we are in an era defined by contested airspace, electronic warfare, and artificial intelligence on the battlefield, a nation’s fleet of fighter jets is not merely hardware — it is the sharpest expression of sovereign will. The aircraft on this list are not ranked by speed alone. They are ranked by combat relevance: the fusion of stealth, sensors, software, and strategic signaling that determines who controls the sky in the wars and crises of the 2020s and beyond.
What follows is an analytically grounded ranking, drawing on open-source defense intelligence from Defense News, Aviation Week & Space Technology, Jane’s by S&P Global, official program disclosures from Lockheed Martin, and fleet data from FlightGlobal’s World Air Forces 2026. Where applicable, assessments from the RAND Corporation have informed strategic evaluations.
The ranking weighs five primary criteria: Stealth Profile, Sensor Fusion & Avionics, Maneuverability, Weapons Integration, and Combat-Proven Readiness. Generation designation — 4th, 4.5th, or 5th — is a factor but not the final word; a 4.5-generation platform maximally upgraded can outperform a poorly supported 5th-generation aircraft on any given mission.
Quick Answer: Top 10 Fighter Jets for Aerial Combat (2026)
- Lockheed Martin F-22 Raptor — USA (5th Gen) — Unmatched air superiority
- Lockheed Martin F-35 Lightning II — USA/Allies (5th Gen) — Multi-role dominance at scale
- Chengdu J-20 Mighty Dragon — China (5th Gen) — China’s stealth vanguard
- Sukhoi Su-57 Felon — Russia (5th Gen) — Supermaneuverable stealth contender
- Boeing F-15EX Eagle II — USA (4.5th Gen) — Heavy-payload supremacy
- Eurofighter Typhoon — Europe (4.5th Gen) — NATO’s agile workhorse
- Dassault Rafale — France/Allies (4.5th Gen) — Combat-tested excellence
- Saab JAS 39 Gripen E — Sweden (4.5th Gen) — Networked precision at low cost
- GCAP / F-X — Japan/UK/Italy — Emerging 6th-generation Pacific airpower
- HAL Tejas Mk.2 / AMCA — India — Asia’s rising indigenous platform
At a Glance: Capability Comparison
| # | Aircraft | Nation | Gen | Max Speed | Stealth | Active Units (est.) | Combat Record |
|---|---|---|---|---|---|---|---|
| 1 | F-22 Raptor | USA | 5th | Mach 2.25+ | ★★★★★ | ~183 | Limited (ISIS patrol) |
| 2 | F-35 Lightning II | USA + 17 allies | 5th | Mach 1.6 | ★★★★★ | 1,000+ | Israel, USAF strikes |
| 3 | J-20 Mighty Dragon | China | 5th | Mach 2.0+ | ★★★★☆ | ~250 | No confirmed combat |
| 4 | Su-57 Felon | Russia | 5th | Mach 2.0+ | ★★★☆☆ | ~25–30 | Ukraine (limited) |
| 5 | F-15EX Eagle II | USA | 4.5th | Mach 2.5 | ★☆☆☆☆ | ~80+ | Extensive (F-15 lineage) |
| 6 | Eurofighter Typhoon | UK/GER/IT/ESP | 4.5th | Mach 2.0 | ★★☆☆☆ | ~500+ | Libya, Iraq, Saudi Yemen ops |
| 7 | Dassault Rafale | France + exports | 4.5th | Mach 1.8 | ★★★☆☆ | ~250 | Libya, Mali, Syria, Ukraine support |
| 8 | Saab Gripen E | Sweden + exports | 4.5th | Mach 2.0 | ★★☆☆☆ | ~100 | None (NATO exercises) |
| 9 | GCAP / F-X | Japan/UK/Italy | 5th (dev.) | TBD | TBD | 0 (2035 target) | N/A |
| 10 | HAL AMCA / Tejas Mk.2 | India | 4.5–5th | Mach 1.8+ | ★★★☆☆ | Tejas Mk.1A in prod. | Tejas (India PAF intercepts) |
Rank #1 — Lockheed Martin F-22 Raptor
United States · Lockheed Martin / Boeing
| Spec | Detail |
|---|---|
| Generation | 5th |
| Max Speed | Mach 2.25+ (supercruise: Mach 1.82) |
| Combat Radius | ~760 km |
| Active Fleet (2026) | 183 operational |
| Stealth | All-aspect, sub-0.001 m² RCS (est.) |
| Primary Role | Air Superiority |
In any objective analysis of air-to-air combat capability, the F-22 Raptor occupies a category of one. Conceived during the Cold War and refined through the 1990s, it entered service in 2005 as the first operational fifth-generation fighter — and more than two decades on, it retains an edge in the metrics that matter most in a beyond-visual-range engagement: stealth, situational awareness, and the terrifying arithmetic of first-look, first-shoot, first-kill.
