If you ask most people in the West when flying taxis will arrive, the honest answer is "someday." In China, the answer is "today." On a recent morning in Guangzhou, passengers booked a seat through a mini-program on their phone, walked to a riverside vertiport, and boarded a two-seat electric aircraft with no pilot on board. The EH216-S lifted off vertically, flew for about three and a half minutes over the Pearl River, and landed across the city — for a ticket price comparable to an upscale ride-hailing trip. This is not a prototype demo. It is a commercial service, operated under the world's first full set of civil aviation certificates for a pilotless passenger-carrying aircraft.
The industry behind it has a name coined by Chinese policymakers: the "low-altitude economy" (低空经济) — economic activity in the airspace below 1,000 meters, extendable to 3,000 meters in some regions. What began as a policy slogan in 2021 has rapidly become one of China's designated strategic emerging pillar industries, complete with a revised national aviation law, local government subsidies, purpose-built factories, and a fast-growing stack of operating data. The rest of the world is still working on certification roadmaps. China is working on scaling.
The Aircraft That Crossed the Certification Finish Line First
The company furthest along is EHang Holdings (Nasdaq: EH), based in Guangzhou. Its flagship EH216-S is an electric vertical take-off and landing (eVTOL) aircraft — meaning it lifts off and lands like a helicopter but flies using distributed electric propulsion, with 16 rotors mounted on eight arms, no single point of failure, and fully autonomous flight controlled from a ground monitoring center rather than an onboard pilot.
What sets the EH216-S apart is paperwork. China's Civil Aviation Administration (CAAC) awarded it a type certificate (TC), a production certificate (PC), and a standard airworthiness certificate (AC) — the three core approvals any aircraft needs — making it the first pilotless passenger-grade eVTOL in the world to clear all three. In 2025, EHang then received one of China's first Air Operator Certificates (OC) for human-carrying eVTOL services, completing the "four-certificate package" that legally permits paid passenger flights. As of mid-2026, the aircraft had completed over 90,000 safe flights, a figure approaching 100,000 by September, across more than 40 operating sites in China and demonstration flights in 23 countries on five continents.
The most technically significant flight happened in December 2025: an EH216-S crossed the 22-kilometer Qiongzhou Strait between Haikou on Hainan Island and Xuwen Port in Guangdong in 18 minutes, proving that pilotless eVTOLs can handle over-water routes, salty air, and the wind conditions of an open strait. That flight is now the template for something much bigger — an "aerial express corridor" linking Hainan to the mainland, with infrastructure being built by a subsidiary of China State Construction Engineering Corporation, one of the world's largest construction firms.
It's Not One Company — It's a Whole Industry
EHang is the most advanced on certification, but the low-altitude economy is not a one-player story. The southern city of Guangzhou alone hosts three front-runners. XPeng AeroHT, the aviation affiliate of electric vehicle (EV) maker XPeng, builds the "Land Aircraft Carrier," a split-design flying car with a pod-like passenger cabin that separates from a six-wheel ground base. Its Huangpu district factory — described as the first modern assembly line for flying cars anywhere — is designed for an annual capacity of 10,000 aircraft, with a finished vehicle rolling off the line every 30 minutes at full tilt. Mass production began in the second half of 2026, and a single Middle East order for 600 units set a record for overseas flying-car purchases.
GAC, the state-owned automaker behind Trumpchi and Aion, is the third pillar. Its GOVY AirCab, a compound-wing eVTOL with a pilot seat for initial certification, has already collected over 2,000 letters of intent and was targeting completed airworthiness certification and first deliveries by the end of 2026. Meanwhile, the cargo side of the industry is even further along: heavy-lift autonomous drones such as the AR-E800 and TP500 have completed maiden flights, carrying freight on regional routes where building roads is uneconomical.
