China has released its most detailed public footage yet of the GJ-11 Xuanlong stealth unmanned combat aerial vehicle (UCAV), highlighting the aircraft’s growing role in deep-penetration strike missions, suppression of enemy air defences and coordinated operations with crewed fighter jets.
The footage, broadcast by state-owned China Central Television (CCTV) on November 9, 2026, comes ahead of the 77th anniversary of the People’s Liberation Army (PLA) on November 11. It provides an unusually comprehensive look at an operational GJ-11 airframe, revealing previously obscured design features, including its internal weapons bays, dorsal air intake, exhaust nozzle, landing gear and nose-mounted sensors.
More significantly, the broadcast disclosed that the aircraft had completed its first live-fire strike mission, suggesting that China’s ambitious stealth drone programme is moving beyond technological demonstrations towards operational integration within the People’s Liberation Army Air Force (PLAAF).
CCTV reported that two female PLAAF drone operators, Shi Xiaoran and Fu Ting, achieved a “first-round hit” during the first live-fire strike mission involving the GJ-11. According to their account, thick cloud initially obscured the target, but the operators successfully released the weapon during a second pass.
The broadcaster did not disclose when or where the test took place, what type of munition was used or the precise nature of the target. Nevertheless, the announcement represents an important development in China’s efforts to establish unmanned stealth aircraft as an integral component of its future air-combat capabilities.
The latest footage also showed the GJ-11 performing a series of operations, offering close-up views of its aerodynamic configuration and low-observable features. Unlike earlier appearances, which largely presented the aircraft in parade displays or distant aerial formations, the new broadcast focused on the technical details of the platform.
Chinese military aviation specialist Andreas Rupprecht also drew attention to photographs circulating on Chinese social media that appear to show multiple GJ-11 airframes.
For the first time, identifiable numbers were visible on several aircraft, including 0003, 0011 and 0012. Rupprecht suggested on X that these were likely design or production identifiers rather than conventional serial numbers, potentially indicating that the programme had entered low-rate initial production (LRIP).
Although the photographs do not independently establish the aircraft’s production status, the appearance of multiple airframes has fuelled speculation that China is preparing to expand the programme beyond experimental development.
Known by its Chinese name Xuanlong, meaning “Mysterious Dragon,” the GJ-11 has been under development for more than a decade. It first attracted widespread international attention when it appeared as a static display during China’s National Day military parade in Beijing in October 2019.
Since then, the aircraft has gradually emerged as one of China’s most significant unmanned aviation programmes.
In November 2025, the PLAAF released footage showing a GJ-11 flying alongside a J-20 stealth fighter and a J-16D electronic warfare aircraft. That formation provided the first substantial indication that China intended to integrate the drone into coordinated combat operations involving crewed aircraft.
The latest CCTV broadcast, however, offers a much clearer understanding of the platform’s design and intended battlefield functions.
The GJ-11 features a flying-wing configuration, with a broad blended centre body, swept leading edges and no conventional vertical stabilisers. Its aerodynamic design minimises prominent surfaces and sharp discontinuities that could increase radar reflectivity.
One of the most distinctive features is its dorsal air intake, positioned on the upper surface of the aircraft. This configuration helps shield the engine’s compressor face from direct exposure to ground-based radar, reducing the aircraft’s radar signature.
Chinese military affairs expert Song Zhongping told the state-owned Global Times that the aircraft’s modified exhaust nozzle, radar-absorbing coatings and dorsal air intake were designed to improve its stealth characteristics and survivability during operations in heavily defended airspace.
The exhaust arrangement is particularly important because engine exhaust can produce both radar and infrared signatures. Reducing these signatures is essential for an aircraft expected to penetrate sophisticated air-defence networks.
The most significant detail revealed in the new footage, however, was the underside of the aircraft, which features two internal weapons bays.
The bays are integrated into the blended wing-body structure and fitted with separate doors featuring serrated edges, a design commonly associated with stealth aircraft. Such edges help manage radar reflections around openings and structural joints.
CCTV reported that the two internal compartments could accommodate different types of air-to-ground and surface-attack weapons. However, the precise dimensions of the bays, their internal configuration, maximum payload and the range of compatible munitions remain undisclosed.
The decision to carry weapons internally is central to the GJ-11’s low-observable design. External weapons and hardpoints can significantly increase radar reflectivity, compromising the advantages of a stealth airframe.
The internal arrangement allows the aircraft to retain a cleaner aerodynamic profile while approaching defended targets. However, it also introduces additional engineering complexity, including the weight and mechanical requirements of internal weapons-release systems.
The footage also showed the aircraft taking off, with subsequent side and rear views revealing its landing gear and retraction mechanisms. A heavy-duty twin-wheel nose landing gear was particularly visible, suggesting a design intended to withstand demanding operational requirements.
Beyond its physical design, the most consequential message from the broadcast was the GJ-11’s intended role as a collaborative combat aircraft operating alongside crewed fighters.
CCTV described such unmanned platforms as the “eyes of crewed fighter jets,” capable of conducting forward reconnaissance, identifying enemy air-defence systems, acting as decoys and delivering guided weapons under the direction of manned aircraft.
This concept, commonly known as Manned-Unmanned Teaming (MUM-T), is becoming an increasingly important feature of modern air warfare.
