F-15 vs F-22: Which Fighter Is Better, and Why the Eagle Outlived Its Replacement

F-15 vs F-22 compared on stealth, speed, combat record, cost and readiness. The Raptor wins the fight, yet the Eagle is still being built today.

Updated: by Tim de Vries

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Lockheed Martin F-22 Raptor and McDonnell Douglas F-15 Eagle compared side by side
Lockheed Martin F-22 Raptor and McDonnell Douglas F-15 Eagle compared side by side – © Reinhard Zinabold / Public Domain / composite by AeroCorner

The F-22 Raptor is the better fighter. It is stealthy, cruises above Mach 1.5 without afterburner, and scored 108 simulated kills for no losses against F-15s, F-16s and F-18s in a 2006 exercise.

The F-15 Eagle is faster on paper, costs far less per hour to fly, and has 104 air-to-air kills without an air-to-air loss. The Raptor was built to replace it. The Eagle is still being built instead.

Lockheed Martin F-22 Raptor
Fighter Jets
Lockheed Martin F-22 Raptor
ICAO: F22 Military: F-22A Visit aircraft page
McDonnell Douglas F-15 Eagle
Fighter Jets
McDonnell Douglas F-15 Eagle
ICAO: F15 Military: F-15C Visit aircraft page

General

Units
Lockheed Martin F-22 Raptor
Manufacturer
Lockheed (Martin)
ICAO code
F22
Military code
F-22A
Produced
1996–2011
Price
$143 million (2022)
Engine
2 × Pratt & Whitney F119-PW-100
Engine type
Turbofan
Thrust
2 × 35,000 lbf · 156 kN +47% (total)
Avionics
AN/APG-77(V)1 AESA radar, AN/ALR-94 electronic warfare suite, AN/AAR-56 Missile Launch Detector (MLD), MIDS-JTRS with Link 16, integrated CNI avionics
Wing tips
No winglets
Seats
1
Crew
1
McDonnell Douglas F-15 Eagle
Manufacturer
McDonnell Douglas
ICAO code
F15
Military code
F-15C
Produced
1972–1997
Price
$29.9 million (1998)
Engine
2 × Pratt & Whitney F100-PW-220
Engine type
Turbofan
Thrust
2 × 23,770 lbf · 106 kN -32% (total)
Avionics
AN/APG-63 pulse-Doppler radar (later upgraded to APG-63(V)1 and APG-63(V)3 AESA), head-up display, AN/ALR-56C radar warning receiver, AN/ALQ-135 electronic countermeasures (TEWS)
Wing tips
No winglets
Seats
1
Crew
1

Dimensions

Lockheed Martin F-22 Raptor
Exterior length
62 ft 1 in 18.92 m 62 ft 1 in 18.92 m -3%
Tail height
16 ft 8 in 5.08 m 16 ft 8 in 5.08 m -10%
Wing span
44 ft 6 in 13.56 m 44 ft 6 in 13.56 m +4%
McDonnell Douglas F-15 Eagle
Exterior length
63 ft 9 in 19.43 m 63 ft 9 in 19.43 m +3%
Tail height
18 ft 6 in 5.64 m 18 ft 6 in 5.64 m +11%
Wing span
42 ft 10 in 13.06 m 42 ft 10 in 13.06 m -4%

Weights

Lockheed Martin F-22 Raptor
Empty weight
43,340 lb 19,659 kg 43,340 lb 19,659 kg +49%
Fuel capacity
2,687 gal 10,171 L 2,687 gal 10,171 L +34%
Max takeoff weight
84,000 lb 38,000 kg 84,000 lb 38,000 kg +23%
McDonnell Douglas F-15 Eagle
Empty weight
29,000 lb 13,154 kg 29,000 lb 13,154 kg -33%
Fuel capacity
2,008 gal 7,601 L 2,008 gal 7,601 L -25%
Max takeoff weight
68,000 lb 30,800 kg 68,000 lb 30,800 kg -19%

