Flying taxi service gets approval in Dubai, to launch in 2026

  • The flying taxi, Joby’s S4 model, is equipped with six rotors and four battery packs and can travel up to 161 km at a maximum speed of 321 kmph.
Flying taxi Joby S4
Dubai will launch its first flying taxi service in 2026 using Joby’s S4 electric vehicle with zero emissions. It is capable of vertical take-offs and landings
Flying taxi Joby S4
Dubai will launch its first flying taxi service in 2026 using Joby’s S4 electric vehicle with zero emissions. It is capable of vertical take-offs and landings

Dubai has approved the construction of its first aerial taxi vertiport near Dubai International Airport, marking a major step towards becoming the first city to offer urban aerial transport.

The vertiport, designed to blend seamlessly with Dubai’s skyline, will provide passengers a unique, efficient, and comfortable travel experience in the skies.

Crown Prince and The Executive Council Chairman Sheikh Hamdan bin Mohammed bin Rashid Al Maktoum authorised the project, according to a press release.

Also check these Vehicles

Find more Cars
Royal Enfield Flying Flea C6 (HT Auto photo)
UPCOMING
Alert Me When Launched
Hyundai Kona Electric 2024 (HT Auto photo)
UPCOMING
BatteryCapacity Icon64.8 kWh Range Icon418 Km
₹ 25 Lakhs
Alert Me When Launched
Hyundai Kona Electric (HT Auto photo)
BatteryCapacity Icon39.2 kWh Range Icon452 km
₹ 23.79 - 23.98 Lakhs
Compare
View Offers
Battre Electric Mobility Loev (HT Auto photo)
BatteryCapacity Icon3.1 kWh Range Icon60 km
₹59,900
Compare
Battre Electric Mobility One (HT Auto photo)
BatteryCapacity Icon3.1 kWh Range Icon85 km
₹74,000
Compare
Prevail Electric Elite (HT Auto photo)
Range Icon220 km
₹ 1.30 Lakhs
Compare

Spanning 3,100 square metres, the vertiport will feature dedicated take-off and landing zones, aircraft charging stations, a taxi apron, and parking areas, with the capacity for 42,000 landings and 170,000 passengers per year.

Built to top global safety standards, the air-conditioned facility will be a collaboration with international partners: Joby Aviation, responsible for aircraft manufacturing and operations, and Skyports, overseeing vertiport infrastructure design and management. Dubai’s Roads and Transport Authority (RTA) will govern the project and integrate it with other transit systems. The service is expected to launch in early 2026.

The aerial taxi, Joby’s S4 model, is a sustainable electric vehicle with zero emissions, capable of vertical take-offs and landings. Equipped with six rotors and four battery packs, it can travel up to 161 km at a maximum speed of 321 km/h. Designed for a pilot and four passengers, the taxi operates at significantly reduced noise levels compared to helicopters.

Mattar Al Tayer, Director-General of RTA, said that the initial phase will focus on four key locations, providing residents and visitors with a fast, safe, and integrated transport solution across Dubai.

This project aligns with Dubai’s vision of multimodal connectivity, offering smooth access to other public and personal transport options like e-scooters and bicycles, he said.

Earlier this year, RTA signed an agreement to launch the aerial taxi service with the General Civil Aviation Authority (GCAA), the Dubai Civil Aviation Authority (DCAA), Skyports Infrastructure, a UK-based leader in advanced aerial mobility infrastructure development, and Joby Aviation, a US-based specialist in aerial vehicles.

Get insights into Upcoming Cars In India, Electric Vehicles, Upcoming Bikes in India and cutting-edge technology transforming the automotive landscape.

First Published Date: 13 Nov 2024, 08:11 AM IST
NEXT ARTICLE BEGINS

Check Latest Offers

Please provide your details to get Personalized Offers

Choose city
+91 | Choose city
Choose city
Select a dealer

Want to get the best price for your existing car?

Powered by: Spinny Logo
By clicking "View Offers" you Agree to our Terms and Privacy Policy
Dear Name

Please verify your mobile number.

+91 | Choose city
Couldn't verify the OTP.
It's either expired or it's incorrect.