A2Z Drone Delivery Partners with Alatau Advance Air Group Ltd. On Kazakhstan’s Next Generation Integrated Urban Air Mobility Project

Urban air mobility (UAM) is moving from concept to commercial reality, and Kazakhstan’s Alatau City is emerging as a testbed for the next generation of integrated aerial transport. Designed from the ground up as a smart city, Alatau incorporates dedicated vertiports, digital services and experimental air regulations that allow eVTOLs, air taxis and logistics drones to coexist. By attracting a consortium of international partners and relying solely on private capital, the project sidesteps the bureaucratic delays that have hampered many Western UAM initiatives, positioning Central Asia as a potential early adopter of large‑scale aerial mobility networks.

A2Z Drone Delivery brings its patented AirDock charging stations and Longtail multi‑mission aircraft to the Alatau ecosystem, enabling beyond‑visual‑line‑of‑sight (BVLOS) flights and dock‑based operations that keep propellers away from people. These capabilities support a range of services—from last‑mile parcel delivery to infrastructure inspection and emergency response—demonstrating the versatility required for a mixed‑use airspace. The partnership also showcases A2Z’s scalable dock infrastructure, which can be expanded across multiple vertiports to accommodate growing drone fleets, a critical factor for achieving the economies of scale needed for commercial viability.

The Alatau City initiative signals a shift in how urban air mobility projects are financed and executed. Private‑funded, globally coordinated efforts reduce reliance on public subsidies and accelerate technology validation. As other cities watch the outcomes of Alatau’s integrated approach, investors and regulators may look to replicate its model, potentially spurring a wave of similar smart‑city UAM deployments. For A2Z, the partnership not only opens a new market in Central Asia but also strengthens its credibility as a provider of end‑to‑end drone logistics solutions, a competitive edge as the global UAM market is projected to exceed $30 billion by 2035.