What makes the Raptor extraordinary is not any single system but the integration of all of them. Its AN/APG-77 active electronically scanned array (AESA) radar can track dozens of targets simultaneously in Low Probability of Intercept mode — meaning the F-22 can “see” while remaining effectively invisible to adversary radar. Its supercruise capability allows it to reach and sustain supersonic speeds without afterburner, arriving over a contested area at Mach 1.82 without announcing its position via an infrared flare visible from space.
For a pilot in a dogfight, this translates to a profound psychological and tactical asymmetry: by the time an opposing pilot’s radar warning receiver chirps, the Raptor’s AIM-120D AMRAAM may already be terminal-homing. The F-22’s thrust-vectoring engines allow post-stall maneuvers — the Herbst, the Pugachev Cobra analog — that can point the aircraft’s nose at a target in any attitude, even during a bleed-off of airspeed that would leave another aircraft momentarily helpless.
The program’s Achilles’ heel is scale: production ended at 187 airframes (four lost to attrition), and no export sales were ever authorized under U.S. law. The Air Force’s ongoing Increment 3.2B upgrades and a broader modernization push aim to keep the Raptor viable into the 2030s, when the NGAD (Next Generation Air Dominance) platform is expected to begin replacing it. Until then, the F-22 remains the gold standard of aerial combat.
Strategic verdict: The finest pure air-superiority fighter ever built. Its scarcity is the only limiting factor on American airpower in a near-peer conflict.
Rank #2 — Lockheed Martin F-35 Lightning II
United States + 17 Allies · Lockheed Martin
| Spec | Detail |
|---|---|
| Generation | 5th |
| Max Speed | Mach 1.6 |
| Combat Radius | ~1,093 km (F-35A) |
| Active Fleet (2026) | 1,000+ delivered globally |
| Stealth | All-aspect, low-observable design |
| Avionics Block | Block 4 / TR-3 processor |
If the F-22 is the world’s finest duelist, the F-35 Lightning II is its most consequential strategic weapon — not because of what a single airframe can do, but because of what a thousand of them, networked across seventeen allied nations, can do together.
The F-35 program reached a milestone in 2025 when the TR-3 (Technology Refresh 3) computer architecture began reaching operational squadrons, enabling the full Block 4 weapons and sensor suite. Block 4 unlocks capabilities including the AIM-260 Joint Advanced Tactical Missile (JATM) — designed specifically to out-range and outperform China’s PL-15 — and significantly expanded electronic warfare tools. The Distributed Aperture System (DAS), which wraps the aircraft in six infrared cameras providing 360-degree situational awareness, means an F-35 pilot effectively has eyes in the back of their helmet-mounted display.
In real-world combat, the F-35 has proven itself. The Israeli Air Force’s F-35I “Adir” variant conducted the first ever combat strikes by a fifth-generation aircraft, and by 2026 Israeli F-35s have amassed hundreds of operational sorties over contested airspace — validating stealth penetration and multi-domain coordination at scale.
What makes the F-35 rank second rather than first is its concession: to accommodate three variants (A, B, and C) for conventional, short-takeoff, and carrier operations, the airframe carries weight and drag penalties that limit its top speed and reduce pure air-to-air agility compared to the F-22. Its cost — approximately $80 million per F-35A in 2026 — has also declined substantially from peak figures, reinforcing the program’s long-term viability. According to Aviation Week, Lot 18+ production contracts reflect continued congressional commitment through the early 2030s.
Strategic verdict: The most important combat aircraft of the 21st century — not for what it does alone, but for what it enables across an entire allied force.
Rank #3 — Chengdu J-20 Mighty Dragon (歼-20)
People’s Republic of China · Chengdu Aircraft Corporation
| Spec | Detail |
|---|---|
| Generation | 5th |
| Max Speed | Mach 2.0+ (est.) |
| Engine (2026) | WS-15 (production build) |
| Active Fleet (2026) | ~250 and rising |
| Role | Stealth Strike / Air Superiority |
| Radar | AESA (type classified) |
The J-20’s ascent from a 2011 prototype to an estimated 250-plus operational airframes by 2026 is the most dramatic single development in global airpower since the end of the Cold War. China’s People’s Liberation Army Air Force (PLAAF) now operates the world’s second-largest fleet of fifth-generation fighters — and it is growing faster than any comparable Western program.
