WZ-9 Divine Eagle

China's stealth-hunter, seen mostly from space — the WZ-9 Divine Eagle is an enormous, strange-looking uncrewed aircraft: two fuselages joined by a single high-aspect wing, a jet engine perched on top, and radar arrays built to do one thing above all — find American stealth fighters at long range and cue missiles at them. It is the uncrewed, high-flying member of China's airborne early-warning family, the counter-stealth sensor node of the kill-web meant to blunt US airpower over the Pacific. And it is one of the most opaque systems in this lexicon: almost everything known about it comes from satellite imagery, leaked photos and analyst inference — almost nothing from Beijing.

Overview

The WZ-9 Divine Eagle (Chinese: Wuzhen-9, "Shendiao") is a large jet-powered high-altitude, long-endurance (HALE) uncrewed aircraft built as an airborne early-warning and counter-stealth surveillance platform — a "sensor truck in the air." Designed by Shenyang Aircraft Corporation's 601st Institute (AVIC), it has an unmistakable configuration: twin fuselages joined by a long, high-aspect-ratio wing at the rear, a forward canard between the fuselage noses, twin tails, and a single jet engine in a nacelle mounted on top of the wing — an airframe estimated at around a 45-meter span, larger than the US RQ-4 Global Hawk. Its purpose is the counter-stealth mission: persistent, high-altitude "look-down" radar coverage using large low-frequency arrays to detect low-observable aircraft (F-22, F-35, B-2/B-21) and cruise missiles, and to hunt surface ships including carriers, feeding targeting data into China's networked long-range-missile kill-web across the South China Sea and the Pacific approaches to Taiwan. It complements — does not replace — China's crewed AEW fleet (KJ-600, KJ-500, KJ-3000) as the uncrewed, attritable, longer-loitering sensor tier. The overriding caveat, which governs this whole entry: the WZ-9 is one of the most OSINT-dependent systems in the lexicon — no official Chinese specification, no Pentagon designation, no Western-government performance confirmation. Its existence and configuration are well-documented from satellite imagery since 2015 and a first in-flight video in December 2024; its performance numbers are claims, mostly from Chinese and analyst sources, and should be read as such throughout.

Development

The WZ-9's origins trace to a HALE counter-stealth proof-of-concept revealed in the 2012 biography of SAC designer Li Ming, with development reportedly underway around 2010–2012, per Wikipedia. It entered Western awareness in February 2015 with the first concept images and reports of a maiden flight, followed by a leaked taxiing photo and, in August 2015, Bellingcat's identification of it in satellite imagery at SAC's plant. It was spotted at the Malan test base in 2018, a cutaway scale model with internal radar arrays and PLAAF markings surfaced that December, and in July 2023 a WZ-9 was photographed near GAIC's assembly plant in Guizhou — leaving the builder question genuinely unresolved (SAC/Shenyang designed it; production and assembly link to both Shenyang and Guizhou). The pivotal recent evidence: the first in-flight video surfaced on Chinese social media on 28 December 2024 (the first time a Divine Eagle was seen airborne on video rather than in stills), per The Aviationist; and from December 2024 to February 2025, satellite imagery obtained by TWZ showed a WZ-9 based for months at a naval air base on Hainan Island, at the southern end of the South China Sea — which analysts read as the program reaching a mature-testing or semi-operational state. Two points to keep straight against common errors: the reported "2015 first flight" is unconfirmed (not official), and — despite widespread expectation — the WZ-9 was not among the systems confirmed at China's September 2025 Victory Day parade (which showed the GJ-11, new unmanned air-superiority designs and a large UUV, not the Divine Eagle).

