Guangzhou, China — Can a City Taxi Fly Without a Pilot?

CAN A CITY TAXI FLY WITHOUT A PILOT? In Guangzhou, the birthplace of EHang's autonomous air-mobility program, the answer is technically yes—but the harder question is how to turn a certified flying machine into dependable everyday transportation. The EH216-S is a compact two-seat electric vertical-takeoff-and-landing (eVTOL) aircraft designed to fly without a pilot on board. Rather than needing a runway, its multicopter architecture lifts directly from a designated pad. A distributed set of electrically driven propellers provides vertical lift and controlled flight, with flight missions supported by automation and ground-based operational oversight.

The engineering challenge is much bigger than simply removing the pilot's seat. An air taxi must integrate certified flight controls, propulsion redundancy, battery-energy management, remote supervision, takeoff-and-landing facilities, airspace permissions, weather limits, passenger handling, maintenance and emergency procedures. Every added passenger trip crosses several systems at once: an aircraft, a vertiport, a dispatch and monitoring network, an aviation regulator and the surrounding city. Guangzhou provides a particularly interesting laboratory because EHang is headquartered there and authorities have supported pilotless passenger-aircraft trials and commercial-site development.

China's Civil Aviation Administration issued type certification for the EH216-S in October 2023, followed by standard airworthiness certification for aircraft deliveries and a production certificate in 2024. In March 2025, EHang General Aviation and another operator received Air Operator Certificates for designated sites, enabling a phased transition toward paid human-carrying flights. The scope matters: those approvals are not blanket permission for aircraft to roam between any two addresses in a city. Initial applications emphasize controlled, site-specific aerial sightseeing and tourism, with broader commuting networks dependent on further operational conditions and infrastructure. In April 2026, Guangzhou's Huangpu district publicized plans for bookable low-altitude passenger flight experiences at Suigang Wharf. Such announcements should be distinguished from verification that a widespread, on-demand urban taxi network already exists.

This Visual Atlas set tells the story through real photographs of the EH216-S and its related EHang 216 family, emphasizing the compact cabin, rotor layout and distributed electric propulsion. The actual EH216-S photograph was made at an exhibition in France; Chinese exhibition photographs were made in Xi'an; and detailed views of an earlier EHang 216 were made in Spain. They are useful technology documentation, not proof of operations at a Guangzhou vertiport. The photo locations are therefore disclosed rather than silently presented as pictures of commercial flight service.

The case reframes smart-city mobility as a systems-engineering and governance question. Autonomous eVTOL aircraft can lift people without a pilot aboard, but useful city mobility requires stronger evidence: a safe, affordable, weather-resilient and well-integrated service, with transparent public benefits and a credible alternative to the subway, bus or conventional road taxi. Guangzhou's work is an important early stage in that progression—an experiment in regulated low-altitude transportation, not yet a replacement for the street network.