 1.3 to 1 against Soviet-flown MiGs.

Edge: even, with the Sabre ahead on the record

Speed, climb and ceiling: the MiG-15 wins by a little

AeroCorner’s spec panel gives the MiG-15 a top speed of 688 mph (1,107 km/h) and the F-86 678 mph (1,091 km/h). That is a gap of about 10 mph, which no pilot would notice.

The climb gap is bigger. The MiG-15 climbs at 10,080 ft/min (51 m/s) against 9,000 ft/min (46 m/s) for the Sabre.

The MiG also flew higher, with a ceiling of 50,800 feet (15,500 m) against 49,600 feet (15,100 m). Above 10,000 meters Wikipedia says the MiG had the advantage in turn radius.

The Sabre fought back at lower altitude. Wikipedia says it held a slight advantage below 8,000 meters in most respects except climb rate.

Edge: MiG-15

Firepower: three cannon against six machine guns

The F-86F carried six .50 caliber (12.7 mm) Browning machine guns firing 1,200 rounds per minute. The guns were harmonized to converge at 1,000 feet (300 m).

The MiG-15 carried one 37 mm cannon with 40 rounds and two 23 mm cannon with 80 rounds each. The Smithsonian says it was designed as a high-altitude day interceptor, so the guns were chosen to kill bombers.

The punch showed on April 12, 1951. Soviet pilots shot down or damaged 10 B-29As and three F-80Cs for the loss of one MiG, according to Wikipedia.

A cannon shell does more damage, but it has to hit. The Sabre’s guns fired 1,200 rounds per minute, which gave a pilot more chances in a fighter-versus-fighter fight.

Edge: MiG-15 against bombers, a toss-up against fighters

The gunsight and the dive: where the Sabre pulled ahead

The F-86F used an AN/APG-30 radar to range its gunsight. In October 1951 the Soviets recovered a downed Sabre and concluded the radar gunsight gave it an edge.

The Sabre was also marginally faster in a dive. Wikipedia says the F-86 could out-dive the MiGs.

The MiG-15 could not safely exceed Mach 0.92. Past that speed its flight controls became ineffective.

Armed with cannon, but beaten by a gunsight

Many write-ups assume the heavier armament meant a better fighter. The Soviets themselves judged the Sabre’s radar gunsight to be an edge, which helps explain why the record was closer than the cannon suggest.

Edge: F-86 Sabre

Range: the MiG-15 flew a little farther

AeroCorner’s spec panel gives the MiG-15 a range of 1,570 miles (2,520 km) and the Sabre 1,520 miles (2,450 km).

The two are within about 50 miles. Both figures are paper ranges, so they say little about time spent fighting over MiG Alley.

Edge: MiG-15, by a hair

Engines and pilots: the other half of the fight

The MiG-15’s engine started as a British design. Wikipedia says the Rolls-Royce Nene was licensed and adapted as the Klimov RD-45, after the UK government agreed to supply engines and a manufacturing license.

The panel lists the MiG-15’s Klimov VK-1 at 5,950 lbf (26 kN) of thrust. The F-86’s General Electric J47-GE-27 is listed at 5,910 lbf (26 kN), so the two engines were almost evenly matched.

Pilots mattered as much as thrust. Soviet pilots in disguised uniforms had to be under 27, and World War II veterans were prioritized. Ivan Kozhedub, a top World War II ace, commanded the first large Soviet unit sent to Korea.

That is part of why RAND’s 1.3 to 1 figure against Soviet-flown MiGs is so much lower than the headline claim.

Edge: even

Who really won the air war over Korea?

It depends who is counting. The USAF claimed 792 MiGs for 78 Sabres lost in air-to-air combat. A later USAF review cut that roughly in half.

Dorr, Lake and Thompson argue for about 2 to 1. RAND found 1.8 to 1 overall and about 1.3 to 1 against Soviet-flown MiGs.

The Soviet side claimed far more. Wikipedia says the Soviet 64th Fighter Aviation Corps claimed 1,106 aircraft, and Soviet records show 335 MiG-15s lost to all causes.