Design & capabilities

The WZ-9's configuration is well-supported by imagery even where its performance is not. It is a twin-fuselage / twin-boom aircraft joined by a long, high-aspect-ratio main wing at the rear, with a smaller forward wing between the fuselage noses, two vertical tails, and a single jet engine in a nacelle on top of the wing — bulbous noses house SATCOM domes. OSINT estimates (not official) put the span at roughly 45 meters, larger than the Global Hawk, with a length around 15 meters. The payload is the point: multiple radar arrays, including at least two large side-looking radars (one per fuselage facing outward, per a leaked cutaway model), assessed to provide ground- and air-moving-target indication and synthetic-aperture imaging; some OSINT claims "up to seven AESA radars," which is model-derived and unverified. The counter-stealth logic is the rationale: large-aperture, lower-frequency radars are the classic counter to low-observable aircraft optimized against higher-frequency bands, flown high and persistently to build an early-warning line against F-22s, F-35s and bombers. But two honest limits govern the claims. First, the boldest performance numbers — a ~25 km ceiling, ~35-hour endurance, a ~500 km radar range including against stealth fighters — are claimed via Chinese state-adjacent media and analysts, not Pentagon-confirmed, and are the least-verified figures in this entry. Second, counter-stealth detection is not the same as targeting-quality tracking: spotting a low-observable aircraft on a large low-frequency radar does not by itself produce a fire-control solution, and the WZ-9's own big airframe and protruding arrays give it a large radar cross-section that makes it vulnerable to long-range missiles. The capability is real in concept and steadily maturing in evidence; its decisiveness is unproven and, for now, largely asserted.

Variants

• WZ-9 Divine Eagle: no confirmed distinct variants; the airframe evolved from 2015 concept art to the refined twin-fuselage form seen in later photos (PLAAF-grey paint noted 2023).
• Disambiguation: "AVIC WZ-9" is also the designation of an unrelated Chinese turboshaft engine — not this aircraft.
• Labeling caution: older OSINT sometimes confuses the WZ-9 with the WZ-7 Soaring Dragon (a separate joined-wing HALE ISR drone); pre-2020 imagery attributions should be read carefully.

Combat record / operational use

None confirmed — the WZ-9 has no combat record, and its operational status is inferred from the months-long Hainan basing (December 2024–February 2025), not from any declared IOC. The number in existence is unknown. Its assessed role is as a node in China's anti-access/area-denial kill-web: persistent HALE orbits, broader and longer than a crewed AEW aircraft can fly, feeding real-time targeting data to air-, ground- and ship-launched long-range missiles, and potentially serving as a communications relay. Basing on Hainan covers the South China Sea; staged elsewhere it could reach the Taiwan approaches and out into the Pacific for carrier-hunting — the "carrier killer drone" framing that has followed it since 2015. It is designed as an attritable, redundant part of a networked mesh, so the system survives the loss of individual aircraft — the opposite philosophy from the exquisite, few crewed AEW platforms. The operational significance, such as it can be assessed, is architectural: the WZ-9 is the uncrewed, high-altitude, counter-stealth layer of a Chinese sensor network built specifically to find and cue missiles against the US stealth aircraft and carriers that underwrite American power in the western Pacific. Whether it delivers that at the claimed ranges — and whether "detection" translates into "targeting" — is exactly what the open record cannot yet confirm.

Advantages

• Persistent HALE coverage — an uncrewed aircraft can loiter far longer and higher than a crewed AEW plane, extending China's early-warning line.
• Counter-stealth intent — large low-frequency radar arrays are the classic approach to detecting low-observable aircraft other sensors miss.
• Kill-web node — feeds targeting data to long-range missiles across the South China Sea and Pacific approaches; potential comms relay.
• Attritable — designed as a redundant part of a networked mesh, so losses degrade but do not break the sensor architecture.
• Large payload volume — a ~45 m twin-fuselage airframe carries multiple radar arrays a smaller drone could not.

Drawbacks / limitations

• Almost entirely unconfirmed — no official specs, no Pentagon designation; performance figures are Chinese-adjacent/analyst claims.
• Detection ≠ targeting — spotting a stealth aircraft on a low-frequency radar does not by itself yield a fire-control solution.
• Self-vulnerable — a large airframe with protruding arrays has a big radar cross-section, exposing it to long-range SAMs and stealth-fighter missiles.
• No combat or operational proof — status is inferred from satellite basing, not a declared IOC; number built unknown.
• Opaque provenance — even the builder (Shenyang vs Guizhou) and first-flight date are unresolved in open sources.

