Video | From "Jiu Tian" to "Chang Ying": An Overview of China's Unmanned Aerial and Space Hard Power

Ask AI · How does the 3.5-ton payload of the Changying-8 reshape logistics industry standards?

March 31

The Changying-8 large transport unmanned aircraft successfully completed its maiden flight

Becoming the largest cargo drone to have flown worldwide so far

From a “Nine Heavens Cangqiong” that can command unmanned drone swarms

to the “Changying-8” with a 3.5-ton payload

China’s tough capabilities in unmanned aerospace are steadily strengthening

Let’s learn about four “aerial powerhouses”

“Airborne aircraft carrier” Nine Heavens Cangqiong

On December 11, 2025, the “Nine Heavens Cangqiong” unmanned aviation general platform successfully completed its maiden flight in Shaanxi.

As a large unmanned aircraft general platform with independent innovation in China and performance among the world’s best, it is not only huge in size, but can also serve as an “airborne aircraft carrier” to command unmanned drone swarms, and can carry heavyweight weapons for precision strikes—truly possessing deterrence that comes “from the sky.”

The “Nine Heavens Cangqiong” unmanned aviation general platform is built around the flexible configuration of heavy unmanned aircraft centered on “Nine Heavens.” With its 6-ton payload capacity and 90 kW of energy supply, it can carry all kinds of large professional equipment, providing new possibilities for multiple application scenarios.

As a new generation of large unmanned aircraft, the ability to fly far and high is a basic capability of “Nine Heavens.” A flight endurance of 12 hours and a ferry range of 7,000 kilometers expand the upper limit of mission execution.

Its aircraft platform + mission pod design configuration, with standardized interfaces and a modular mission pod architecture, allows flexible mission pod configuration—enabling rapid, seamless switching across multiple scenarios and domains. It easily meets diverse and time-sensitive military and civilian needs such as logistics transport, forest fire prevention, emergency rescue, weather intervention, communications relays, and air transport and air drops, greatly improving operating efficiency and lowering usage costs. It truly achieves “one investment, reuse across multiple scenarios,” becoming a bona fide “airborne heavy truck.”

The Tianma-1000, an aerial “freight specialist”

On January 11, the “Tianma-1000” unmanned transport aircraft successfully completed its maiden flight. The “Tianma-1000” integrates logistics transport, emergency rescue, and material delivery, among other capabilities. It is China’s first mid-cost low-cost transportation platform that achieves “high-altitude complex-terrain adaptation, ultra-short-distance takeoff and landing, and rapid dual-mode switching between cargo transport/air drop.”

Its service ceiling reaches 8,000 meters, the ground run takeoff/landing distance is less than 200 meters, the maximum range is 1,800 kilometers, and the maximum payload is 1 ton. This model can also rapidly switch via a modular cargo hold, transforming into a material delivery platform to adapt to diverse mission requirements.

In the future, when facing scenarios such as logistics support in remote areas, emergency rescue, emergency material transfers, the “Tianma-1000” can enable both single-flight and large-scale transport, supplying key materials such as food, medicine, and equipment needed over several days, and can resolve the困境 of material transportation in special regions.

Rainbow YH-1000S opens a new hybrid power track

On February 1, the world’s first hybrid-powered unmanned transport aircraft, “Rainbow YH-1000S,” successfully completed its maiden flight. It is another new model aimed at rapidly iterating to meet the needs of global market customers, following the successful maiden flight of the Rainbow YH-1000 unmanned transport aircraft in May 2025.

At its maiden flight, Rainbow YH-1000S carried a high-power hybrid powertrain developed jointly with leading new-energy vehicle companies, significantly shortening takeoff and landing distance while improving payload and range, and successfully completing airborne flight performance verification. It is an important innovation exploration in which China’s drone industry and the automotive industry’s core technologies are cross-domain integrated for the first time. By deeply sharing supply chain resources and using modular production, it substantially lowers the cost of R&D and manufacturing drones.

In the future, the Rainbow YH-1000S can play an important role in international logistics transport and delivery, emergency rescue and disaster relief, weather modification and cloud seeding, ocean monitoring, and maritime supervision.

Changying-8, often described as an “unmanned airborne heavy truck”

The Changying-8 that completed its maiden flight on March 31 is hailed as an “unmanned airborne heavy truck.” It strictly follows large cargo drone airworthiness standards and the GJB system design, forming multiple notable advantages. It redefines a new industry benchmark:

• High efficiency and heavy load: The Changying-8’s maximum cargo carrying capacity reaches 3.5 tons.
• Deployment across the full domain: The Changying-8’s takeoff and landing distance is less than 500 meters; takeoff and landing field requirements are low, allowing deployment on complex terrain such as simple earth runways, plateaus, and islands.
• Ultra-long range: The Changying-8’s maximum range exceeds 3,000 kilometers—allowing a direct flight from Beijing to Xinjiang without refueling.

In addition, the Changying-8 unmanned aircraft has “two strengths, two highs.”

• The first is its strong payload capacity: its total takeoff weight is 7 tons, which is also the largest unmanned logistics transport aircraft to have flown on a first flight worldwide so far.
• The second is its high loading efficiency: it uses a front-and-rear dual-hatch through-type integrated design—this is currently the only such design in the world.

There are also mounting points under the Changying-8’s wings; in the future, application scenarios can be expanded. For example, in emergency rescue missions, it can carry emergency communications pods and firefighting munitions and other emergency rescue equipment.

On the basis of the Changying-8, plans are in place in the future to develop larger, smarter, and newer-type unmanned aircraft, such as helicopters that already have vertical takeoff and landing capabilities, including vertical takeoff compound-wing unmanned aircraft, among others.

On the unmanned aircraft track

China is already far ahead

These unmanned aircraft build a “sky network”

Covering multiple areas such as emergency rescue and polar transport

Providing solutions for different transport needs

A new “unmanned transport matrix” is taking shape

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