Is the low-altitude economy the golden growth sector for the logistics industry?

As logistics demand surges, traditional delivery models are grappling with multiple challenges, including heavy reliance on ground transportation, rising labor costs, and efficiency bottlenecks. The rapid growth of the low‑altitude economy has opened up a new frontier for the logistics sector. However, to achieve large‑scale commercial deployment, drone delivery still faces numerous hurdles, and further exploration is needed to identify viable solutions.

As a key application of the low-altitude economy, drone delivery has been piloted in numerous regions and has made significant progress, driven by continuous policy support from the national government and active participation from market players.

First, in recent years, the Chinese government has successively introduced a series of policy documents to promote the development and innovation of the low‑altitude economy. In 2021, the CPC Central Committee and the State Council issued the National Comprehensive Three‑Dimensional Transportation Network Planning Outline, which for the first time incorporated the concept of the “low‑altitude economy” into national planning. In addition, multiple departments—including the Ministry of Industry and Information Technology, the Civil Aviation Administration of China, and the National Development and Reform Commission—have successively released a series of key documents, providing clear guidance and support for the growth of the low‑altitude economy. Notably, the Implementation Plan for Innovative Applications of General Aviation Equipment (2024–2030), jointly issued by the Ministry of Industry and Information Technology and three other agencies, projects that by 2030 the general aviation industry—including a drone delivery network spanning trunk, branch, and last‑mile links—will have reached a market scale of trillions of yuan, becoming a powerful driver of low‑altitude economic growth. At the local level, according to incomplete statistics, 30 provinces, autonomous regions, and municipalities have designated low‑altitude economy‑related initiatives as priority tasks for this year, with some jurisdictions even setting specific development targets, such as establishing industrial demonstration zones or launching dedicated air routes. These figures underscore that the low‑altitude economy, as an important frontier of new‑type productive forces, is rapidly expanding its footprint across the country.

Secondly, as a strategic emerging industry in China, the low‑altitude economy is poised to become a new growth driver for economic development. According to data from the Civil Aviation Administration of China and the China Business Industry Research Institute, the market size of the low‑altitude economy reached RMB 970.2 billion in 2024 and is projected to expand to RMB 1.5 trillion by 2025. Among these, drone delivery, as a key application area of the low‑altitude economy, boasts substantial market potential.

The market size of the low-altitude economy

Third, drone delivery is emerging as a key driver of smart logistics. Compared with traditional delivery methods, drone delivery overcomes the constraints of ground transportation, reduces delivery costs, and significantly boosts efficiency, offering distinct advantages in areas such as last-mile parcel delivery and the urgent transport of relief supplies.

Data show that in 2024, the nation’s total social logistics volume reached RMB 36.06 trillion, up 5.8% year on year—a growth rate 0.6 percentage points higher than the previous year—underscoring sustained expansion in logistics demand amid a complex domestic and international economic environment. Against this backdrop, the logistics sector urgently needs to proactively plan ahead, strengthen industrial chains around new‑type productive forces, and further refine the modern logistics system. Meanwhile, drone delivery, as a key innovation in smart logistics, will help the industry meet the challenges of the next wave.

Fourth, as the technology continues to mature and corporate applications advance, drone delivery in China is accelerating its implementation. On the technological front, multi-sensor fusion—integrating LiDAR, cameras, and millimeter-wave radar—with high-precision positioning—combining the BeiDou system with inertial navigation—has enabled accurate obstacle avoidance in complex environments and centimeter-level positioning. Meanwhile, in the realm of commercial deployment, leading logistics and e‑commerce companies both domestically and internationally, such as Amazon, DHL, JD.com, and SF Express, are actively exploring pathways for the commercialization of drone delivery, steadily translating this technology from theory into real-world use.

Some domestic and international drone products

An analysis reveals that, at present, drone delivery in the logistics sector is primarily concentrated in two key application areas: e‑commerce parcel delivery and emergency logistics. In the e‑commerce logistics domain, from urban neighborhoods to remote rural areas, drone delivery is gradually becoming a routine operation, significantly reducing delivery times while cutting labor costs and injecting new momentum into the industry; pilot projects have already been launched in numerous cities across China. Meanwhile, in emergency logistics, drones—thanks to their ability to operate regardless of terrain and their rapid response—play an essential role in transporting supplies for medical emergencies and disaster relief, particularly in meeting urgent needs for blood, pharmaceuticals, and other critical items.

Drone delivery has experienced rapid growth in recent years, thanks to its efficiency and low cost. However, behind the vigorous emergence of this nascent industry, numerous pain points have gradually come to light, constraining its further large-scale deployment and routine integration into everyday operations.

At present, the drone‑delivery sector still faces several technical challenges. For instance, drones’ adaptability to complex environments remains inadequate: in extreme weather conditions such as heavy rain or strong winds, sensor performance can be compromised, leading to reduced obstacle‑avoidance accuracy, positioning errors, and even potential flight accidents. Meanwhile, intricate low‑altitude environments—characterized by dense urban structures and extensive power‑line networks—pose significant risks to safe operations. Furthermore, regarding endurance and payload capacity, the energy density of today’s mainstream lithium‑ion batteries is insufficient to support long‑duration, long‑range flights or the carriage of heavier payloads. Emerging battery technologies with greater potential—such as hydrogen fuel cells and solid‑state batteries—are still in the research and development or testing phases and have yet to achieve large‑scale commercial deployment.

