One of the long-term ironies of stealth aviation is that the best aspects of an air-to-air battle may take place long before anybody notices anything whatsoever. The U.S. Air Force F-22 Raptor, positioned next to the J-35A of China, is still a reference point of what a purpose-built air-superiority stealth fighter should look like when the principles of speed, signature control and integration of pilots with machines were put into one package. According to the description, the J-35A is a twin-engine fifth-generation multirole aircraft, destined to supplement J-20 on a high-low mix, where the former is deployed to protect defenders in the military by not always entering open conflict. In such a presentation, the “matchup” is not one dogfight but the one that can maintain the sensing-shooting edge over and over through sorties that are complex and frequent.
In theory, the J-35A sounds appealing: it has good range and payload, its shaping design is obviously inspired by contemporary low-observable design, and its avionics are fresh. The F-22 is countered by supercruise, performance envelope which is even important when geometry fails and missiles compel violent maneuvers. One of the most frequently mentioned Raptor advantages is propulsion: the twin F119 engines, the two-dimensional thrust vectoring, and a high thrust-to-weight ratio of the jet make it hard to corral after it has gained energy and altitude. And, in practice, that is survivability, particularly when the weapons are already in the air, and both parties are attempting to break target tracks.
The point where the comparison is quickened is in sensing and electronic fight. Long-range missiles can never be much better than the quality of the track behind them, and both parties have evidently developed their current strength upon long-range fires. The primary story in the main article of the Chinese PL-15 and the American AMRAAM family revolves around the right axis, but the more important story is how both nations are driving the sensor stack which dictates who can get the “first look” without announcing their location. This is why the F-22 modernization development is important: the Fiscal Year 2026 request of the Air Force outlines a new-start “viability” program of $90.34 million, specifically credited to Low Observable signature management, radars, cyber hardening, electronic warfare, and cockpit interface improvements.
The most tangible piece of hardware in that package is the Infrared Defensive System, a missile-warner modernization which the budget text says is about to replace old sensors to enhance air-to-air and surface-to-air detection of long-range threats. Simultaneously, the identical budgetary items describe a planned effort to develop an “advanced Infrared Search and Track” pod, the two lots of 15 pods already ordered and the initial deliveries envisioned in the second quarter of Fiscal Year 2028. This is important since passive infrared search is a direct response to the world where emissions discipline, jamming and counter-detection may determine the first strike. Infrared tracks can also be shared and refined by networks and a formation can become a distributed sensor, instead of a collection of independent radars.
The Chinese solution to the same issue however seems to be the same, but only growing parallel. It has been seen with the public release of the J-20S two-seat aircraft that the PLA attaches importance to an onboard mission commander to control information and formation including manned-unmanned teaming. One Chinese state-funded source made the idea a soccer analogy: one additional pilot is one additional mission commander- a quote credited to Zhang Xuefeng. The rhetoric is the same, no matter what: the cockpit workload is shifting to control of sensors, links and offboard assets as much as of stick and rudder flight.
The context alters the true measure of “F-22 vs. J-35A”. It is not merely the stealthiest, fastest, newer jet. It is the side whose kill chain is tougher-the sensors to perceive without being perceived, data connections that can withstand disruption, countermeasures that can defeat endgames of missiles, and training that makes all this all repeatable and high-confidence tactics. The Raptor has an ongoing upgrade in spite of a small fleet, 185 F-22s, of which 143 are combat-coded, indicating that the Air Force is tackling that kill-chain issue as not historical, but as urgent.
The actual pressure point of the J-35A lies in the fact that it can be used to have sustained operations in combination with the J-20: not one engagement where it is used in the showcase environment, but an effort to compress the timelines of reaction, complicate air policing, and have defenders spend readiness on ambiguity. With that said, the brochure specification is sometimes irrelevant in such a setting – it is the side that can have its sensors straight, its signatures under control, and its crews trained under the load of the operational situation.
