China’s Low-Altitude Economy Enters a New Stage

July 2026 marked a significant transition for China’s low-altitude economy. The revised Civil Aviation Law gave the sector an explicit national legal foundation, and Shanghai’s International Advanced Air Mobility Expo presented a far broader ecosystem than a collection of aircraft prototypes. Together, the developments point toward more standardized and scalable operations—but they do not yet prove that passenger air taxis or dense urban eVTOL networks are commercially profitable.

The legal shift: from policy support to statutory footing

China’s revised Civil Aviation Law took effect on July 1, 2026. The law comprises 16 chapters and 262 articles and includes provisions supporting low-altitude economic development and unmanned aircraft management. 1719

Article 225 calls for the optimization of low-altitude airspace resources, the development of civil low-altitude flight and application regulatory-service platforms, and the establishment of airworthiness and flight-management systems and standards suited to the sector. It also allows relevant national departments and provincial governments to formulate development plans and support innovation and new applications. 21

That matters because low-altitude aviation cannot scale on the basis of local pilots and one-off approvals alone. Operators need predictable rules covering aircraft, operators, routes, supervision and safety. The new law does not remove those requirements; it provides a national framework within which they can be developed.

Shanghai showed an industry stack, not just flying machines

The International Advanced Air Mobility Expo ran from July 22 to 25 at the National Exhibition and Convention Center in Shanghai. Organizers and official reporting described 452 exhibitors, more than 80 forums and a 60,000-square-meter exhibition. The event covered aircraft manufacturing, components, infrastructure, safety and industrial services. 18

The numbers also show how broad the sector is becoming. The expo displayed 51 eVTOL aircraft or models, 18 general-aviation aircraft or models and 501 drones. It also featured 23 global product debuts and 42 domestic debuts. 1314

The important signal was the range of supporting capabilities around the aircraft. Scalable operations require takeoff and landing sites, charging or battery logistics, communications, surveillance, traffic-management systems, maintenance, insurance and other services. Coverage of the expo emphasized this less visible infrastructure layer as a central part of making low-altitude aviation viable at scale. 10

In other words, the emerging market is not simply an aircraft market. It is an integrated aviation, logistics, software, infrastructure and services market.

What the 1.5-trillion-yuan figure does—and does not—mean

The Civil Aviation Administration of China has been cited as projecting that China’s low-altitude economy would reach about 1.5 trillion yuan in 2025, with potential growth to more than 3.5 trillion yuan by 2035. 4043

That headline number should be interpreted carefully. The low-altitude economy includes civil piloted and unpiloted aviation and spans uses such as agricultural operations, inspection, logistics, emergency response and other industrial services. It should not be treated as a measure of passenger eVTOL revenue alone.

The maturity of agricultural drones illustrates the difference between the broad sector and the air-taxi vision. United Aircraft’s civilian business has described agricultural drone operations as its largest and most mature large-scale application, alongside emergency rescue, low-altitude logistics and power-industry services. 3

The strongest near-term commercial opportunities are therefore likely to come from repetitive, clearly defined missions where drones can save time or labor. Passenger transport remains a more demanding step because it adds certification, public-safety, reliability, evacuation and customer-service requirements.

Regional clusters are specializing rather than following one identical model

China’s low-altitude economy is developing through regional strengths. Shenzhen is associated with drone manufacturing, logistics and cargo-drone operations, while Shanghai is positioning itself around advanced air mobility, eVTOL development and coordination across a wider industrial chain. Reporting on the sector describes Shenzhen’s cargo-drone routes and Shanghai’s ambitions to develop an eVTOL-centered cluster. 11

The contrast is useful. Cargo drones can operate on defined routes and serve industrial or logistics demand without immediately requiring mass public adoption of passenger flight. Shanghai’s broader mix of eVTOLs, general-aviation aircraft and drones shows that the market will likely develop across several categories at once rather than move directly from prototypes to widespread air taxis. 13

Why “cargo before passengers” is the practical rollout strategy

The sector’s cautious development logic is often summarized as “Three Firsts, Three Lasts”:

• first cargo, then passengers;
• first outlying areas, then dense urban areas;
• first segregated airspace, then integrated airspace.

The principle reflects the different risk and operating requirements of each stage. Cargo routes can generate operational data and test dispatch reliability, maintenance, communications and traffic-management systems without placing passengers in the aircraft. Outlying or controlled areas are also easier to supervise than dense city centers, where buildings, people, conventional aviation and other aircraft create a much more complex environment. 52

This is not a rejection of passenger eVTOLs. It is a sequencing strategy: establish safe and repeatable operations in simpler conditions before attempting the most difficult missions.

Technology must become operational, not merely demonstrative

Aircraft performance is only one part of commercial viability. Operators also need reliable flight-control systems, communications, monitoring, fleet management, traffic coordination and procedures for abnormal situations. The relevant test is not whether an aircraft can complete a demonstration flight, but whether it can operate repeatedly at an acceptable level of safety and cost.

United Aircraft’s reported agricultural-drone activity illustrates the importance of matching technology to a defined business need. Repetitive field operations can offer clearer economics than early passenger services, particularly when the aircraft and operating model are designed around a specific task. 3

For eVTOL developers, the harder commercial questions include certification, reliability, dispatch rates, maintenance turnaround, energy costs, route utilization and the price customers are willing to pay. Those factors will determine whether a promising aircraft becomes a functioning service.

Regulation is both an enabler and a constraint

Safety regulation can slow deployment, but it also creates the conditions for routine operations. The revised law’s focus on airworthiness, flight management, airspace resources and regulatory-service platforms is intended to make development more structured while preserving safety oversight. 21

A mature operating environment will require more than a legal reference to low-altitude activity. It will need workable rules and systems for aircraft certification, operator responsibilities, maintenance, identification, supervision, incident reporting, cybersecurity and insurance. The exact implementation of those systems will determine how quickly local demonstrations can become repeatable networks.

The obstacles that will decide whether networks become profitable

Several constraints remain more important than the number of prototypes on display:

• Airspace access: Operators need usable, predictable corridors rather than isolated permissions. Coordination among aviation authorities and other airspace users will shape route frequency and network design.
• Infrastructure: Vertiports, loading areas, charging or battery-swap facilities, communications, weather services, surveillance and maintenance must be located where demand exists.
• Interoperable standards: Aircraft, data links, traffic-management platforms, charging systems, maintenance procedures and insurance frameworks must work across jurisdictions to avoid a patchwork of incompatible city-level systems.
• Public trust: Noise, privacy, safety perceptions and tolerance for accidents will be especially important for passenger operations over populated areas.
• Specialized talent: The sector needs airworthiness experts, engineers, maintenance technicians, remote pilots, safety managers and low-altitude traffic-management personnel—not only vehicle designers.

These are network problems. A capable aircraft cannot create a viable service if it lacks approved routes, landing infrastructure, maintenance support, trained staff or enough demand to keep utilization high.

What comes next

The most credible commercial sequence is likely to begin with repeatable drone services in agriculture, inspection, emergency response and time-sensitive cargo. Fixed cargo corridors can then provide a more demanding test of network operations. Supervised passenger routes in lower-risk locations may follow, with dense-city and integrated-airspace services arriving later if certification, public acceptance and unit economics support them.

July 2026 therefore looks less like the moment China’s low-altitude economy suddenly became a mass passenger-transport market and more like the moment its transition became institutionally clearer. The law supplied a national foundation; the Shanghai expo showed the depth of the industrial ecosystem; and existing drone applications offered a practical starting point. The next test is whether those pieces can be combined into safe, frequently used and profitable services.