Report analyses effects of non-drivers on self-driving cars

The University of Michigan Transportation Research Institute has published a new report which analyses the expected changes in the amount of driving and trip-length distributions by personal vehicles, should completely self-driving vehicles become widely available. The analysis is based on two key observations: the large percentage of young adults between 18 and 39 years of age who currently do not have a driver’s licence; a recent survey which provides information about the reasons for not having a driv
December 7, 2015 Read time: 1 min
The 5647 University of Michigan Transportation Research Institute has published a new report which analyses the expected changes in the amount of driving and trip-length distributions by personal vehicles, should completely self-driving vehicles become widely available.

The analysis is based on two key observations: the large percentage of young adults between 18 and 39 years of age who currently do not have a driver’s licence; a recent survey which provides information about the reasons for not having a driver’s license, some of which would no longer be applicable with self-driving vehicles.

The research finds that the availability of self-driving vehicles would increase the demand for private road transportation by up to 11 per cent and range anxiety with battery electric vehicles is unlikely to change substantially with the addition of new users made possible by self-driving vehicles.

The report abstract is available %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal here Download pdf page false http://www.umich.edu/~umtriswt/PDF/UMTRI-2015-39_Abstract_English.pdf false false%>.
Location Based Systems

For more information on companies in this article

Related Content

  • CTS extends contactless payments to Sydney's trains
    November 28, 2018
    Cubic Transportation Systems (CTS) is extending Sydney’s contactless payment system beyond light rail and ferries to include the Australian city’s train network. The technology allows commuters to pay for ticketing via credit cards, smart watches and other electronic devices, alongside the Opal card. CTS’s Asia-Pacific team and Transport for New South Wales initially made the contactless system available for the city’s Manly ferry service in 2017. In March this year, the contactless system was ext
    Read More
  • IBTTA holds first conference in Mexico City
    October 11, 2016
    The International Bridge, Toll and Turnpike Association’s (IBTTA’s) Summit of the Americas in Mexico City from 16-18 October will feature timely international transportation topics covering a range of issues including border crossings, international trade, freight tracking, truck tolling, security, mobile enforcement, interoperability and the Mexican concession model. Content will cover a wide range of topics including border crossing, international trade, freight tracking, truck tolling, security, mobil
    Read More
  • Lyft offering free rides for cancer patients in Atlanta
    June 27, 2018
    Lyft is offering free trips for cancer patients seeking treatment in Atlanta, US. The initiative is part of an extended partnership with the American Cancer Society (ACS). ASC uses Lyft’s Concierge web platform to request rides on behalf of patients who do not have a ride or who are unable to drive themselves, according to media reports. The programme will also launch in Cincinnati, Denver, Houston, Los Angeles, New Jersey, Philadelphia and St. Louis.
    Read More
  • Kritek and Skyline partner on smart city solutions
    August 17, 2017
    US companies Kritek and Skyline Products have formed a strategic partnership which will see Kritek’s Klover software-as-a-service (SaaS) smart transportation platform integrated with Skyline’s NTCIP-compliant dynamic message signs, with the aim of offering new turnkey smart city solutions. Klover-enabled signs are securely accessible from the cloud, so they can be easily integrated into Klover’s workflows and managed from anywhere at any time.
    Read More

Highlighted Content