Performance

Lockheed Martin F-22 Raptor
Max cruise speed
1,303 kt · 1,499 mph 2,413 km/h 1,303 kt 1,499 mph 2,413 km/h -9%
Max speed
1,303 kt · 1,499 mph 2,413 km/h 1,303 kt 1,499 mph 2,413 km/h -9%
Cruise speed
1,010 kt · 1,162 mph 1,871 km/h 1,010 kt 1,162 mph 1,871 km/h +104%
Rate of climb
62,000 ft/min 315 m/s 62,000 ft/min 315 m/s -8%
Range
1,600 nm · 1,840 mi 2,960 km 1,600 nm 1,840 mi 2,960 km -47%
Service ceiling
65,000 ft 19,800 m 65,000 ft 19,800 m 0%
Takeoff distance
1,570 ft 480 m 1,570 ft 480 m +75%
Landing distance
— — —
McDonnell Douglas F-15 Eagle
Max cruise speed
1,434 kt · 1,650 mph 2,656 km/h 1,434 kt 1,650 mph 2,656 km/h +10%
Max speed
1,434 kt · 1,650 mph 2,656 km/h 1,434 kt 1,650 mph 2,656 km/h +10%
Cruise speed
496 kt · 571 mph 919 km/h 496 kt 571 mph 919 km/h -51%
Rate of climb
67,050 ft/min 341 m/s 67,050 ft/min 341 m/s +8%
Range
3,000 nm · 3,450 mi 5,560 km 3,000 nm 3,450 mi 5,560 km +88%
Service ceiling
65,000 ft 19,800 m 65,000 ft 19,800 m 0%
Takeoff distance
900 ft 280 m 900 ft 280 m -43%
Landing distance
3,600 ft 1,100 m 3,600 ft 1,100 m

Table of Contents

MeasureF-22A RaptorF-15 Eagle
GenerationFifth, first flew 1997Fourth, first flew 1972
Primary roleAir dominanceAir superiority, with strike added by the F-15E and F-15EX
StealthAll-aspect low observable, weapons carried internallyNone, weapons carried externally
SupercruiseYes, above Mach 1.5 without afterburnerNo
Thrust vectoringYes, two-dimensional nozzlesNo
Air-to-air missilesEight: six AIM-120 and two AIM-9, all internalEight: four AIM-9 and four AIM-120, or eight AIM-120
GunM61A2 20 mm, 480 roundsM61A1 20 mm, 940 rounds
Air combat recordFirst air-to-air kill in 2023, a surveillance balloon104 kills, no air-to-air losses (tallied through 2008)
Cost per flight hour, FY2026$55,051$35,468 (F-15C), $17,321 (F-15EX)
Mission capable rate, FY202440.19 percent52.9 percent (F-15C), 83.13 percent (F-15EX)
Built195, line closed 20111,198 air-superiority Eagles; the F-15EX is still in production
ExportableNo, barred by US law since fiscal 1998Yes, flown by Israel, Japan and Saudi Arabia, among others
US fleet, September 2026About 184, retirement barred to September 2027F-15C/D shrinking to 21 by 2030; F-15EX plan raised to 267
Dimensions, weights, speed and engine data are in the database comparison at the top of this page. This table covers what those specs cannot: stealth, weapons, record, cost and availability. Figures from US Air Force fact sheets, the DoD Comptroller’s FY2026 reimbursement rates and Air & Space Forces Magazine, current as of September 2026.

How we are comparing these two jets

Most “which is better” arguments about these two talk past each other, because one side is scoring a fight and the other is scoring an air force. We rank them on four measures and name the winner of each.

Air combat and survivability go to the F-22. Cost to fly and staying power go to the F-15. Top speed, often quoted as the tiebreaker, barely matters, and we explain why below.

Where a figure is published, we use the official number. Radar cross-section is classified for both jets, so we do not repeat the invented figures that circulate online. Full specifications for the Lockheed Martin F-22 Raptor and the McDonnell Douglas F-15 Eagle sit in our aircraft database.

The measure decides the winner

The F-22 wins the air battle: stealth, supercruise, thrust vectoring and a fused sensor picture. The F-15 wins on operating cost, readiness, exports and production. The Air Force designed the Raptor to replace the Eagle, and ended up flying both.

Where the F-22 Raptor wins

Stealth decides who shoots first

The F-15 was designed in the late 1960s with no attempt at stealth. It hangs its missiles on the outside of the airframe, and nothing about its shape was chosen to hide it from radar.

