Abu Dhabi has officially launched the world’s first commercial fully driverless taxi service outside the United States, positioning the UAE capital at the forefront of autonomous transportation innovation. The groundbreaking service, operational since November 26, 2025, represents a collaborative venture between Uber Technologies and Chinese autonomous vehicle developer WeRide.
The initial phase of deployment focuses on Yas Island, where passengers can now access self-driving vehicles without any human safety operators inside the cabin. This Level 4 automation technology enables complete hands-free operation within designated geographical zones, with vehicles capable of handling all driving tasks and responding to dynamic traffic conditions without human intervention.
Users can access the service through Uber’s platform via two distinct methods: through the standard Uber Comfort or UberX options, or specifically through Uber’s newly created ‘Autonomous’ category—marking the ride-sharing giant’s first dedicated autonomous ride option worldwide. The vehicles maintain critical safety protocols including emergency pull-over capabilities and manual takeover options as precautionary measures.
The current deployment follows WeRide’s acquisition of a federal permit for fully driverless commercial operations last month, building upon the company’s four-year presence in Abu Dhabi’s autonomous vehicle landscape. Since initiating robotaxi services in 2021, WeRide has maintained a first-mover advantage in the region, becoming the first company to receive a comprehensive UAE national license for all self-driving vehicle types in 2023.
The partnership has expanded significantly since its December 2024 launch, now covering approximately half of Abu Dhabi’s core urban areas including Al Reem and Al Maryah. With over 100 robotaxis currently operational in the Middle East, the companies plan to extend coverage to additional metropolitan zones by the end of 2025, solidifying Abu Dhabi’s position as a global hub for autonomous transportation technology.