The F-22 Raptor is one of the fastest operational stealth fighters, but it is not the fastest fighter ever built. Official sources place its top speed at roughly Mach 2.0 to Mach 2.25, while the MiG-25 Foxbat is listed at Mach 2.83. The F-22’s more important advantage is the combination of speed, supercruise, stealth, agility, sensor fusion, and integrated weapons.
The F-22 Raptor is not the fastest fighter ever built if “fastest” means the highest published top speed. Official figures place the Lockheed Martin F-22A’s maximum speed at roughly Mach 2.0 to Mach 2.25, while the MiG-25 Foxbat is listed at Mach 2.83. The more accurate description is that the F-22 is one of the fastest operational stealth fighters—and one of the most capable aircraft designed to combine speed, stealth, agility, sensor fusion, and air-to-air weapons.
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That distinction matters. A fighter’s brief maximum-speed dash is only one performance number. The F-22’s more important speed advantage is supercruise: sustained supersonic flight above Mach 1.5 without using afterburners. That lets it approach an engagement area quickly while preserving more fuel and tactical flexibility than an aircraft that must continuously use afterburner to remain supersonic.
How fast is the F-22 Raptor?
Published official figures vary slightly, but they consistently place the F-22 in the Mach-two class:
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| Performance measure | Published figure | What it means |
|---|---|---|
| Approximate maximum speed | Mach 2.0 | Figure listed by the National Museum of the U.S. Air Force |
| Maximum speed in an Air Force Academy profile | Mach 2.25 | A higher published specification figure |
| Supercruise | Above Mach 1.5 | Supersonic flight without afterburner |
| F-22A supercruise figure in one Academy profile | Mach 1.82 | A representative published supercruise speed |
The cleanest summary is therefore: the F-22’s published top-speed figures are approximately Mach 2.0 to Mach 2.25, and its supercruise capability is above Mach 1.5.
Those numbers should not automatically be treated as contradictory test results. Aircraft specifications may be rounded, tied to a particular configuration, or stated under different test and operational assumptions. NASA’s Langley research summary, for example, records a maximum speed above Mach 1.7 in the context of research into supersonic cruise without afterburner, rather than presenting the same kind of headline specification as a museum or aircraft profile.
It is also misleading to convert these Mach figures into one universal miles-per-hour number. Mach is a ratio between an aircraft’s speed and the local speed of sound. Because the speed of sound changes with altitude and temperature, Mach 2 does not represent one fixed mph value in every flight condition.
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No—not by absolute published top speed. The National Museum of the United States Air Force lists the MiG-25 Foxbat at a maximum speed of Mach 2.83, comfortably above the F-22’s published Mach-two-class figures.
The MiG-25 was a high-speed interceptor and reconnaissance aircraft that entered service in 1970. It was designed around speed, altitude, radar, and missile carriage. The F-22 belongs to a different technological and operational generation. Its design priorities include low observability, integrated avionics, maneuverability, supercruise, and air dominance.
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A useful comparison is simple: the MiG-25 was faster on paper; the F-22 was designed to make speed work together with stealth and information advantage. That is not a claim that the F-22 exceeds the Foxbat’s maximum speed. It is a reminder that a top-speed ranking does not determine which aircraft is more effective in modern air combat.
What is supercruise?
Supercruise is the ability to fly supersonically for an extended period without relying on afterburner. The F-22’s engines and aerodynamic design allow it to cruise above Mach 1.5 without the continuous fuel consumption associated with afterburning supersonic flight.
An afterburner injects additional fuel into the engine’s exhaust stream to produce extra thrust. It is extremely useful when an aircraft needs rapid acceleration, a high-energy climb, or maximum performance. Its disadvantage is fuel consumption: operating an afterburner can use fuel far more rapidly than normal engine operation.
Supercruise can provide several operational benefits:
- Faster interception: the F-22 can reach an engagement area quickly without having to remain in afterburner the entire way.
- Greater range flexibility: reduced fuel consumption compared with an equivalent afterburning supersonic profile can leave more fuel for maneuver, weapons employment, or the return flight.
- More tactical options: speed can help the aircraft enter or leave a fight, reposition, or respond to another threat.
- Energy retention: arriving at a fight with useful speed and altitude can matter more than possessing a higher theoretical maximum that is rarely used.
The F-22 should not be described as supercruising at its maximum Mach number. Its maximum-speed figures are higher than its cited supercruise figures. Supercruise is a sustained operating capability, while maximum speed is a separate performance limit achieved under more specific conditions.
Why the F-22 remains exceptional despite not holding the speed record
The F-22 was not optimized simply to win a straight-line speed contest. It was designed as an air-superiority fighter whose capabilities reinforce one another.
Stealth
Low observability reduces the aircraft’s detectability and can make it harder for an opposing force to establish a reliable track. Stealth does not mean invisibility, and it does not eliminate every sensor or threat. Its value is that it can reduce an opponent’s warning time and complicate the process of detecting, identifying, tracking, and engaging the aircraft.
Speed and altitude
Speed gives a fighter the ability to cover distance, control the timing of an engagement, and disengage more effectively. High-altitude operation can also support speed, sensor performance, and weapon employment. In the F-22, these benefits are intended to work alongside stealth rather than replace it.