The Raptor was shaped from the start to defeat fire-control radars, and it carries every air-to-air weapon inside the fuselage. That puts it among the true stealth fighter jets, and the F-15 nowhere near them.

The gap is generational. The F-15 is a fourth-generation fighter and the F-22 a fifth-generation one, a split we explain in our guide to the five generations of fighter planes.

Mike “Dozer” Shower, a pilot who flew both jets, put the result bluntly. The F-22 against a fourth-generation fighter, he said, “is like having two football teams against each other and one of them is invisible!”

Supercruise and thrust vectoring

The F-22 can hold speeds above Mach 1.5 without afterburner, which the Air Force calls supercruise. An F-15 has to light its afterburners to go supersonic, and afterburner drains fuel quickly.

The Raptor also points its engine exhaust up and down through two-dimensional thrust vectoring nozzles. That lets it move its nose at angles where normal control surfaces stop working, something the F-15 was never built to do.

Together they let the F-22 choose when a fight starts and when it ends. It can arrive supersonic with fuel to spare, and disengage without spending its reserve to do it.

Myth check: the F-15 is faster, so it would win

On paper the F-15 is quicker, with a top speed of Mach 2.5 against the F-22’s Mach 2.25, both at high altitude. That figure is for a clean jet: with conformal fuel tanks fitted the Eagle is rated at about Mach 2.0, and air combat is rarely fought near top speed. The number that matters is the Raptor’s ability to stay above Mach 1.5 without afterburner.

A cockpit that does the work

In an F-15C, the pilot builds the tactical picture by hand. Shower described it this way: “In an F-15 you’re sensor operator, you’re working the radar.”

The F-22’s AN/APG-77 radar and passive sensors feed one fused display instead. In Shower’s words, the Raptor “does it all for you,” which leaves the pilot free to fight.

Would an F-22 beat an F-15 in a dogfight?

Almost certainly, and the Air Force has already tested the question. At Exercise Northern Edge in Alaska in 2006, F-22s ran up a 108-to-zero kill ratio against the best F-15, F-16 and F-18 adversaries the exercise could field.

The Raptors took on as many as 40 opposing aircraft in those simulated battles. They also held a 97 percent mission capable rate during the exercise, far above anything the fleet has managed in recent years.

The F-15 is no pushover up close. Its engines produce more thrust than it weighs at combat weight, its large wing turns hard, and it carries the same eight air-to-air missiles as a Raptor, just on the outside.

The problem is getting close. An F-15 pilot has to find a target their radar struggles to see, and by then the Raptor has usually already fired.

The kill ratio people search for

The 108-to-zero figure comes from simulated combat at Northern Edge 2006, not from a war. The F-22’s first real air-to-air kill came on February 4, 2023, when one shot down a Chinese surveillance balloon off South Carolina with an AIM-9X Sidewinder at 60,000 to 65,000 feet.

Where the F-15 Eagle wins

A combat record the Raptor cannot match

The F-15 has a combined air-to-air record of 104 kills and no losses, a tally counted through 2008. The air-superiority models, the A, B, C and D, have no recorded losses to enemy action.

In the 1991 Gulf War, US Air Force F-15Cs scored 34 of the service’s 37 air-to-air victories. Israeli Eagles account for a large share of the rest of the total.

The F-22 has flown combat since 2014, when it bombed targets in Syria, and in 2026 it flew combat operations against Iran from Ovda Air Base in Israel. No F-22 kill against a crewed enemy aircraft has been made public.

Far cheaper to fly

The Pentagon’s fiscal 2026 reimbursement rates, the hourly price charged to other Defense Department users, put the F-22A at $55,051 per flight hour. The old F-15C is billed at $35,468, about a third less, up sharply from $24,566 a year earlier.

The new F-15EX is the real bargain at $17,321 an hour, less than a third of the Raptor’s rate. The F-35A, at $18,600, costs slightly more than the F-15EX, a matchup we cover in our F-35 vs F-15 comparison.

More often ready to fly

In fiscal 2024 the F-22 fleet was mission capable 40.19 percent of the time, down from 52 percent a year earlier. The F-15C managed 52.9 percent and the two-seat F-15D 63.7 percent.

