The United Arab Emirates (UAE) is poised to become the global leader in urban air mobility as Archer Aviation, a US-based electric vertical takeoff and landing (eVTOL) aircraft manufacturer, prepares to deliver an additional aircraft in 2026. This milestone precedes the anticipated commercial launch of air taxi services in the UAE, marking a significant leap in futuristic transportation. Archer Aviation’s Chief Commercial Officer, Nikhil Goel, revealed these plans during an interview, highlighting the company’s partnership with Abu Dhabi Aviation and its ongoing collaboration with the UAE’s General Civil Aviation Authority (GCAA).
In July 2025, Archer conducted a landmark test flight of its Midnight aircraft in front of the iconic Sheikh Zayed Grand Mosque in Abu Dhabi. This trial, part of a broader campaign to ensure operational efficiency in extreme heat, marked Archer’s first flight test outside the United States. Goel described the event as a pivotal moment, emphasizing its symbolic significance in the heart of the city. The company plans to continue its flight tests in the region, with the goal of certifying the aircraft and commencing passenger operations.
Goel also disclosed that Abu Dhabi Aviation has already made substantial payments, in the seven-figure range, to Archer as part of their commercial agreement. These payments will enable the company to recognize revenue starting next year. Additionally, Archer is making rapid progress in obtaining certification from both the GCAA and the US Federal Aviation Administration (FAA).
The UAE’s pioneering efforts in urban air mobility have garnered significant interest from other Middle Eastern nations, which are now exploring similar initiatives. Goel noted that regional countries are keen to replicate the UAE’s collaboration with Archer and the GCAA to bring flying taxi services to their own markets. The UAE is expected to be the first country globally to commercially launch flying taxis, solidifying its position as a hub for innovation and cutting-edge technology.