Kazakhstan Takes First Step Toward Air Taxi Era With Passenger eVTOL Flight

Kazakhstan has taken a significant step toward realizing its urban air mobility ambitions with the country's first passenger flight aboard an autonomous electric vertical takeoff and landing (eVTOL) aircraft. The demonstration flight, conducted over a designated area in Astana on August 6 as part of the Games of the Future 2026, utilized the EH216-S, a two-seat autonomous aircraft developed by Chinese manufacturer EHang.

This milestone signifies Kazakhstan's move from government planning to real-world testing of air taxi services. The EH216-S is designed for short-distance passenger transport, capable of traveling up to 35 kilometers at speeds of 130 kilometers per hour without a pilot. The flight follows earlier policy announcements this year, where the government outlined plans to establish an urban air mobility ecosystem, including regulations for eVTOLs, vertiports, and air traffic management, with potential pilot air taxi routes launching as early as 2027.

Authorities envision the first phase to include demonstration and sightseeing routes lasting between five and 30 minutes, showcasing Kazakhstan's natural, cultural, and historical landmarks. In the longer term, autonomous aircraft are expected to support critical applications such as emergency medical response, medicine delivery, firefighting, and logistics, in addition to passenger transport. Kazakhstan also plans to localize the production of passenger eVTOL aircraft through international partnerships, potentially positioning the country as a regional manufacturing hub for this emerging industry.

The Ministry of Transport and other government agencies are actively developing the necessary legal and infrastructure frameworks. Legislative amendments have already been adopted to regulate eVTOL operations, vertiports, and unmanned air traffic management systems, paving the way for the safe integration of these technologies. Unlike helicopters, eVTOLs use electric propulsion, offering quieter and potentially more cost-effective operation over short distances. Industry experts consider this technology part of a broader shift toward Advanced Air Mobility (AAM), a new transportation system intended to complement existing transport networks.