Part of that Eagle gain came from retiring the most worn-out jets, so read it with care. The F-15EX posted 83.13 percent, from a fleet of just eight aircraft at the time.

Exports, numbers and a live production line

McDonnell Douglas and its license partners built 1,198 air-superiority Eagles in the A, B, C, D, J and DJ versions, and Israel, Japan and Saudi Arabia all fly the type. Boeing, which now owns McDonnell Douglas, is still building new F-15s today.

Only 195 Raptors were ever built, and US law has barred any foreign sale since fiscal 1998. No ally flies one, and with the line long closed, none is likely to.

Why the Eagle outlived its replacement

The Raptor was built to take over from the F-15. The Air Force first planned 750 of them, cut that to 381, and in April 2009 Defense Secretary Robert Gates capped production at 187 operational jets.

The last F-22 was delivered in May 2012. With too few Raptors to cover the mission, the Air Force kept flying its F-15Cs long past their planned retirement.

That extension is still running. The Air Force plans to keep 42 F-15C/Ds through 2028 and its 21 healthiest “Platinum Eagles” at Fresno, California, through 2030 for homeland air defense.

The Eagle’s real successor is another Eagle. In its fiscal 2027 budget request the Air Force more than doubled its planned F-15EX Eagle II buy, from 129 to 267, to replace old F-15C/Ds and the A-10 and to start retiring the F-15E Strike Eagle.

The Raptor, meanwhile, is a fixed fleet of about 184 jets. US law bars the Air Force from retiring any before September 30, 2027, and the House version of the fiscal 2027 defense bill would stretch that to 2032.

That bill passed the House 216 to 212 on July 22, 2026, but it stalled in the Senate and had not become law as of September 2026.

The F-22’s eventual successor is Boeing’s F-47, a sixth-generation fighter picked on March 21, 2025, with a first flight expected in 2028. As recently as 2024, the Air Force’s air combat commander said there was “no official replacement to the F-22 right now.”

Both jets are caught in a wider squeeze: the US Air Force fighter fleet has dropped below the size Congress requires, which is why neither type can be retired quickly.

Jul 1972

The F-15 Eagle flies for the first time. McDonnell Douglas designed it for one job: winning the fight for the sky.

1991

F-15Cs dominate the Gulf War air battle. They score 34 of the US Air Force’s 37 air-to-air victories.

Sep 1997

The first F-22 flies. The Raptor is meant to take over the Eagle’s air-superiority role.

Dec 2005

The F-22 reaches initial operating capability. It begins replacing the F-15 in active-duty squadrons.

2006

Exercise Northern Edge. F-22s post a 108-to-zero simulated kill ratio against F-15, F-16 and F-18 adversaries.

Apr 2009

Robert Gates caps Raptor production at 187. The Air Force had once planned 750.

May 2012

The last F-22 is delivered. 195 were built in total, including test aircraft.

2014

The F-22 flies its first combat missions. Raptors strike targets in Syria.

Feb 2023

The F-22’s first air-to-air kill. An AIM-9X brings down a Chinese surveillance balloon off South Carolina.

Feb 2026

F-22s deploy to Ovda Air Base, Israel. They fly combat operations against Iran before returning home in July.

Apr 2026

The Air Force doubles its F-15EX plan. The planned buy rises from 129 to 267 jets.

Has the F-15 ever lost a dogfight?

Not to an enemy fighter, on the record. The F-15 counts 104 air-to-air kills and no air-to-air losses through 2008, and the air-superiority A to D models have no recorded losses to enemy action.

Strike Eagles have been lost in other ways. On March 2, 2026, three US F-15Es were shot down over Kuwait in an apparent friendly-fire incident during Operation Epic Fury against Iran.

All six crew ejected safely. Later reports said one or more Kuwaiti F/A-18s fired on them, and the incident was still under investigation at the time of reporting.

A month later, Iran brought one down. On April 3, 2026, an F-15E from the 494th Fighter Squadron was shot down over southwestern Iran, near Yasuj, reportedly by a shoulder-fired missile.

Both crew ejected over Iranian territory. The pilot was rescued about seven hours later and the weapon systems officer on April 5, after a large US rescue operation.

