Kazakhstan conducted the first test flight of a Central Asian air-taxi in Almaty on June 2, 2026 [1].
The initiative represents a push to modernize urban transport and position the country as a regional leader in next-generation aviation. By developing an urban air-mobility network, officials aim to alleviate ground traffic congestion in the city [2].
The project is a collaboration between the Ministry of Industry and Infrastructure Development and private aviation partners [2]. The vehicle, described as an urban air-mobility vehicle, completed its initial flight today [1]. This milestone is the first step in a longer development cycle intended to integrate aerial transit into the city's infrastructure.
Testing throughout 2026 will be conducted without passengers [3]. These initial flights are designed to verify the safety and stability of the aircraft before moving toward certification. The government is focusing on the technical viability of the flight paths, and the integration of the vehicles into existing airspace management [2].
Commercial trial operations are planned for early 2029 [3]. These future trials will depend on the successful completion of the testing phase and the acquisition of necessary regulatory certifications. The goal is to transition from unmanned testing to a service that can transport people across the metropolitan area [2].
Almaty was selected as the site for this launch due to its status as a major economic hub. The deployment of air taxis is expected to serve as a blueprint for other cities in the region seeking to reduce reliance on traditional road networks [2].
“Kazakhstan conducted the first test flight of a Central Asian air-taxi in Almaty on June 2, 2026.”
The launch of air-taxi testing in Almaty signals Kazakhstan's intent to leapfrog traditional infrastructure investments by adopting electric vertical take-off and landing (eVTOL) technology. While the 2029 timeline for commercial trials is ambitious, the project's success depends on creating a new regulatory framework for low-altitude urban airspace and establishing a network of vertiports within the city.