The aircraft’s most significant 2025–26 development has been the transition from the interim Russian-derived AL-31F engines to the indigenous WS-15 “Emei” turbofan across a growing share of production airframes. The WS-15 is believed to provide thrust comparable to the F-22’s F119 engines, potentially enabling supercruise and greater energy maneuverability. This engine transition marks a critical maturation: the J-20 is no longer a promising prototype dependent on foreign propulsion. It is an indigenous system approaching full operational independence.
The J-20’s design emphasizes two things: forward-hemisphere stealth and very-long-range intercept. Its primary weapon, the PL-15 radar-guided missile with a reported range exceeding 200 km, is specifically designed to target adversary tankers, AWACS aircraft, and command nodes before any visual merge. For American planners, this “supporter-killer” doctrine represents a direct threat to the logistics architecture on which U.S. Pacific airpower depends.
Significant uncertainties remain. The PLAAF has not operated the J-20 in contested combat, and independent assessment of its rear-hemisphere stealth — a known weak point from open-source imagery — remains difficult. Nevertheless, as Jane’s by S&P Global has assessed, the J-20 represents a credible peer threat to any non-F-22 fighter operating in the Indo-Pacific.
Strategic verdict: China’s leap into world-class fifth-generation aviation. Its growing numbers may matter more than its individual capability gaps.
Rank #4 — Sukhoi Su-57 Felon
Russia · United Aircraft Corporation / Sukhoi
| Spec | Detail |
|---|---|
| Generation | 5th |
| Max Speed | Mach 2.0+ (est.) |
| Active Fleet (2026) | ~25–30 operational |
| Stealth | Reduced-signature (not full LO) |
| Thrust Vectoring | 3D, all-axis |
| Weapons Capacity | Internal + 6 external hardpoints |
Russia’s Su-57 presents one of the most analytically contested questions in contemporary defense: Is it a genuinely capable fifth-generation platform, or an extremely sophisticated fourth-generation aircraft wearing fifth-generation branding? The answer, as of early 2026, is nuanced — and the context of Russia’s war in Ukraine has added uncomfortable empirical data.
By almost every measure of maneuverability, the Su-57 is extraordinary. Its three-dimensional thrust-vectoring nozzles, combined with a relaxed aerodynamic stability design, allow it to perform supermaneuvers — cobra-style pitching, flat spins into tracking solutions — that no Western fighter can replicate. In a within-visual-range dogfight governed by pure kinetics, the Su-57 would be among the most dangerous aircraft on earth.
The persistent criticism is stealth. Open-source analysis of the Su-57’s design — its exposed engine faces, surface panel lines, and reported radar cross-section measurements — suggests the aircraft does not achieve the all-aspect low-observable profile of the F-22 or F-35. Russian engineers appear to have made a deliberate trade: some stealth for significant aerodynamic performance and weapons capacity, including an unusually large internal bay capable of carrying the Kh-59MK2 cruise missile.
Production remains the Su-57’s Achilles’ heel. Wartime attrition of skilled labor, Western semiconductor sanctions, and industrial capacity constraints have kept the fleet below 30 operational airframes as of early 2026 — a fraction of the originally planned 76-aircraft initial order. The program continues, but its strategic impact remains limited by scale.
Strategic verdict: Potentially world-class in kinematic combat, but hobbled by stealth limitations and a production rate that makes it a boutique capability rather than a force-multiplier.
Rank #5 — Boeing F-15EX Eagle II
United States · Boeing Defense
| Spec | Detail |
|---|---|
| Generation | 4.5th |
| Max Speed | Mach 2.5 |
| Payload | 29,500 lbs — world record |
| Active Fleet (2026) | ~80 delivered, contract for 98+ |
| Radar | AN/APG-82(V)1 AESA |
| Digital Backbone | EPAWSS EW system |
The F-15EX is a reminder that generational labels can mislead: this aircraft, built on an airframe lineage with zero air-to-air losses since 1976, has been so comprehensively re-engineered that calling it “old” is like calling a rebuilt Formula 1 engine “used.”
