Skip to main content

Dubai trials autonomous vehicles

The Dubai Roads and Transport Authority (RTA), in collaboration with Dubai Properties, has recently begun the trial operation of autonomous vehicles, each capable of carrying ten passengers, within the Business Bay District over a 650 metre-long track. This follows the success of the first and second phases of the trial operation of smart vehicles in the Dubai World Trade Center and the Mohammed bin Rashid Boulevard. The electric-powered smart vehicle is designed to move within closed internal roads in a
November 16, 2016 Read time: 2 mins
The Dubai Roads and Transport Authority (RTA), in collaboration with Dubai Properties, has recently begun the trial operation of autonomous vehicles, each capable of carrying ten passengers, within the Business Bay District over a 650 metre-long track. This follows the success of the first and second phases of the trial operation of smart vehicles in the Dubai World Trade Center and the Mohammed bin Rashid Boulevard.

The electric-powered smart vehicle is designed to move within closed internal roads in areas such as residential districts and entertainment venues. It is fitted with a GPS system and uses laser sensors enabling it to spot any object up to 40 metres away. It can slow down automatically once an object approaches to within two metres and comes to a complete halt if the object is closer than that.

According to Ahmed Bahrozyan, CEO of RTA’s Licensing Agency and chairman of the Smart Vehicles Committee, the trial is part of RTA’s aim to convert 25 per cent of journeys in Dubai to autonomous transport by 2030. It intends to test autonomous vehicle technology and operation under Dubai’s climatic conditions and to inform residents about the government’s strategy for smart vehicles. It also seeks to gain people’s perceptions of autonomous vehicles via a questionnaire.

RTA is considering broadening the deployment of autonomous vehicles in other areas of Dubai including metro stations, malls and tourist spots. It is also working on drafting legislation towards the implementation of the smart mobility strategy of the Emirate and setting out well-defined legal structures covering the fourth, fifth, sixth and seventh key aspects of the policy of using autonomous vehicles in the first and last mile stage, business centres, residential complexes and parks.

Related Content

  • Transit takes on demanding role
    April 2, 2021
    Community transport - or paratransit - has historically formed the basis of demand-responsive operations. But with new routing technologies, David Crawford sees wider potential
  • Maharashtra confirms hyperloop route in India
    February 26, 2018
    Virgin Hyperloop One (VHO) has signed an agreement with the Indian State of Maharashtra to create a route that intends to link central Pune, Navi Mumbai International Airport in 25minutes and connect 26 million people. It aims to eventually support 150 passenger trips annually and save more than 90 million hours of travel time. In addition, an initial pre-feasibility study by VHO indicates that the route could provide socio-economic benefits valued $55m (£39m) over 30 years of operation. It will be deploy
  • TSS to carry out R&D in UK autonomous vehicle project
    April 28, 2017
    As part of the AECOM-led CAPRI (Connected & Autonomous POD on-Road Implementation) project, Spanish traffic modelling software specialist TSS is to provide impact assessment and assisting in the design of management strategies for the use of new autonomous and connected pods on-demand (PODs) at the Queen Elizabeth Olympic Park in London. TSS will also be playing a role in the verification and validation of the POD control systems, allowing safety evaluation to be undertaken of in a safe and controlled virtu
  • Autonomous vehicles are everywhere says report
    March 20, 2015
    A new IDTechEx report, Autonomous Vehicles: Land, Water, Air 2015-2035 claims autonomous vehicles are successful here and now but you are unlikely to meet one because the successes are in the upper atmosphere, open cast mines, nuclear power stations, underwater and in other relatively inaccessible places. It goes on to explains that the primary technology of an autonomous vehicle is that which confers autonomy and the powertrain, which is usually electric. The powertrain and navigation and control technolo