Abu Dhabi Investment Office (ADIO), in collaboration with EHang and Multi Level Group (MLG), has recently hosted a landmark test flight of a passenger electric vertical take-off and landing (eVTOL) aircraft as part of a public demonstration in the emirate.
With the support of the Smart and Autonomous Systems Council (SASC), the test flight showcased Abu Dhabi’s commitment to shaping the future of urban mobility, highlighting its leadership in intelligent transportation systems and autonomous vehicles.
The project, which seeks to bring fully autonomous passenger aircraft to Abu Dhabi to provide safe, zero-emission aerial mobility, contributes to further strengthening Abu Dhabi’s position as a leading global destination for air, land and sea transportation.
“We’re turning future mobility into tangible nation-building. With EHang and MLG, we are proving that urban air taxis will be a part of everyday life, here in Abu Dhabi and around the world. This is how we diversify our economy, cultivate homegrown capabilities and make the emirate a global leader in next-generation transport,” stated His Excellency Badr Al Olama, director-general at ADIO.
Test flight validates critical technologies
The electric aircraft test flight represents a pivotal step towards integrating urban air mobility into everyday life, in line with Abu Dhabi’s vision of further enhancing innovation and artificial intelligence. The autonomous mission validated critical technologies, including hot-weather performance in Abu Dhabi’s climate alongside airspace coordination, route planning and vertiport operations.
Conducted under the oversight of the UAE’s General Civil Aviation Authority (GCAA), the flight provided live proof of the regulatory, operational and infrastructure frameworks essential for safely scaling this new mode of transport.
As cities globally explore the potential of electric aircraft, Abu Dhabi is setting a precedent by not only testing the technology in real urban conditions but also fostering a collaborative ecosystem where government and industry align to accelerate innovation and to enable the commercialization of such modes of mobility.
Through the Smart and Autonomous Vehicles Industry cluster, Abu Dhabi is localizing production, supporting infrastructure development and enabling future-ready regulation.
The demonstration also played a key role in public and stakeholder engagement, offering both groups a tangible glimpse into the future of mobility. Building trust in new technology is critical, and the event sparked excitement across the ecosystem, laying the foundation for greater acceptance and momentum as Abu Dhabi moves towards commercial deployment of urban air mobility.
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EHang to establish regional operations in Abu Dhabi
EHang, a publicly listed company on Nasdaq and a leader in autonomous aviation technology, confirmed plans to establish regional operations in Abu Dhabi, including a final assembly line and support facilities. These plans, executed in partnership with MLG and supported by ADIO, reinforce the emirate’s strategy to build an innovation-led, diversified economy.
EHang’s EH216-S received the world’s first type certificate, production certificate and standard airworthiness certificate for passenger-carrying pilotless eVTOL aircraft, issued by the Civil Aviation Administration of China.
As the world’s first certified, pilotless, two-seater eVTOL aircraft, it combines full autonomy with electric propulsion, delivering safe, zero-emission aerial mobility tailored for urban environments. Built for applications such as sightseeing, short-distance connections and tourism, it operates with minimal noise and no runway, making it ideally suited to the evolving infrastructure of future cities.
The EH216-S features eight arms equipped with 16 propellers, each powered by a dual-motor system, totalling 32 independent electric motors. The design ensures efficient vertical take-off and landing capabilities with a high level of redundancy and operational safety, positioning it as a smart and sustainable solution for next-generation mobility.