USAF data show 224 F-86s lost in Korea, 78 of them in air-to-air combat. Neither side’s claims should be taken at face value.

Edge: F-86 Sabre, by a smaller margin than the legend says

Numbers built and the pilot who delivered a MiG

Wikipedia counts 9,860 Sabres and Furies in all, including 6,297 F-86s from North American and 1,815 from Canadair.

It counts 13,130 MiG-15s built in the USSR, made up of 1,344 early MiG-15s, 8,352 MiG-15bis and 3,434 two-seaters. At least 4,180 more were built under license.

On September 21, 1953, North Korean Lieutenant No Kum-sok landed his MiG-15 at Kimpo Air Base. The US had offered $100,000 under Operation Moolah for a pilot who delivered one, and Chuck Yeager test-flew the aircraft.

Edge: MiG-15, on numbers built

Verdict: who wins, the F-86 Sabre or the MiG-15?

It is a split decision. The MiG-15 had the better climb, ceiling and cannon, while the Sabre had the better gunsight and dive.

In the hands of equal pilots, the Sabre had the slight edge in a fighter fight, and the MiG-15 was the better bomber killer.

For a piston rival against the same jet, see our P-51 vs MiG-15 comparison or F4U Corsair vs MiG-15. Our guide to Korean War fighter jets covers the wider field.

Verdict: a narrow call

F-86 Sabre: radar gunsight, dive speed and a better record against fighters. MiG-15: climb, ceiling and cannon against bombers. Edge in a duel: F-86, narrowly.

FAQ

It was close. The MiG-15 climbed faster and flew higher, and hit harder with its cannon. The F-86 was easier to aim with its radar-ranging gunsight and held up better in a dive. A RAND study put the Sabre’s kill-to-loss ratio at 1.8 to 1 overall and about 1.3 to 1 against Soviet-flown MiGs, so the pilot often mattered more than the airframe.
On paper the MiG-15 had the better numbers: 688 mph (1,107 km/h) against 678 mph (1,091 km/h), a climb of 10,080 ft/min (51 m/s) against 9,000 ft/min (46 m/s), and a 50,800 ft (15,500 m) ceiling against 49,600 ft (15,100 m). The F-86 was the better gun platform and was not limited to Mach 0.92. Wikipedia calls it the only close contemporary able to match the MiG-15 in most measures.
The USAF originally claimed 792 MiGs for 78 Sabres lost in air-to-air combat, about 10 to 1. Later reviews cut that sharply. RAND put it at 1.8 to 1 overall and about 1.3 to 1 against Soviet-flown MiGs, and Dorr, Lake and Thompson argue for roughly 2 to 1. Soviet records show 335 MiG-15s lost to all causes.
Not the F-86F that fought in Korea. It carried six .50 caliber machine guns in the nose. A test program, Project Gun-Val, fitted four 20 mm cannon to seven F-86Fs, but only two of the four could fire at once.
It was designed as a high-altitude day interceptor. Its 37 mm and two 23 mm cannon delivered heavy shells against large aircraft, and its ceiling let it attack from above. On April 12, 1951, Soviet pilots shot down or damaged 10 B-29As for the loss of one MiG.
Yes. On September 21, 1953, North Korean Lieutenant No Kum-sok landed his MiG-15 at Kimpo Air Base. The US had offered $100,000 under Operation Moolah for a pilot who delivered a MiG-15. Chuck Yeager test-flew the aircraft, which is now at the National Museum of the United States Air Force.
Wikipedia gives 9,860 Sabres and Furies in total, with 6,297 F-86s from North American. It counts 13,130 MiG-15s built in the USSR plus at least 4,180 under license.

About the Author

Tim de Vries

Tim is the owner and lead editor of AeroCorner since 2019, overseeing aviation content covering aircraft, airlines, airports, and the broader aviation industry. Through years of researching, writing, editing, and publishing aviation-focused content, he has developed extensive practical knowledge of commercial aviation and air travel. Based in Asia and a frequent traveler himself, Tim also brings firsthand passenger experience to AeroCorner’s coverage. Outside of publishing, he has also explored aviation firsthand through hands-on flight training in New Zealand.