Neither loss came from an enemy fighter, so the Eagle’s air-to-air record still stands.

Can any plane beat the F-22?

No aircraft has been shown to beat it. The Raptor has never faced a peer fighter in real combat, so the honest answer rests on exercises like Northern Edge, where it lost nothing.

The nearest challengers are China’s Chengdu J-20 and Russia’s Su-57, both fifth-generation stealth designs. We compare the F-22 against the Chengdu J-20 and the F-22 against the Su-57 Felon separately.

The Raptor’s bigger weakness is not an opponent. It is a fleet of about 184 jets that was ready to fly 40 percent of the time in 2024, with no production line to replace any it loses.

The verdict

If one aircraft had to win a fight for control of the sky, take the F-22. It sees first, shoots first and leaves on its own terms, and nothing in the F-15’s design can change that.

If you are paying for an air force, the F-15 makes a case the Raptor cannot. It costs far less per hour, above all the new F-15EX, it is ready more often, allies fly it, and new ones are coming off the line.

The Air Force built the F-22 to retire the F-15 and got the opposite. For the Raptor against its stealthy stablemate, see our F-22 vs F-35 comparison, and for the wider field, our ranking of the best fighter jets in the world.

FAQ

In air combat, yes. The F-22 is stealthy, cruises above Mach 1.5 without afterburner, vectors its thrust and fuses its sensors, and in the 2006 Northern Edge exercise it scored 108 simulated kills for no losses against F-15s, F-16s and F-18s. The F-15 wins on cost and availability: in the Pentagon’s fiscal 2026 rates the new F-15EX costs $17,321 an hour to fly and the older F-15C $35,468, against the Raptor’s $55,051, and the Eagle is still in production.
The F-15 has the higher published top speed, Mach 2.5 against the F-22’s Mach 2.25, both at high altitude. The F-22 is faster where it counts in practice, because it can hold speeds above Mach 1.5 without afterburner. The F-15 has to use afterburner to go supersonic, and with conformal fuel tanks fitted it is rated at about Mach 2.0.
Almost certainly. At Exercise Northern Edge in 2006, F-22s posted a 108-to-zero simulated kill ratio against F-15, F-16 and F-18 adversaries, taking on as many as 40 opposing aircraft. Most of that advantage comes from seeing and shooting first, before a close-in fight ever starts.
Not to an enemy fighter on the record. The F-15 has 104 air-to-air kills and no air-to-air losses, a tally counted through 2008, and the air-superiority A to D models have no recorded losses to enemy action. Strike Eagles have been lost in other ways: three were shot down over Kuwait on March 2, 2026, in an apparent friendly-fire incident, and Iran shot one down on April 3, 2026, reportedly with a shoulder-fired missile. All eight crew survived.
No aircraft has been shown to. The F-22 has never faced a peer fighter in real combat, and in exercises such as Northern Edge 2006 it lost nothing. Its closest rivals are China’s J-20 and Russia’s Su-57, neither with a combat record against it. The Raptor’s real limits are a fleet of about 184 jets and a 40.19 percent mission capable rate in fiscal 2024.
Defense Secretary Robert Gates capped production at 187 operational aircraft in April 2009, far below the 750 the Air Force first planned. The last Raptor was delivered in May 2012, with 195 built in total including test aircraft. US law has barred F-22 exports since fiscal 1998, so there were no foreign orders to keep the line running.
Yes. The F-15’s published top speed is Mach 2.5 at high altitude, while the US Air Force lists the F-35A at Mach 1.6, about 1,200 mph (1,930 km/h). The F-35 trades top speed for stealth and sensors, as the F-22 also does to a lesser degree.
Yes, as the Boeing F-15EX Eagle II. In its fiscal 2027 budget request the Air Force raised its planned buy from 129 to 267, and about 25 were in its inventory in April 2026. The older F-15C and F-15D are being retired, with the last 21 kept at Fresno, California, through 2030.
About 184, out of 195 built including test aircraft. US law bars the Air Force from retiring any of them before September 30, 2027. The House version of the fiscal 2027 defense bill would extend that to 2032, but it had not become law as of September 2026.

Sources and references used for research and fact-checking.

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.