The supply chain underneath these aircraft is distinctly Chinese. Aviation-grade batteries are coming from CATL and CALB, the same companies that dominate EV battery manufacturing, with solid-state and semi-solid-state laboratory samples already exceeding 400 watt-hours per kilogram — roughly double the energy density of a decade ago. Carbon fiber airframes, autonomous flight controllers, millimeter-wave radar and lidar (light detection and ranging) obstacle sensors, and 5G-enabled air-traffic networking are all sourced domestically. More than 4,200 companies now populate Guangzhou's low-altitude economy supply chain alone, forming a closed loop from research and manufacturing to operations and services.
How China Built the Rules Faster Than Anyone Else
Technology alone does not explain the lead. Regulation does. In December 2025, China's national legislature passed a comprehensively revised Civil Aviation Law, which took effect on July 1, 2026 and, for the first time, wrote unmanned aircraft and low-altitude operations into national primary legislation — defining their legal status, airworthiness requirements, and basic operating rules. That moved the sector from ad hoc departmental notices to a statute-level framework, giving companies and insurers the legal certainty they need to invest.
Below the national law, China has used a familiar tool to move quickly: the regulatory sandbox. Hong Kong's "Low-Altitude Economy Regulatory Sandbox X" selected EHang and its local partners in its first batch, allowing demonstration flights and feeding directly into the city's legislation for the new aircraft category. On the mainland, cities like Guangzhou, Hefei, and Shenzhen compete to open real operating scenarios — tourist flights over landmarks, cross-sea shuttles, emergency response, and low-altitude logistics — because local officials see the industry as a source of manufacturing jobs and tax revenue. The result is a pragmatic loop: companies fly under supervised conditions, regulators observe real data, and rules get refined using evidence rather than speculation.
The Export Play: Selling the Whole System
The ambition does not stop at China's borders, and here the strategy resembles the high-speed rail playbook: don't just export the product, export the standards, the certification pathway, and the operating system. In August 2026, an EH216-S carried Kazakhstan's transport minister on Central Asia's first pilotless passenger eVTOL flight over Astana — just two months after Kazakhstan set up its national eVTOL regulatory framework, which EHang helped shape. In Thailand, the civil aviation director general personally took an autonomous flight over Bangkok in November 2025, with commercial flights targeted for December 2026. Sri Lanka became the first country to formally adopt EHang's "Global Fast Track Program," launching a sandbox in Colombo intended to go from validation to commercial readiness in four months.
Pitched at the International Civil Aviation Organization (ICAO) in September 2026, the program offers governments something rare in this industry: a turnkey package of aircraft, ground systems, operational training, and a tested regulatory template, compressing a market-entry process that normally takes years into months while leaving the local regulator in charge of oversight. For developing countries with no existing advanced air mobility rules, the choice is increasingly between adopting a Chinese-validated framework quickly or waiting years for a Western one to mature.
The Honest Caveats
None of this means the science-fiction vision of sky-filled commuter swarms has arrived. Current passenger flights are short, geofenced, and heavily supervised from ground centers. EHang's pilotless model carries two passengers over distances measured in kilometers; winged eVTOLs designed for true intercity travel, like EHang's VT35 and GAC's AirCab, are still completing certification. Airspace management at city scale — thousands of autonomous aircraft sharing low altitude safely with drones, helicopters, and emergency services — remains an unsolved engineering and regulatory problem everywhere, China included. Public acceptance after any serious accident could slow the sector overnight, and the economics of commercial passenger routes without subsidies have not yet been fully proven.
Still, the gap in starting position is real and widening. While Western eVTOL leaders pitch investors on flights that may begin in a year or two, Chinese passengers have already taken roughly 100,000 rides, Chinese factories are tooling up for volume production, and Chinese companies are helping write aviation rules from Astana to Colombo. The low-altitude economy may turn out to be one of those industries — like solar panels, batteries, and high-speed rail before it — where the world looks up one day and realizes the future it was promised is already operating commercially, somewhere in China.