Traffic Rules for the Sky: China Standardizes Ground Surveillance to Unlock the Trillion-Yuan Low-Altitude Economy

China has launched a national standardization project for drone-identity ground receiving equipment to support its rapidly expanding low-altitude economy. This initiative aims to unify surveillance infrastructure, facilitating the safe scaling of a market projected to reach 3.5 trillion yuan by 2035.

Drone flying against a vibrant blue sky with fluffy clouds, showcasing modern technology

Key Takeaways

  • 1China has officially approved national standards for UAV identity recognition ground receiving equipment.
  • 2The initiative is led by a coalition of private tech firms and state-backed research institutes, including the China Civil Aviation Management Cadre Institute.
  • 3China's low-altitude economy is forecasted by the NDRC to grow from 1 trillion yuan in 2026 to 3.5 trillion yuan by 2035.
  • 4The standards bridge a critical gap between drone-side broadcasting and ground-side surveillance, enabling better interoperability.
  • 5Pilot programs for this infrastructure are already underway in major cities like Beijing, Shenzhen, and Chengdu.

Editor's
Desk

Strategic Analysis

Beijing’s focus on technical standardization is a strategic move to secure a 'first-mover' advantage in the global low-altitude economy. By defining the protocols for how drones communicate with ground infrastructure, China is not only addressing domestic safety concerns but also creating a blueprint for exportable urban air management systems. This move reflects a broader Chinese industrial strategy: using a massive internal market to iterate on technology and then codifying those iterations into national standards that eventually influence international norms. Furthermore, the integration of private firms like Shuhang Technology into national standard-setting demonstrates China's 'civil-military fusion' approach, where commercial innovation is leveraged to build robust, state-monitored infrastructure.

China Daily Brief Editorial
Strategic Insight
China Daily Brief

China’s ambition to dominate the "low-altitude economy" is shifting from hardware production to systemic regulation. As drones increasingly occupy urban airspace, Beijing is accelerating the creation of "traffic rules" for the sky. A new national standard for ground-based identification equipment marks a critical step in turning a fragmented technology sector into a regulated industrial ecosystem.

The Standardization Administration of China recently approved the development of the "General Specification for Ground Receiving Equipment for Identity Identification of Civil Unmanned Aircraft Systems." This standard, led by industry players like Shenzhen HighGreat and Chengdu Shuhang Technology, aims to unify technical indicators and testing methods for the infrastructure that monitors drone traffic. By establishing these norms, China seeks to solve the critical gap in low-altitude surveillance—ensuring ground systems can accurately and reliably identify every craft in the air.

This regulatory push arrives as the National Development and Reform Commission (NDRC) projects that China’s low-altitude market will exceed 1 trillion yuan ($138 billion) by 2026, potentially reaching 3.5 trillion yuan by 2035. The economic potential spans logistics, emergency services, and passenger transport. However, the lack of interconnected and standardized ground-based monitoring has long been a bottleneck for safe, large-scale commercial deployment in dense urban environments.

The new framework complements mandatory standards for the drones themselves, which officially took effect in May 2026. While previous regulations focused on the "sending" side—requiring drones to broadcast identity signals—the latest initiative targets the "receiving" end. Companies involved, such as Chengdu Shuhang, have already begun piloting these ground networks in major hubs including Beijing, Shenzhen, and Chengdu, laying the physical and digital foundation for a unified national airspace management system.

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