Counterparts

The WZ-9 is the uncrewed HALE tier of China's airborne early-warning family, complementing the crewed platforms this lexicon covers: the carrier KJ-600, the turboprop KJ-500 and the jet KJ-3000. Against Western AEW it is a different animal from the crewed E-2 Hawkeye and E-7 Wedgetail — not a manned battle-management aircraft but an uncrewed sensor drone, trading cooperative-engagement maturity for persistence and attritability. Its closest functional analogue is the US RQ-4 Global Hawk (uncrewed HALE ISR, no lexicon entry) — the WZ-9 is larger and adds an AEW/counter-stealth radar mission the Global Hawk lacks — and it is the higher-end sibling of China's own WZ-7 Soaring Dragon joined-wing HALE ISR drone. The comparison that gives the WZ-9 its meaning is with the crewed AEW aircraft it augments: where the E-2 and KJ-600 are exquisite, few and manned, the WZ-9 is meant to be numerous, uncrewed and persistent — the sensor layer you can afford to fly forward and risk, extending the counter-stealth early-warning line deeper than a crewed plane dares. It is the drone-age answer to the AEW problem, and its place in this lexicon is to complete the picture: China is building airborne early warning across every tier — carrier (KJ-600), land jet (KJ-3000), land turboprop (KJ-500) and uncrewed HALE (WZ-9) — a breadth no other air force matches.

Outlook

The WZ-9's trajectory is a slow emergence from the shadows. The 2024–2025 evidence — the first in-flight video, the months-long Hainan basing — suggests it has crossed from prototype to mature testing or semi-operational use, and the next markers to watch are a declared or clearly-observed operational deployment, any forward basing beyond Hainan (toward the Taiwan approaches or the Pacific), and — critically — any independent or Pentagon confirmation of its radar and endurance claims, which remain the entry's biggest unknowns. The counter-stealth question is the strategic one: if the WZ-9's large low-frequency radars can not only detect but help cue missiles against US stealth aircraft and carriers at long range, it materially raises the cost of American airpower in the western Pacific; if it can detect but not target, it is a useful early-warning tripwire rather than a game-changer — and the open record cannot yet tell which. Its own survivability is the counter-question: a big, non-stealthy sensor drone is a priority target, and how China protects or replaces it (the attritable-mesh bet) will shape its value. For BattlePolicy readers the WZ-9 is the most speculative entry in the AEW set precisely because it is the most consequential if the claims hold — the uncrewed stealth-hunter at the leading edge of China's sensor build-out — and the discipline it demands is to report what satellite imagery shows (a real, large, maturing counter-stealth drone) without adopting the performance numbers that Beijing has never confirmed and Washington has never validated.

Key specifications

OSINT/analyst estimates and Chinese-adjacent claims — no official Chinese or Pentagon-confirmed figures. Treat all performance numbers as unverified.

Sources

1. China's massive WZ-9 Divine Eagle drone now operating from a South China Sea air base — TWZ
2. First visuals of the WZ-9 Divine Eagle AEW drone in flight — The Aviationist
3. China demonstrates WZ-9 Divine Eagle in flight — Army Recognition
4. Shenyang WZ-9 Divine Eagle — Wikipedia
5. Satellite imagery captures China's Divine Eagle UAV — Bellingcat
6. https://www.janes.com/article/84585/divine-eagle-uav-spotted-at-china-s-malan-airbase">Divine Eagle UAV spotted at China's Malan airbase — Janes (archived)
7. Divine Eagle takes shape — Popular Science
8. Meet the PLA's new "carrier killer" drone (Project 973 / Shen Diao) — The Diplomat
9. Shenying (Divine Eagle) HALE UAV — GlobalSecurity
10. PLA's HALE counter-stealth drone enhances A2/AD — IDST
11. China's WZ-9 with claimed 310-mile radar range — Interesting Engineering
12. WZ-9 Divine Eagle now operating from South China Sea base — UAS Vision
13. Divine Eagle 42 m wingspan vs Global Hawk — ThePrint
14. China unveils large unmanned stealth fighter at parade (WZ-9 absent) — TWZ

🔒 The Analyst Section on WZ-9 Divine Eagle is for BattlePolicy Pro members. Below the line: procurement and contract history, the suppliers and companies behind the system, our head-to-head analyst view of the systems it actually competes with, and the BattlePolicy assessment note. Unlock the full file with BattlePolicy Pro →