Boeing’s Eagle II carries the AN/APG-82 AESA radar — one of the most powerful air-to-air radars on any fighter — combined with the Eagle Passive Active Warning Survivability System (EPAWSS) for electronic warfare, and an Open Mission Systems architecture that allows rapid integration of new weapons including the AIM-260 JATM. Its payload capacity of nearly 30,000 pounds is unmatched globally, allowing it to carry combinations of weapons that no other single-seat fighter can field.
The F-15EX is not stealthy — it was never designed to be — but in an era of contested electronic environments, its electronic warfare suite and massive sensor suite provide enough survivability to operate effectively against sophisticated integrated air defense systems (IADS) at range. It complements the F-35 perfectly: while the F-35 opens doors with stealth, the F-15EX floods through them carrying the full arsenal.
Strategic verdict: The finest 4.5th-generation platform ever built. Its weapons load and sensor suite make it a lethal complement to stealth-enabled teammates.
Rank #6 — Eurofighter Typhoon
UK · Germany · Italy · Spain · BAE Systems / Airbus / Leonardo
| Spec | Detail |
|---|---|
| Generation | 4.5th |
| Max Speed | Mach 2.0+ |
| Active Fleet (2026) | ~570 across operators |
| Radar | Captor-E AESA (Phase 3) |
| Latest Variant | Tranche 4 (in delivery) |
| Role | Air Defence / Strike |
The Eurofighter Typhoon is NATO’s most widely distributed advanced combat aircraft, operating with the air forces of the United Kingdom, Germany, Italy, Spain, Austria, Saudi Arabia, Qatar, Kuwait, and Oman, with further orders from a growing export list. This breadth of deployment is itself a form of strategic power: interoperability across NATO and partner nations means the Typhoon is woven into the backbone of Western air defence.
The Tranche 4 Typhoon, entering delivery through 2025–26, represents a generational leap: the Captor-E Phase 3 AESA radar with a repositionable antenna for enhanced look-down/shoot-down capability, conformal fuel tanks extending range, and full integration of the Meteor beyond-visual-range missile — an air-breathing ramjet weapon with a no-escape zone roughly double that of the AIM-120C-series AMRAAM it replaces in European arsenals.
In close combat, the Typhoon’s delta-canard configuration provides extraordinary agility. Multiple Red Flag exercises have seen Typhoon pilots generate kills against F-22s during within-visual-range engagements — though such exercises involve rule sets that do not fully replicate the F-22’s stealth advantages. The aircraft’s operational record in Libya (Operation Ellamy), Iraq, and Saudi Arabia-led operations over Yemen confirms it as a credible multi-role platform in real environments.
Strategic verdict: NATO’s most important multi-national fighter — agile, increasingly lethal with Meteor, and politically essential as a sovereign European capability.
Rank #7 — Dassault Rafale
France + 9 Export Customers · Dassault Aviation
| Spec | Detail |
|---|---|
| Generation | 4.5th |
| Max Speed | Mach 1.8 |
| Active Fleet (2026) | ~250 (France + exports) |
| Nuclear Delivery | ASMP-A standoff missile |
| Latest Variant | F4.1 / F4.2 |
| Key Exports | India, Egypt, UAE, Greece, Croatia, Indonesia, Serbia |
If a defense procurement contest could be won on the basis of real-world combat record and export momentum, the Rafale would challenge for a top-three ranking. No aircraft in the 4.5th-generation class has been tested more extensively in actual combat: French Rafales have conducted combat strikes in Afghanistan, Libya, Mali, the Central African Republic, Iraq, and Syria — accumulating a body of operational experience that engineers have fed back into continuous capability upgrades.
The F4-standard Rafale, entering service through 2024–26, integrates AESA radar in the RBE2-AA, a fully redesigned electronic warfare suite (SPECTRA 2.0), connectivity for the SCAF (Future Combat Air System) program, and enhanced data-link capabilities that position it as a network node rather than a solo combatant.
On the export front, the Rafale has become the aircraft of the decade, successfully competing against F-35 offers in Egypt, the UAE, Indonesia, and Greece — and signing a landmark 80-aircraft deal with India that represents one of the largest fighter procurements outside the United States in recent memory. Each export success reinforces France’s industrial independence — a strategic asset as valuable as the aircraft’s operational performance.
Strategic verdict: The most combat-proven non-American fighter alive, with export momentum that is reshaping global airpower procurement beyond the F-35 paradigm.
