Skip to main content

New Zealand launches draft ITS plan

The New Zealand Government has released a draft intelligent transport systems action plan for public consultation. The plan, announced by by Transport Minister Gerry Brownlee, is open for consultation until 17 January 2014. It and sets out the government’s strategic plans takes a high-level, multimodal multi-agency approach to the introduction of new ITS technologies in New Zealand over the next four years. New Zealand has some specific challenges to the introduction of intelligent transport systems in
November 21, 2013 Read time: 2 mins
The New Zealand Government has released a draft intelligent transport systems action plan for public consultation.  The plan, announced by by Transport Minister Gerry Brownlee, is open for consultation until 17 January 2014.  It and sets out the government’s strategic plans takes a high-level, multimodal multi-agency approach to the introduction of new ITS technologies in New Zealand over the next four years.

New Zealand has some specific challenges to the introduction of intelligent transport systems including low population density, distance from international markets, the long narrow form of the country and the limited number of alternative routes should state highways or the main trunk line be unavailable.

“Intelligent transport systems have the potential to transform the operation of all modes of transport, but it is important that is introduced in a coordinated way so as to get the greatest benefit for New Zealand.

“I have asked the Ministry of Transport to lead the consultation to confirm that the government’s strategic aims are clear and that they will identify and remove barriers to the introduction of intelligent transport systems,” says Brownlee.

Brownlee says New Zealand already has some intelligent transport systems technologies in use. “Traffic control centres in Auckland, Wellington and Christchurch rely heavily on technology to gather information on traffic conditions, adjust traffic signals and provide real-time information for travellers in order to operate the network efficiently.

“These deliver real-time congestion information to road users, and are increasing the carrying capacity of the Auckland motorway system by using motorway ramp signals.

“Vehicle manufacturers are also introducing advanced driver assistance systems such as self-parking cars and blind spot warning systems.”

Related Content

  • €10.9m grant kick-starts German AV project
    April 15, 2021
    Government-backed Kelride seeks to integrate autonomous vehicles into public transport
  • Intersection collision avoidance system trial
    January 31, 2012
    Although much of the emphasis of research into intersection management has tended to concentrate on the needs of urban locations, there remain specific issues pertaining to rural intersections which need to be addressed. Here, Rebecca Szymkowski and Greg Helgeson, Wisconsin DOT, Todd Szymkowski, University of Wisconsin-Madison, and Craig Shankwitz and Arvind Menon, University of Minnesota detail progress on an intersection collision avoidance system for more remote locations.
  • New consortium leads smart city initiative for Exeter
    December 10, 2015
    Exeter City Council and Devon County Council, working with a consortium led by IT services provider NTT Data, have unveiled a ground-breaking, two-year intelligent transport project for the area. Through the project, the group aims to identify solutions that will alleviate traffic congestion in and around Exeter, an historic city in the county of Devon, in south-west England. NTT Data will lead the consortium of traffic experts and specialist providers including Imtech Traffic & Infra, Vaisala, the Unive
  • Improving traffic flow with automated urban traffic control
    April 25, 2012
    Alterations to traffic signals and variable message signs are being activated to reduce congestion as soon as it occurs, through a pioneering fully automatic UTC system. Jon Masters reports In the South Yorkshire town of Barnsley in England, strategies for dealing with traffic congestion have been devised from analysis of queue data, then made to work automatically: “This represents the future of ITS for urban traffic control,” says Siemens Consultancy Services senior engineer David Carr. Over a career span