Rather than operating exclusively as independent strike platforms, advanced UCAVs can extend the operational reach of fighter formations by moving into dangerous areas ahead of their human pilots.
The GJ-11 could potentially operate alongside China’s J-20 stealth fighter, the J-16 multirole aircraft and the J-16D electronic warfare variant. Its integration with future sixth-generation fighters is also a possibility.
China has already demonstrated interest in this approach through the development of the two-seat J-20S, which was unveiled during the September 3, 2025, Victory Day military parade in Beijing. Chinese military commentators have suggested that the second crew member could help control and coordinate unmanned aircraft during complex missions.
Song Zhongping previously explained the operational logic behind the formation involving the GJ-11, J-20 and J-16D.
Under the proposed arrangement, the J-16D could operate ahead of the formation, using its electronic warfare systems to jam enemy radar and disrupt air-defence networks. Once those systems were degraded, the stealthy J-20 and GJ-11 could move closer to defended targets.
The GJ-11 would provide additional reconnaissance, targeting information and strike capacity, while the J-20 would contribute its own stealth and advanced combat capabilities.
Such an arrangement could allow Chinese forces to distribute operational risks across multiple platforms rather than exposing expensive crewed aircraft and their pilots to the most dangerous parts of a mission.
The GJ-11’s emergence could have significant implications for military planning in the Indo-Pacific, particularly in a potential conflict over Taiwan.
Any major confrontation between China and the United States in the Taiwan Strait would likely involve extensive air and missile defence systems, long-range precision weapons, electronic warfare and attempts to establish control of contested airspace.
In such an environment, stealth unmanned aircraft could provide the PLAAF with additional options for penetrating defended areas.
The GJ-11’s flying-wing configuration, internal weapons bays and reduced radar signature are intended to make detection and interception more difficult than with conventional non-stealth aircraft.
Its reported deep-penetration and suppression of enemy air defences (SEAD) roles could make it particularly relevant to attacks against radar installations, surface-to-air missile launchers, command centres and other critical military infrastructure.
It could also function as a decoy, compelling an adversary to activate radar systems or expend expensive interceptor missiles against unmanned targets.
This would create additional pressure on defending forces, which would have to identify, track and engage a larger number of potential threats.
The operational advantage would not necessarily depend on the GJ-11 destroying every target it encounters. Its ability to extend sensor coverage, relay targeting information and force enemy air-defence systems to reveal their positions could be equally important.
When integrated with J-20 fighters and J-16D electronic warfare aircraft, the drone could become part of a distributed combat network in which multiple platforms share information and coordinate engagements.
Such integration could improve targeting accuracy for longer-range weapons, create temporary openings in enemy air-defence networks and increase the number of simultaneous threats confronting an adversary.
For US military planners, the development adds another layer of complexity to an already challenging Indo-Pacific security environment. American forces must already account for China’s expanding inventory of ballistic missiles, cruise missiles, advanced fighters and integrated air-defence systems.
Operational stealth UCAVs would add another category of low-observable platforms requiring surveillance, tracking and interception resources.
They could also complicate efforts to protect high-value assets, including aircraft carriers, airbases, logistics facilities and command-and-control infrastructure.
However, the actual effectiveness of the GJ-11 in a high-intensity conflict remains uncertain. Its operational range, endurance, payload capacity, autonomous capabilities, communications resilience and ability to operate in electronically contested environments have not been publicly established.
The announcement of a successful live-fire mission is an important milestone, but it does not independently demonstrate the aircraft’s effectiveness against a sophisticated adversary equipped with modern radar and electronic warfare systems.
The GJ-11 programme is also developing beyond land-based operations.
A naval version, designated the GJ-21, is being developed for operations from Chinese amphibious assault ships. The latest footage comes less than a month after China announced that the naval variant had successfully completed its first launch and recovery aboard the Type 076 amphibious assault ship Sichuan.
The vessel is equipped with an electromagnetic catapult and arresting gear, technologies that could enable it to operate advanced fixed-wing unmanned aircraft.
Successful integration would give the People’s Liberation Army Navy (PLAN) additional options for conducting reconnaissance, electronic warfare and strike operations from amphibious platforms.
It would also represent an important step in China’s efforts to expand the operational role of carrier-capable unmanned aircraft.
The development of the GJ-21 suggests that Beijing is looking beyond conventional land-based air power and seeking to integrate stealth unmanned platforms into its broader naval aviation strategy.
China’s latest disclosure therefore carries significance beyond the unveiling of another advanced aircraft.
The GJ-11 appears to be evolving from a specialised stealth strike drone into a potentially central element of a wider combat architecture linking unmanned aircraft, fifth-generation fighters, electronic warfare platforms and naval aviation.
The concept mirrors a broader international shift towards collaborative combat aircraft and loyal-wingman systems, an area in which the United States and other advanced military powers are also investing heavily.
For China, the objective is to increase combat reach, distribute operational risks and generate more simultaneous threats without relying exclusively on crewed fighters.
The November 9 broadcast does not establish that the GJ-11 has achieved full operational maturity. But its reported live-fire milestone, the appearance of multiple airframes and the growing evidence of naval integration indicate that the programme has entered an increasingly consequential phase.
If these developments translate into operational capability, the Xuanlong could become an important component of China’s future air-combat doctrine, particularly in the contested maritime and airspace environments of the Indo-Pacific.