Rank #8 — Saab JAS 39 Gripen E
Sweden + Exports · Saab AB
| Spec | Detail |
|---|---|
| Generation | 4.5th |
| Max Speed | Mach 2.0 |
| Active Gripen Fleet | ~100+ (E/F versions growing) |
| EW Suite | Leonardo ES-05 Raven AESA |
| Notable Feature | Road-base operations, 10-min turnaround |
| Customers | Sweden, Brazil, Czech Rep., Hungary, South Africa |
The Gripen E earns its ranking not through brute force but through a doctrine of networked, distributed, and affordable airpower that is increasingly recognized as the correct model for mid-sized nations confronting high-end peer threats.
Sweden’s NATO accession in 2024 brought the Gripen fleet directly into the Alliance’s integrated air picture, and the aircraft’s ability to operate from dispersed highway bases — refueled and rearmed in under ten minutes by a small ground crew — makes it uniquely survivable in a scenario involving adversary strikes against fixed airbases. Where peer competitors are targeting infrastructure, the Gripen can simply move.
The ES-05 Raven AESA radar, Leonardo Electronic Warfare suite, and high-bandwidth datalink allow the Gripen E to act as a sensor node for coalition forces, sharing targeting data rather than necessarily prosecuting every engagement itself. Brazil’s F-39E version is now operational with the FAB, adding South American strategic weight to the platform’s global footprint.
Strategic verdict: The smartest platform per dollar on this list — a networked sensor node that punches far above its acquisition cost in coalition warfare.
Rank #9 — Global Combat Air Programme (GCAP) / F-X
Japan · United Kingdom · Italy · GCAP Consortium
| Spec | Detail |
|---|---|
| Generation | 6th (target) |
| IOC Target | 2035 |
| Partners | JAXA / Mitsubishi, BAE Systems, Leonardo |
| Key Features | AI co-pilot, directed energy (planned), cloud sensor fusion |
| Significance | First Japanese indigenous export-eligible fighter |
| Current Phase | Detailed design (2026) |
Ranked here prospectively, the Global Combat Air Programme represents the most strategically significant new fighter development outside the United States — and arguably the world’s first genuine 6th-generation program to reach the detailed design phase with committed funding from three advanced-economy governments.
GCAP’s vision, as outlined in joint statements from Tokyo, London, and Rome through 2025, encompasses an aircraft with onboard AI capable of managing unmanned wingman drones, a directed-energy hardkill system, cloud-connected sensor fusion that treats the aircraft as a node rather than a standalone platform, and stealth characteristics that surpass current 5th-generation benchmarks.
Japan’s inclusion is the program’s defining geopolitical signal: Tokyo has committed to operating a sovereign advanced combat aircraft for the first time since World War II, breaking a decades-long dependence on American platforms and signaling a fundamental reorientation of Japan’s defense posture. For the Indo-Pacific balance of power, this matters enormously.
Strategic verdict: The aircraft most likely to reshape the balance of airpower in the 2030s and beyond — if its ambitious technology targets are met on schedule.
Rank #10 — HAL Tejas Mk.2 / Advanced Medium Combat Aircraft (AMCA)
India · Hindustan Aeronautics Limited (HAL)
| Spec | Detail |
|---|---|
| Tejas Mk.1A Status | In production (83 ordered) |
| Tejas Mk.2 | Development phase (~2028 IOC) |
| AMCA Generation | 5th (target) |
| AMCA IOC | ~2035 target |
| Engine (Mk.2) | GE F414-INS6 (110 kN) |
| Strategic Significance | Asia’s largest indigenous fighter program |
India’s Tejas family and the AMCA program make this list not for current combat dominance — the Tejas Mk.1A, while a credible light fighter with modern avionics and a growing operational record, is not in the same tier as the aircraft ranked above it — but for what they represent as a strategic trajectory.
India is executing the most ambitious indigenous fighter development program in the developing world: the Tejas Mk.1A fills immediate IAF requirements with an AESA-equipped, digitally updated airframe, while the Mk.2 — featuring the more powerful GE F414-INS6 engine, a larger airframe, and significantly extended range — addresses the medium-weight role. In parallel, the AMCA (Advanced Medium Combat Aircraft) program has passed its design freeze and targets a fifth-generation stealthy platform by the mid-2030s.
