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Unlike the newer Lockheed Martin F-35 Lightning II, which was designed for multinational cooperation and export, the F-22 Raptor was built as a ‘silver bullet’ for absolute air dominance. The United States Air Force is the sole operator of the F-22 because, in 1998, Representative David Obey introduced an amendment to the Department of Defense Appropriations Act that blocked the export of the F-22.
The act was meant to safeguard its highly classified stealth technology and maintain a decisive military edge over rivals like China and Russia. Because of the ban, the Pentagon never authorized the massive funding required to develop a downgraded export variant that could be safely sold to allies like Japan, Israel, or Australia. Its stealth coatings, radar-absorbing materials, and specialized avionics were considered too sensitive to risk through potential espionage or reverse engineering by foreign entities.
Advanced Tactical Fighter: The Raptor’s Origin Story
The F-22 is the direct successor to the McDonnell Douglas F-15 Eagle. The Raptor followed a similar philosophy during development to become a pure air superiority platform. The catchphrase coined during the development of the F-15: “not a pound for air to ground,” was also applied to the F-22 until the post-Cold War landscape of defense forced it to evolve. In the late stages of development, the USAF even briefly redesignated it F/A-22 to highlight its new multirole capability before opting to go with F-22A when it entered service in 2005.
Like the F-15 Eagle before it, the F-22 was born from the Advanced Tactical Fighter program to counter high-end Soviet threats like the Sukhoi Su-27 Flanker and Mikoyan-Gurevich MiG-29 Fulcrum. Yet, Raptor’s internal bays were found to be large enough to carry two 1,000-lb GBU-32 JDAMs or eight Small Diameter Bombs. The F-22’s combat debut in 2014 was not an air-to-air dogfight, but a strike mission against ISIS targets in Syria.
Some have referred to the Raptor as a holdover from the Cold War because its primary foe was eliminated with the collapse of the Soviet Union. The original manufacturing objective of 750 aircraft was lowered to just 187 operational units because of rising costs and a perceived lack of near-peer threats following the end of the Cold War. Because so few airframes have been built, the Air Force needs every one for its own operations.
The industrial infrastructure and specialized tools were either dismantled or repurposed after production ended in 2011. Restarting the production line now would be prohibitively expensive and strategically impractical as the US shifts its focus to sixth-generation fighters.
The Dwindling F-22 Fleet
The mission-capable rate of the F-22 decreased from 57.4% just two years earlier to 40.19% in fiscal year 2024. It has been established that crashes have claimed at least five Raptors. Only roughly 143 of the entire fleet have combat codes. The older Block 20 variants are also allocated for training as they lack modern sensors and weapons.
Despite the Air Force’s efforts to divest planes to save $2.5 billion, Congress has blocked the retirement of 32 of these older, high-maintenance Block 20 aircraft until at least 2028. The aircraft’s low-observable (stealth) coatings, which date back to the 1990s, are labor-intensive and quickly deteriorate. The total readiness average is essentially lowered by keeping these least-capable units in the fleet.
The F-22 is a tiny, out-of-production fleet that suffers from ‘vanishing vendor syndrome,’ which is the loss of original parts producers. Despite these obstacles, the Air Force is investing up to $7.8 billion through 2029 to modernize the fleet’s combat-capable segment, ensuring these aircraft serve as a “bridge” until the Next Generation Air Dominance fighter is delivered.
Despite being decades older than its competitors and suffering from the effects of old age, Skunk Works’ superb stealth aircraft remains the gold standard in aerial combat. The remarkable F-22 Raptor has a lower radar profile than any other aircraft. Its signature is around the size of a marble, putting it in a class of its own, even among other fifth-generation stealth fighters.
The F-22 was not only the world’s first stealth fighter of the fifth generation, but also the first combat jet to be supermaneuverable. Its capacity to undertake post-stall maneuvers and outfly lighter and more agile fighters using pure force is complemented by exceptional supercruise capability and other traits that rivals still lack.
The Raptor’s ability to kill before being detected, or the first-look, first-shot, first-kill advantage, is driven by automated data processing. The system pulls data from the APG-77 active electronic radar, the Electronic Warfare suite, and infrared sensors. Its computer merges these into a single track file that shows the pilot one master icon for every friendly or foe in the sky.
