Booking a Flight Like Booking a Ride
Uber is bringing its ride-hailing model to the skies. The company has previewed its air taxi booking service, which will allow passengers to reserve electric vertical takeoff and landing (eVTOL) flights through the same Uber app they use to call a car. The service, developed in partnership with electric aircraft manufacturer Joby Aviation, is set to launch in Dubai later in 2026, marking the beginning of what both companies hope will become a global urban air mobility network.
The booking experience has been designed to be as familiar as hailing an UberX. Passengers enter their destination in the app, and if their route is eligible, "Uber Air" appears as a transportation option alongside existing car service tiers. Selecting it books both the eVTOL flight and an Uber Black car to transport passengers to and from Joby's vertiport facilities, creating a seamless door-to-door experience.
"We've spent years thinking about how to make this feel like a natural extension of the Uber experience," the company said in its preview event. The goal is to remove the complexity traditionally associated with air travel, no check-in counters, no security lines, just an app booking and a ride to the vertiport.
The Aircraft: Joby's Electric Air Taxi
The flights will use Joby Aviation's purpose-built eVTOL aircraft, which accommodates up to four passengers plus luggage in an interior the company compares to an SUV with panoramic windows. The aircraft is powered by electric motors, making it significantly quieter than a traditional helicopter, an important consideration for operations over densely populated urban areas.
Joby's aircraft specifications are impressive on paper. The vehicle has a maximum speed of 200 miles per hour, a range of up to 100 miles on a single charge, and features four redundant battery packs alongside a triple-redundant flight computer. A human pilot will be aboard for all flights, a requirement that both companies view as essential for building public trust during the initial deployment phase.
The aircraft takes off and lands vertically, eliminating the need for runways and enabling operations from compact vertiport facilities that can be built on rooftops, parking structures, or dedicated ground-level pads. This vertical capability is what makes the concept viable for urban transportation, where available land for traditional airports or helipads is extremely limited.