The geopolitical significance is considerable: as the world’s largest military aviation market not dominated by a single supplier, India’s shift toward indigenous production directly challenges the export calculus of every manufacturer on this list. A successful AMCA would give India a sovereign high-end air combat capability — and potentially a new export platform for a market of non-aligned nations wary of American or Chinese dependency.
Strategic verdict: Ranked for trajectory rather than current capability — a sleeping giant whose successful indigenous program would permanently alter the global airpower landscape.
The 6th-Generation Horizon: What Comes Next
Every aircraft on this list — including the F-22 Raptor — is already living on borrowed time. The United States, the United Kingdom, Japan, Italy, France, Germany, and Spain are all investing heavily in next-generation air dominance platforms, and China’s J-36 program has entered prototype testing. The defining characteristics of 6th-generation fighters are expected to include optionally manned configurations, onboard AI managing loyal wingman drones, directed-energy weapons (laser or high-powered microwave), and stealth profiles calibrated against next-generation radar frequencies including those in the Very High Frequency (VHF) band that partially defeat current low-observable designs.
“The aircraft that wins the next major air campaign may not be a manned fighter at all — it may be the human-machine team that best fuses data across an entire operational theatre in real time.” — Paraphrased consensus from recent RAND Corporation airpower studies
America’s NGAD program, though shrouded in deliberate classification, is widely assessed by analysts at Aviation Week to be targeting a 2030–2032 initial operational capability. France and Germany’s SCAF (Système de Combat Aérien du Futur) and the UK-led GCAP are both targeting 2035. The nation that deploys a mature 6th-generation system first — not merely a prototype — will hold an air superiority advantage analogous to the one the United States held when the F-22 first flew.
What “Best” Really Means: Doctrine, Network, and Scale
This ranking has evaluated aircraft as individual systems — but the honest analytical conclusion is that individual aircraft capability is increasingly secondary to three factors: doctrine, network integration, and scale.
A single F-22 Raptor operating alone, cut off from AWACS coverage and data-link support, is less lethal than the same pilot operating an F-35A connected to a full C2 architecture, satellite uplink, and a networked battlespace picture. The United States’ decisive advantage in contemporary airpower is not the F-22 — it is the architecture of sensors, satellites, command nodes, and interoperable allies that the F-22 or F-35 plugs into.
China’s investment in the J-20 is, accordingly, only one component of its airpower challenge. The equally important investments in ground-based IADS (HQ-9B, HQ-19), maritime sensors, and satellite-based targeting architecture represent a system-of-systems challenge that no single aircraft ranking fully captures. The same is true of Russia’s S-400 and S-500 surface-to-air missile networks, which represent a significant threat to any aircraft operating in range — including the F-35.
Conclusion: Airpower as Geopolitical Grammar
Fighter aircraft are the language in which nations communicate credibility and resolve. The F-22 says: “We are willing to contest any sky, and you cannot match us in it.” The F-35 says: “We have built a coalition of partners so networked and numerous that any adversary faces not a single aircraft, but an interconnected force.” The J-20 says: “China has arrived as a peer competitor in the highest tier of military aviation — deny us the Western Pacific at your geopolitical peril.”
The top 10 fighter jets of 2026 are not merely technical achievements. They are the sharpest instruments of national power available to their operators, capable of determining the outcome of the first hours of any major conflict — the hours that most often determine who wins the war.
As sixth-generation programs mature and AI begins to genuinely reshape how air campaigns are planned and executed, the list will look different by 2035. But the fundamental grammar will remain the same: nations that field the most capable aircraft, embedded within the most capable architectures, will write the terms of international security. Everyone else will read them.
Sources & Further Reading
- Defense News — F-22 modernization programs, NGAD updates, Su-57 deployment reporting
- Aviation Week & Space Technology — F-35 Block 4/TR-3 transition, GCAP design phase updates, 6th-gen analysis
- Jane’s by S&P Global — J-20 WS-15 engine assessment, global fleet inventories, Su-57 RCS analysis
- Lockheed Martin F-35 Program Office — Official production data, variant specifications, combat record
- RAND Corporation — Indo-Pacific airpower balance assessments, China air force modernization studies
- FlightGlobal World Air Forces 2026 — Definitive active fleet size data for all listed operators
- Boeing Defense — F-15EX Eagle II — Official performance data and production contract details
This article is produced for informational and educational purposes. All specifications for classified systems are open-source estimates derived from publicly available sources. No classified information is referenced or implied.
© 2026 foreign Policy . All rights reserved
