If 2024 was the year China's “low-altitude economy” gained public recognition, then 2026 is more likely to be a pivotal stage in its transition from concept to large-scale application. The low-altitude economy generally refers to a comprehensive economic model that leverages low-altitude airspace and utilizes aircraft such as drones, eVTOLs, and general aviation aircraft to drive the development of manufacturing, operations, services, infrastructure, and industry applications.
How Large Is China’s Low-Altitude Economy Market?
China is emerging as one of the world’s fastest-growing markets for the low-altitude economy. According to projections by the Civil Aviation Administration of China (CAAC), the scale of China’s low-altitude economy is expected to reach approximately 1.5 trillion yuan (2.2 trillion USD) in 2025 and exceed 3.5 trillion yuan (5.14 trillion USD) by 2035. This indicates that the low-altitude economy is not limited to the drone market but encompasses a vast ecosystem spanning aircraft manufacturing, low-altitude operations, infrastructure, airspace management, application services, and supporting industries.
Looking at actual operational data, drones remain the primary vehicle for scaling up the low-altitude economy. According to official data, by the end of 2025, the number of registered drones in China will approach 3.29 million, representing a year-over-year increase of approximately 51%. In 2025, drone flight hours reached 45.3 million, a year-over-year increase of 69.9%. This indicates that China’s low-altitude economy is no longer merely a matter of policy planning but has generated a significant volume of actual flight operations in sectors such as agriculture, inspection, logistics, and emergency response.
Policies and Standards Are Bringing Greater Clarity to the Market
For the low-altitude economy to truly develop, it cannot rely solely on the aircraft themselves; it also requires clear industry boundaries, airspace management, infrastructure, and safety standards. In December 2025, the National Development and Reform Commission issued the “Statistical Classification of the Low-Altitude Economy and Its Core Industries (Trial),” clarifying the concept and scope of the low-altitude economy and further defining industry boundaries. For overseas B2B drone manufacturers, this signifies that China is transforming the low-altitude economy from a broad concept into an industrial system that can be statistically tracked, managed, and invested in.
The standardization system is also being accelerated. Ten government departments—including the State Administration for Market Regulation, the Central Air Traffic Management Office, the National Development and Reform Commission, the Ministry of Industry and Information Technology, the Ministry of Transport, and the Civil Aviation Administration of China—jointly issued the “Guidelines for the Construction of the Low-Altitude Economy Standardization System (2025 Edition),” proposing to establish a basic low-altitude economy standardization system by 2027 and to develop more than 300 standards in the low-altitude economy sector by 2030. These standards cover areas such as low-altitude aircraft, low-altitude infrastructure, air traffic management, safety regulation, and application scenarios.
This has two implications for the industry: on the one hand, the low-altitude economy will transition from pilot demonstrations to more standardized commercial operations; on the other hand, drone airframes, batteries, flight control systems, communications, charging, and operations and maintenance systems will all require higher levels of safety, reliability, and traceability.
Why Is China’s Low-Altitude Economy Developing So Rapidly?
The rapid growth of China’s low-altitude economy stems from the combined momentum of policy, the industrial chain, and application scenarios.
Complete UAV Manufacturing Supply Chain
First, China possesses a complete UAV manufacturing supply chain. From motors, electronic speed controllers, flight control systems, and airframe structures to batteries, battery management systems (BMS), chargers, and payload equipment, Chinese companies can rapidly complete product development, testing, and mass production. This represents a significant supply chain advantage for overseas UAV manufacturers.
Application-Driven Commercialization
Second, China’s low-altitude economy is not solely focused on “air taxis,” but rather begins with drone applications that are easier to implement. Examples include agricultural crop protection, power line inspections, solar panel inspections, urban logistics, mountainous region transportation, medical supply delivery, emergency rescue, fire reconnaissance, and low-altitude cultural tourism. These applications offer clearer commercial returns and are more conducive to scaling up operations.
Local Infrastructure Development
Third, local governments are actively developing low-altitude flight routes, takeoff and landing sites, flight service stations, low-altitude IoT networks, and industrial parks. Competition in the low-altitude economy is no longer just about “who can build drones,” but rather “who can get drones to fly safely, frequently, and in a regulated manner.”
What Opportunities Does the Low-Altitude Economy Offer Overseas Drone Manufacturers?
For overseas B2B drone manufacturers, the value of China’s low-altitude economy lies not only in its market size but also in its role as a model for application innovation.
Agricultural drones require high-rate discharge, fast charging, high-temperature resistance, and a long cycle life; logistics drones require high energy density, stable output, and rapid battery swapping; inspection drones require long flight endurance, low-temperature performance, and high reliability; and heavy-lift drones require higher power, lower heat generation, stronger structural safety, and intelligent BMS. Different application scenarios place entirely different demands on batteries, which has driven the evolution of batteries from mere components to an integral part of the drone’s power system.
With the rise of BVLOS operations, remote monitoring, and high-frequency operations, batteries must also possess more intelligent capabilities, such as SOC, SOH, cycle count, temperature monitoring, cell consistency management, fault early warning, and data logging. For heavy-lift drones and eVTOLs, battery safety, thermal management, and system redundancy will directly impact the overall reliability of the aircraft and operational costs.
How Does Grepow Support the Low-Altitude Economy?
As a Chinese drone battery manufacturer, Grepow and its Tattu brand have long served the markets for professional drones, industrial drones, agricultural drones, logistics drones, inspection drones, and heavy-payload drones. As China’s low-altitude economy transitions from policy-driven initiatives to actual operations, drone manufacturers no longer require merely standard battery packs, but rather power solutions customized according to payload, range, discharge rate, temperature, charging efficiency, and safety requirements.
Grepow offers high-rate LiPo batteries, high-voltage drone batteries, semi-solid-state high-energy-density batteries, smart BMS, fast-charging systems, and customized UAV battery packs, covering low-altitude economy applications such as agricultural crop protection, surveying and inspection, logistics and transportation, emergency rescue, and heavy-load platforms.
In the future, competition in the low-altitude economy will center not only on the aircraft themselves but also on batteries, energy management, and operational efficiency. For global drone manufacturers, the Chinese market offers a wealth of application scenarios and a mature supply chain; meanwhile, Chinese drone battery companies like Grepow can serve as key power system partners for overseas B2B customers entering the low-altitude economy era.
FAQs
- What is the China Low-Altitude Economy, and why is it growing so fast?
China Low-Altitude Economy is an ecosystem using low-altitude airspace—drones, eVTOLs—spanning manufacturing to services; accelerating via policy, supply chains, applications, infrastructure.
- How are China Low-Altitude Economy policies changing market standards?
China Low-Altitude Economy policies define industry scope and metrics; accelerated standardization targets 300+ standards, elevating safety, reliability, traceability.
- Which drone applications are driving the China Low-Altitude Economy forward?
Agricultural spraying, power/solar inspections, urban logistics, remote transport, medical delivery, emergency rescue, fire reconnaissance, low-altitude tourism drive China Low-Altitude Economy.
- What battery needs matter most in the China Low-Altitude Economy?
China Low-Altitude Economy battery priorities: high energy/power, fast charge/swap, wide-temperature endurance, low heat, structural safety, intelligent BMS, strong thermal management.
