A recent flurry of commentary in US defence media, prompted by American air operations over Iran, has reignited a familiar debate: do F‑22s and F‑35s still decisively outrange China’s fifth‑generation fighters? One US commentator argued that recent missions will give American pilots and systems valuable combat data that widen an “experience gap” with the People’s Liberation Army Air Force (PLAAF). Chinese voices have been quick to push back, saying the narrative is premature and that hardware and integrated force trends point the other way.
The technical claim is straightforward: US analysts emphasise sensor fusion, electronic warfare and stealth integration as enduring US strengths, and treat real combat sorties as the final arbiter of which concepts work. Chinese commentary contests that view on multiple grounds. Beijing notes that the PLAAF now fields hundreds of J‑20s, is rapidly deploying J‑35 variants, and has invested heavily in long‑range sensors, datalinks and supporting platforms — elements that complicate simple comparisons focused on single‑aircraft metrics.
The two sides are also talking past one another when they invoke “combat experience.” US veterans point to repeated operations in the Middle East and partner combat experience — often against less sophisticated opponents — as proof of practical superiority. Critics say that engagements against fourth‑ and third‑generation aircraft or non‑state actors do not translate into lessons for high‑end, peer‑on‑peer air combat. An Israeli F‑35I shooting down a Yak‑130 trainer, cited by commentators as an example of air‑to‑air success, is an asymmetric encounter that proves little about fifth‑generation matchups.
Hardware realities complicate grand claims of dominance. Some aspects of Chinese designs — notably range and payload on certain Chinese fighters — are touted as advantages by Beijing; US platforms retain strengths in low‑observable shaping, sensor fusion software and expeditionary support. Yet the US inventory has limits: F‑22 production ended years ago, constraining fleet size, and the F‑35 programme continues to wrestle with software and sustainment challenges even as it receives iterative upgrades. China’s numerical growth, indigenous subsystems and maturing force‑wide networking have narrowed some gaps.
Beyond aircraft, the balance depends on the surrounding ecosystem: airborne early warning, aerial refuelling, electronic warfare, and integrated air‑defence systems. US doctrine emphasises joint, networked operations with AWACS, tankers and suppression‑of‑enemy‑air‑defence packages; PLA development has focused on counter‑network tools, long‑range strike, integrated sensors and layered defences. Both approaches have strengths and vulnerabilities, and neither guarantees uncontested supremacy in a contested environment.
The rhetorical tussle matters for reasons that go beyond bragging rights. Public assertions of technological or experiential dominance aim to reassure domestic audiences and allies, justify budgets and influence potential adversaries’ calculations. They also shape procurement and training priorities: emphasising “experience” can justify continued investment in legacy platforms and training pipelines, while Beijing’s counter‑narrative supports accelerated production, integrated systems and doctrine tailored to contested regional scenarios.
In short, claims that F‑22s and F‑35s have definitively outclassed China’s J‑20s and J‑35s are overstated. Real advantage will be decided in complex, integrated campaigns — not single engagements against inferior opponents — and both sides are likely to continue competing in technology, numbers and operational concepts. For policymakers and regional states, the takeaway is that air‑power balances will remain fluid and that messaging on either side will reflect political needs as much as technical reality.