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Raptor By The Numbers
The combination of two-dimensional thrust vectoring engine exhaust nozzles and extremely modern fly-by-wire digital avionics has given the F-22 what the Air Force refers to as super maneuverability. The engine nozzles on the F-22 may tilt by 20 degrees up or down. This allows the pilot to use the engines’ raw power to propel the nose of the plane in any direction, even at near-zero airspeed. The F-22 can execute post-stall maneuvers such as the J-turn or power loop, causing other jets to virtually fall out of the sky.
The Pratt & Whitney F119 engines of the F-22 Raptor were the most potent fighter jet turbofans ever produced until Lockheed Martin’s F-35 was introduced. The F-22 still has higher thrust overall because it has two engines, even though the F-35 may have a more potent single engine. The jet can execute maneuvers unattainable for most other aircraft, thanks to the enormous power these two engines together generate. The Raptor can execute cobra turns, which involve pointing its nose straight up while maintaining level flight path, or Herbst maneuvers.
|
Specification |
F-22 Raptor |
|---|---|
|
Maximum Speed |
Mach 2.25 (1,500 Miles per Hour / 2,414 Kilometers per Hour) |
|
Supercruise Capability |
Mach 1.5–1.82 |
|
Rate of Climb |
62,000 Feet per Minute (18,898 Meters per Minute) |
|
Service Ceiling |
65,000 Feet (19,812 Meters) |
|
Engine Configuration |
2 × Pratt & Whitney F119-PW-100 |
|
Total Thrust (Afterburner) |
70,000 Pounds-force (311 Kilonewtons) |
|
Combat Radius |
460 Miles (740 Kilometers) |
The F-22 Raptor’s supercruise capability is another hallmark of its reputation as the gold standard of air dominance. Many modern fighters can briefly touch Mach 1.2+ without afterburners under perfect conditions. However, the F-22 is the only fighter that can supercruise while carrying a full internal combat load for the majority of its mission. The F-22 can supercruise at speeds officially exceeding Mach 1.5, with some estimates placing its sustainable speed as high as Mach 1.82.
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5th-Gen All-Rounder
On top of its baseline stealth dominance, the F-22 enhances its tactical edge with all-around stealth, greater top speeds, longer range, a larger weapons employment envelope, and improved maneuverability. The Raptor not only has the upper hand, but it can also effortlessly dispatch almost any foe in a close-quarters ‘knife fight’. When all other strategies fail, the Raptor may still rely on its sheer engine power, which exceeds that of any other aircraft in its class.
The majority of fifth-generation aircraft are compromises, trading stealth for payload or speed for fuel. The only aircraft that refused to sacrifice kinematics was the F-22. It is the fastest, highest-flying, tightest-turning, and most difficult-to-see aircraft ever constructed. It was intended to put an end to the air war before the adversary even realized it had begun, not only to take part in it.
The F-22’s Pratt & Whitney F119 engines are highly mature and specifically built for the stresses of prolonged supersonic flight. While China’s J-20 is showing promise with its new WS-15 engines, the long-term reliability and fuel efficiency of these engines in a high-stress combat environment remain unproven compared to the decades of operational data for the F119.
This is not only a performance advantage on a strategic and tactical level, thanks to rapid redeployment and fuel savings, but also a stealth-enhancing feature. Most aircraft must use afterburners to reach supersonic speeds, which creates a massive infrared (IR) signature that can be tracked by enemy heat-seeking sensors. The F-22’s ability to maintain high speed without afterburners keeps its IR signature low, preserving its stealth while it rapidly closes in on or escapes from a threat.
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Super Raptor Incoming
The new Super Raptor program is a multibillion-dollar effort to build on the qualities of the F-22 Raptor. Lockheed Martin’s goal is to make it into a data-centric command node for modern battlespaces. These upgrades are vital for the F-22 to stay relevant as the quarterback for Collaborative Combat Aircraft, or Loyal Wingman drones, and to integrate with the upcoming 6th-Gen Boeing F-47 stealth jet, the Next Generation Air Dominance fighter.
In addition to a host of upgrades to its stealth, weapons, and sensor systems, the Raptor is finally getting the first helmet-mounted display system since it entered service. This is a key area where it has lagged behind other platforms, including the General Dynamics F-16 Fighting Falcon and Lockheed Martin F-35 Lightning II. The addition of the helmet-mounted display makes the F-22 cockpit a more lethal flight deck than ever before. Pilots can now cue the AIM-9X Sidewinder and the APG-77 radar just by looking at a target.