Maneuverability
The F-22 combines aerodynamic performance with thrust-vectoring engines to provide exceptional agility. Maneuverability remains important in situations where an engagement becomes close, where the aircraft must rapidly change direction, or where it needs to preserve favorable energy and position.
Integrated avionics and sensor fusion
The aircraft’s sensors and avionics are designed to combine information into a more useful picture for the pilot. Instead of requiring the pilot to interpret every sensor independently, sensor fusion helps present a more integrated understanding of the battlespace.
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That information advantage can be more valuable than a few additional tenths of a Mach number. Finding, identifying, and engaging a threat before the opponent can respond is central to the F-22’s air-dominance concept.
Weapons integration
The F-22’s internal weapons carriage supports its low-observable design, while its avionics help the pilot employ air-to-air weapons as part of a broader engagement system. The combination of stealth, sensors, speed, and weapons is the point: each capability is intended to improve the usefulness of the others.
F-22 Raptor facts
- Aircraft type: single-seat, twin-engine air-superiority fighter.
- Engines: two Pratt & Whitney F119 engines.
- Top speed: published official figures range approximately from Mach 2.0 to Mach 2.25.
- Supercruise: supersonic flight above Mach 1.5 without afterburner; one Air Force Academy profile lists Mach 1.82.
- Initial operational capability: December 2005.
- Production: Boeing’s historical summary states that production ended at 187 aircraft, with the final F-22 delivered to the U.S. Air Force in 2012.
The production total should not be confused with a current fleet inventory. Aircraft availability, upgrades, losses, retirements, and operational status can change, and a dated fact sheet should not be used to make an undated claim about how many F-22s are currently operational.
How the F-22 compares with the MiG-25
| Characteristic | F-22 Raptor | MiG-25 Foxbat |
|---|---|---|
| Primary design era | Modern stealth air-superiority fighter | Cold War high-speed interceptor and reconnaissance aircraft |
| Published maximum speed | Approximately Mach 2.0–2.25 | Mach 2.83 |
| Key design emphasis | Stealth, supercruise, agility, sensor fusion, and integrated weapons | Speed, altitude, radar, and missile carriage |
| Afterburner-free supersonic cruise | Yes; above Mach 1.5 | Not the defining capability associated with the comparison |
The table shows why “fastest” needs a definition. If the question is simply which aircraft has the higher published maximum speed, the MiG-25 wins this comparison. If the question is which aircraft better combines speed with low observability, modern avionics, agility, and air-dominance capability, maximum speed alone cannot answer it.
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Random freezes, missing sound and display glitches usually trace back to one bad driver. Find and replace yours safely.Free scan · under a minuteFor aviation enthusiasts: model kits and reference books
The F-22’s production line is closed, so it is not a new-aircraft buying topic. For readers who want a physical representation of the aircraft, an F-22 Raptor model kit is a more relevant option. Current hobby listings document kits from manufacturers including Academy, Trumpeter, and Hasegawa in scales such as 1/72, 1/144, and 1/48.
Choose the scale based on display space and experience. A 1/72 kit is usually a practical middle ground for many builders; 1/144 takes less room but generally offers less detail; and 1/48 produces a larger display model that can demand more time, space, and careful construction. Stock, sellers, prices, and exact kit contents vary, so check the scale and aircraft variant before ordering.
Books are another useful route for readers who want more than specifications. A specialist F-22 aviation reference book suits readers interested in development and technical history, while an F-22 Raptor book for young readers is better suited to children and families. A general Lockheed Martin F-22 book can provide an accessible overview of the aircraft’s history and role.
Bottom line: how fast is the F-22?
The F-22 Raptor has published maximum-speed figures of approximately Mach 2.0 to Mach 2.25 and can supercruise above Mach 1.5 without afterburner. It is among the fastest operational stealth fighters, but it is not the fastest fighter ever built by absolute top speed: the MiG-25 is listed at Mach 2.83.
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The F-22’s real distinction is the package. It combines high speed with stealth, maneuverability, sensor fusion, integrated avionics, and air-to-air weapons. In a modern combat aircraft, that combination can matter far more than a headline speed record.
Frequently Asked Questions
No, not if fastest means the highest published maximum speed. The MiG-25 Foxbat is listed at Mach 2.83, above the F-22’s published Mach 2.0-to-2.25 range. The F-22 is better described as one of the fastest operational stealth fighters.
Is the F-22 the fastest jet fighter in the world?
Officially published figures place the F-22’s maximum speed at approximately Mach 2.0 to Mach 2.25, depending on the source and specification being used.
What is the F-22 Raptor’s top speed?
The F-22 can supercruise above Mach 1.5 without afterburner. One U.S. Air Force Academy profile lists Mach 1.82 as a supercruise figure. Supercruise speed is lower than maximum speed and should not be treated as the same measurement.
How fast can the F-22 supercruise?
Supercruise allows sustained supersonic flight without the heavy fuel consumption of continuous afterburner use. It can help the F-22 reach an intercept area faster while preserving fuel and tactical flexibility.
Why is supercruise important?
The Bottom Line
The F-22 is not the fastest fighter ever by top speed. The MiG-25 is faster on published figures, but the F-22 combines Mach-two-class performance and Mach 1.5-plus supercruise with stealth, agility, sensor fusion, and integrated weapons—making it one of the most capable modern stealth air-superiority fighters.
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