Skip to main content

Nissan promises self-parking cars, traffic-jam pilots by end of 2016

Nissan Motor Corporation will introduce cars featuring an automatic parking system and traffic-jam pilot within the next year and a half, according to president and CEO Carlos Ghosn. “By the end of 2016, Nissan will make available the next two technologies under its autonomous drive strategy,” Ghosn told reporters at the Foreign Correspondents’ Club of Japan. “We are bringing to market a traffic-jam pilot, in which cars will have the capability to drive autonomously and safely on congested highways,”
July 22, 2014 Read time: 2 mins

838 Nissan Motor Corporation will introduce cars featuring an automatic parking system and traffic-jam pilot within the next year and a half, according to president and CEO Carlos Ghosn.

“By the end of 2016, Nissan will make available the next two technologies under its autonomous drive strategy,” Ghosn told reporters at the Foreign Correspondents’ Club of Japan.

“We are bringing to market a traffic-jam pilot, in which cars will have the capability to drive autonomously and safely on congested highways,” he said. “In the same time frame, we will make fully automated parking systems available across a wide range of vehicles.”

The Yokohama-based car maker announced last August that it would release multiple vehicles featuring automated driving technology by 2020.

Ghosn said more autonomous driving technologies will be added to Nissan vehicles toward the end of the decade. “This will be followed in 2018 by the introduction of the multiple-lane controls, allowing cars to autonomously negotiate hazards and change lanes,” he said, adding the carmaker will introduce an autonomous function allowing vehicles to negotiate city intersections without driver intervention before the end of the decade.

For more information on companies in this article

Related Content

  • Maintaining momentum: learning lessons from the London Olympics
    November 15, 2013
    Japan will not only host this year’s ITS World Congress but has been selected for the 2020 Olympics. So what can Japan, and indeed Brazil, learn from the traffic management for London 2012 - Geoff Hadwick finds out. It was a key moment when Olympic boss Jacques Rogge signed off London 2012, calling the Games “happy and glorious.” Scarred by the logistical disaster of Atlanta 1996 and the last-minute building panic for Athens 2008, Rogge clearly thought London 2012 was an object lesson in how to plan and
  • Why integrated traffic management needs a cohesive approach
    April 10, 2012
    Traffic control is increasingly being viewed as one essential element of a wider ‘system of systems’ – the smart city. Jason Barnes, Jon Masters and David Crawford report on latest ideas and efforts for making cities ‘smarter’ Virtually every element of the fabric and utilitarian operations that make urban areas tick can now be found somewhere in the mix that is the ‘smart city’ agenda. Ideas have expanded and projects pursued in different directions as the rhetoric on making cities ‘smarter’ has grown. App
  • Air quality tops transportation agendas
    November 17, 2014
    Colin Sowman catches up on some of the latest research around outdoor pollution and looks at options available to authorities in areas of poor air quality. Iair quality hasn’t already reached the top of the agenda in transportation department meetings in your area, it probably soon will with national, trans-national and even global bodies calling for authorities to reduce pollution levels.
  • Spot speed deterrent proved to be transient
    October 18, 2013
    As research and trials show the benefits of average speed enforcement - David Crawford reviews developments on two continents. August 2013 saw the switch on of the Australian State of Victoria’s latest combined point-to-point (P2P) average speed enforcement (ASE) and spot camera control system. Installed on the 27km Peninsula Link to the south-east of Melbourne, the system uses high-resolution automatic number plate recognition (ANPR) cameras and optical character recognition (OCR) technology developed b