As an emerging industry, the lack of well‑developed supporting infrastructure and robust legal oversight also constitutes a major constraint on the growth of drone delivery. The absence of unified planning and construction for drone takeoff and landing sites often hinders last‑mile delivery operations. Moreover, the current mechanisms for air‑ground information exchange and data sharing remain inadequate, resulting in inefficient data communication between drones and ground facilities and vehicles, which impedes the realization of efficient collaborative workflows. In terms of legal regulation, the laws and regulations governing drone operations and safety are still incomplete. Although China has issued documents such as the Interim Regulations on the Administration of Unmanned Aircraft Flight, gaps persist in areas like liability allocation and safety oversight. At the same time, the approval process for commercial drone flights is relatively cumbersome, requiring applicants to submit requests to multiple authorities—including civil aviation and public security—well in advance, with the entire procedure consuming considerable time.

From the perspective of talent demand, the rapid growth of drone delivery will have a dual impact on the labor market. On the one hand, this emerging sector will generate a substantial number of high‑skill jobs, spanning areas such as drone research and development, design, manufacturing, system maintenance, and operational management—each requiring specialized expertise. To align with this trend, numerous domestic universities have progressively established drone‑related programs, focusing on cultivating the requisite workforce. On the other hand, as drone delivery becomes widely adopted, lower‑tech delivery roles in the traditional logistics industry will face the risk of being displaced, potentially delivering a significant shock to labor‑intensive employment markets.

Moreover, the widespread adoption of drone delivery continues to face challenges stemming from insufficient public awareness. Due to a lack of familiarity with this emerging technology, many people harbor concerns about its safety—ranging from flight stability and obstacle‑avoidance capabilities to the potential risk of crashes. At the same time, low‑altitude drone operations that pass over residential areas have raised privacy concerns, such as whether onboard cameras might intrude on individuals’ private spaces. These safety‑related perceptions directly shape society’s level of acceptance toward drone delivery.

In response to the numerous challenges currently facing the development of the drone‑delivery industry, a systematic solution can be devised across multiple dimensions—technological innovation, policy support, workforce reskilling, and public perception—which would effectively overcome existing bottlenecks, foster the sector’s healthy and orderly growth, and potentially pave the way for large‑scale commercial deployment.

First, technological innovation drives the enhancement of core competitiveness. For example, advancing environmental perception and response technologies, fostering collaboration between universities and enterprises as well as among companies, and promoting technology exchange and information sharing will enable the development of more intelligent sensor‑fusion systems. This will significantly improve the accuracy and stability of drone perception in extreme weather conditions—such as heavy rain or strong winds—and in complex environments—such as densely built urban areas or regions with extensive power‑line networks—thereby ensuring flight safety. Furthermore, increasing investment in battery‑technology research and development, and encouraging research institutions and enterprises to intensify efforts on next‑generation battery technologies—such as hydrogen fuel cells and solid‑state batteries—will accelerate their adoption in the UAV sector. At the same time, optimizing battery management systems to enhance charging/discharging efficiency and extend battery life while reducing operating costs will help prolong both the endurance and payload capacity of drones.

Second, we must refine the legal and regulatory framework and strengthen the oversight system to standardize industry development. With regard to improving relevant laws and regulations, the competent authorities should promptly address existing legal gaps in the drone‑delivery sector by further clarifying provisions on airworthiness management, operator qualifications, and airspace usage, thereby establishing a more comprehensive and detailed legal regime that safeguards the industry’s sound growth. In terms of administrative services, streamlining approval procedures and consolidating the review functions of civil aviation, public security, and other agencies will enable the creation of a unified platform for commercial drone‑flight approvals, offering one‑stop processing. This approach will significantly shorten approval timelines, reduce operational costs for businesses, and accelerate the deployment of drone‑delivery services.

Third, provide support to traditional logistics workers for career transitions, thereby facilitating employment restructuring. The government should introduce specialized training subsidies for drone‑operating skills and encourage logistics enterprises to collaborate with vocational schools and training institutions. Through structured training programs, these initiatives will help conventional logistics personnel acquire new competencies—such as drone operation, basic maintenance, and data analysis—enabling a smooth transition into emerging roles, mitigating the impact on employment and promoting a steady adjustment of the labor market. Additionally, some workers can be guided toward reemployment in other sectors, contributing to a more balanced development of the labor market.

Fourth, enhance public acceptance and improve supporting infrastructure to optimize the development environment. Through diverse channels, educate the public about the safety of drone delivery, the measures in place to protect privacy, and its advantages in boosting delivery efficiency, reducing logistics costs, and alleviating traffic congestion. By addressing public concerns regarding safety and privacy, we can increase public confidence in drone‑based delivery services. Governments and businesses should jointly intensify efforts to plan and build drone takeoff and landing sites, and promptly establish unified data standards and information interfaces. This will enable efficient coordination among drones, ground facilities, and vehicles, providing robust infrastructural support for the large-scale operation of drone delivery.

With continuous breakthroughs in core technologies and the ongoing expansion of application scenarios, drone‑based delivery is transforming the logistics industry at an unprecedented pace. Looking ahead, the drone delivery sector is poised to close the loop—from technological innovation to commercial deployment—thereby establishing a new, intelligent, networked, and environmentally sustainable modern logistics ecosystem and ushering in a new era for the industry.