J-20 vs F-22, Numbers Against a Legend

One is the finest air-superiority machine ever built, out of production since 2011 with around 180 airframes. The other is a newer, bigger jet built by a nation that can make 100 of them a year. The J-20 versus F-22 question is no longer whether China copied the Raptor’s homework, it is whether quality frozen in time beats quantity that keeps improving.
Two jets, two theories of air war
The F-22 was designed to be the world’s best dogfighter and first-look killer, a thrust-vectoring athlete meant to clear the sky anywhere. The J-20 is built for a specific map, long-legged interception across the Pacific’s distances, designed to lunge past fighter screens and kill the tankers, AWACS and bombers that American airpower cannot fight without. Judging the J-20 as a Raptor clone misses that its designers may never have wanted a Raptor, they wanted a spear for a different fight.
Airframes and engines
| Parameter | J-20 | F-22 |
|---|---|---|
| Length | ~21.2 m | 18.9 m |
| First flight | 2011 | 1997 |
| Engines | 2x WS-10C, WS-15 arriving | 2x F119, thrust vectoring |
| Supercruise | Yes, with WS-15 (claimed) | Yes, proven, ~Mach 1.8 |
| Maneuvering aids | Canard-delta | 2D thrust vectoring |
| Internal cannon | No | Yes, 20mm |
| Production status | ~100/year and rising | Ended 2011 |
The Raptor’s F119 engines with thrust vectoring still define its class, powering proven supercruise and post-stall agility no J-20 demonstration has matched. But the engine story is the J-20’s trajectory in miniature, from imported Russian AL-31s to domestic WS-10Cs to the long-awaited WS-15 now entering service on the J-20A, each step closing a gap Beijing was told it could not close. The J-20’s lack of a cannon and its canard layout signal a jet that intends to kill from beyond visual range and leave.
Stealth, where the Raptor still rules
Most Western assessments give the F-22 the cleaner signature, an all-aspect design with no canards, obsessive shaping discipline and mature coatings. The J-20’s canards and larger airframe likely cost it rear and side-aspect stealth, though its frontal signature is assessed as genuinely low, sufficient against the fire-control radars it must defeat head-on during an intercept run. Stealth is aspect-dependent accounting, and each jet optimized for the geometry its mission expects.
Sensors and missiles, where it gets close
Here the years matter in China’s favor. The J-20 carries a modern AESA radar, a distributed passive-detection suite and an IRST, feeding missiles the F-22 must respect, the PL-15 whose export debut over South Asia in 2025 made headlines, and the PL-17, a very-long-range weapon claimed beyond 300 kilometers aimed at support aircraft. The Raptor’s sensors were revolutionary in 2005 and have been upgraded since, but its AIM-120 family has less reach than the newest Chinese rounds until AIM-260 fields at scale, and it still lacks a helmet-mounted sight most modern fighters consider basic. Twin-seat J-20S variants add a weapons officer for directing loyal-wingman drones, an operational concept the Raptor fleet is only beginning to test.
The production gap that decides
Around 500 J-20s existed by mid-2026 against roughly 150 combat-coded Raptors that average twenty years old, and the Chinese line accelerates while American F-22 numbers can only shrink. Washington’s answer is not more Raptors but the F-47 NGAD program and massed F-35s, conceding that the Raptor’s reign ends by attrition of time. In any single merge the F-22 remains the jet to bet on; in a theater-wide campaign of sorties, spares and replacements, the arithmetic has already changed sides. That is the comparison’s uncomfortable answer, the better fighter and the better fighter force are no longer the same thing.
The Pacific Basing Equation
The comparison extends beyond the jets to where they sleep. Raptors deploy to the Pacific in small rotational packets, dependent on a handful of vulnerable bases at Kadena and Guam that Chinese missile forces explicitly target, while J-20s operate from an expanding network of hardened mainland airfields inside their own air defense umbrella. A fighter that cannot take off wins nothing, and the airfield problem may matter more than any radar figure in the comparison.
This is why American planning pairs its fifth-generation fleet with dispersal doctrine, austere-field operations and aerial-refueling chains, and why China builds very-long-range missiles like the PL-17 to attack the tankers those chains depend on. Each side is trying to unplug the other’s jets before the merge ever happens.
Frequently asked questions
Is the J-20 a copy of the F-22?
It borrows stealth-shaping lessons visible worldwide, but its canard-delta layout, size and mission emphasis on long-range interception are meaningfully different design choices.
Which is stealthier, J-20 or F-22?
Most assessments credit the F-22 with superior all-aspect stealth; the J-20’s frontal signature is assessed as low, with larger side and rear returns.
How many J-20s does China have?
Open-source estimates put roughly 500 aircraft by mid-2026, with production around 100 per year.
Could the F-22 beat the J-20 in combat?
Within visual range the Raptor’s agility remains unmatched; beyond visual range the outcome turns on sensors, missiles like PL-15 versus AIM-120/AIM-260, and supporting networks on each side.
- Wikipedia – Chengdu J-20 and Lockheed Martin F-22 (accessed October 2026)
- US DoD China Military Power reports
- Reporting on PL-15 combat debut and WS-15 fielding (manufacturer claims noted)
