China is executing a sweeping national push to expand its low-altitude economy, leveraging civilian automotive assembly lines, deep-tier airspace deregulation, and state defense contractors to build a resilient, dual-use unmanned aerial ecosystem.
Recent industrial forums in Chongqing and Anhui province highlight how municipal governments, state-owned defense conglomerates, and academic institutions are coordinating to overcome technical bottlenecks, standardize workforce pipelines, and scale mass production of unmanned aerial vehicles (UAVs) across inland strategic zones.
At the inaugural "Fly Over China" Low-Altitude Economy Application Scenario Competition held late last month in Chongqing’s Liangping District, more than 70 innovation teams gathered alongside senior air traffic regulators and defense researchers. The conference underscored a deliberate pivot toward transforming regional industrial bases into high-rate drone manufacturing centers suited for both civilian logistics and military sustainability.
Liangping, designated by local officials as China’s "Western Low-Altitude City," features 8,000 square kilometers of dedicated drone test airspace and a class A1 general aviation airport. Local authorities have established a manufacturing model dubbed "car-plane co-origin," which directly applies Chongqing’s massive automotive assembly infrastructure to automated drone production lines.
"We are using automobile assembly lines to define drone production," said Huang Jun, director of the Liangping District Commission of Economy and Information Technology. Huang noted that the district is integrating Chongqing's mature automotive and motorcycle supply chains to drive down unit costs and accelerate manufacturing throughput.
Industry analysts note that adopting automotive manufacturing practices for unmanned aircraft provides China with a significant defense capability: the structural capacity to rapidly mass-produce low-cost drone swarms and cargo platforms during a major conflict.
The choice of Western China as an industrial testing bed carries distinct strategic implications. The rugged, high-altitude terrain of the plateau and mountainous Western theater poses harsh operational environments characterized by low temperatures, strong winds, and disrupted ground communication.
Yang Wei, a senior researcher with Rainbow Unmanned Aircraft Technology Co.—the commercial arm of China’s primary military drone manufacturer, China Aerospace Science and Technology Corporation (CASC)—emphasized at the Chongqing forum that Western logistics demands differ sharply from coastal eastern provinces. Yang noted that fixed-wing and vertical takeoff and landing (VTOL) drones carrying payloads from several hundred kilograms to ton-class capacities are essential for short-haul transport, emergency supply drops, and remote payload delivery.
Platforms tested in these mountain and plateau environments serve immediate dual-use functions. Equipment hardened for civilian forestry protection, oil pipeline inspection, and disaster relief in Western China directly translates to tactical resupply, reconnaissance, and offensive capability in contested high-altitude border regions, such as those under the PLA Western Theater Command.
To support long-range operational envelopes across vast inland distances, Chinese green-energy firms are integrating advanced propulsion systems into UAV designs. Shanghai-based Hystar New Energy Technology reported that hydrogen fuel cells have increased rotary-wing drone endurance from 30 minutes to 150 minutes, enabling continuous flight radii of up to 100 kilometers.
Parallel to hardware scaling, Chinese aviation authorities are overhauling low-altitude airspace management. Sun Weiguo, former deputy director of the National Air Traffic Control Commission Office, stated that China’s 16-year low-altitude airspace reform has entered its fourth phase, characterized by digital, intelligent management. Regulators are gradually transitioning low-altitude airspace below 120 meters from strict military-governmental approval systems to streamlined filing processes.
To manage this newly opened airspace, state defense giant China Electronics Technology Group Corporation (CETC) is deploying multi-domain surveillance architectures. Fan Wenxin, chief data officer of CETC Northwest Group and chief scientist at CCID Consulting, outlined an "air-space-ground integrated" security framework. Built on a six-dimensional digital foundation spanning spectrum monitoring, GIS mapping, 5G/6G networking, meteorology, power grids, and automated command, the system integrates joint detection and counter-drone interdiction capabilities.
While Western regions focus on flight testing, manufacturing, and airspace control, Eastern academic hubs are scaling the human capital required to sustain the industry.
On Oct. 30, the Yangtze River Delta Low-Altitude Economy Research Institute in Chuzhou, Anhui province, launched a national instructor training program for university and vocational faculty. Organised by committees under the China Mobile Communications Federation, the initiative aims to establish standardized "micro-majors" in low-altitude manufacturing, flight operations, and safety regulation across Chinese higher education.
By embedding state telecom giants, defense contractors, and municipal manufacturing bases into a unified training and production matrix, Beijing is building an integrated industrial engine where civilian commercial growth directly expands state military capacity.
