Skip to main content

Christchurch trials traffic management during rebuild

Trials are being set-up throughout Christchurch to look at ways of improving traffic management around road works sites to help reduce motorist delays and minimise driver frustration. Following the earthquakes, New Zealand’s Christchurch City Council and New Zealand Transport Agency have been working closely with Stronger Christchurch Infrastructure Rebuild Team (SCIRT) and Environment Canterbury to find ways to keep people, goods and services moving to support the rebuild.
June 19, 2013 Read time: 2 mins

Trials are being set-up throughout Christchurch to look at ways of improving traffic management around road works sites to help reduce motorist delays and minimise driver frustration.

Following the earthquakes, New Zealand’s Christchurch City Council and 6296 New Zealand Transport Agency have been working closely with Stronger Christchurch Infrastructure Rebuild Team (SCIRT) and Environment Canterbury to find ways to keep people, goods and services moving to support the rebuild.

Christchurch City Council Transport and Greenspace Manager John Mackie says more and more pressure is being put on the road network with an ever increasing number of works sites being set up for the rebuild.  The roads are required to support vehicles, cyclists and pedestrians, the crews and equipment for repairing water, storm water and sewerage pipes, those upgrading utilities and building and repairing the roads, as well as those working on rebuilding the central city.

He says critical to the success of the rebuild and for the region’s economic prosperity is keeping the transport network operating at optimal levels. “To achieve this, we need to keep everyone moving.”

A number of trials and investigations are already under way to examine how to deliver greater efficiency with temporary traffic management, speed management and improved messaging to reduce delays and minimise detours.

Mr Mackie says the trials are being carried out at existing SCIRT works sites, with the first results expected within the next couple of months.

For more information on companies in this article

Related Content

  • Here: AI has place in ‘privacy by design’
    June 23, 2020
    Artificial intelligence may improve traffic in cities and keep location data private, but Here Technologies shows that it only takes four points of anonymous data to predict your identity.
  • Growing use of PC-based systems for urban traffic control
    February 1, 2012
    Siemens Mobility's Mark Bodger discusses the growing use of PC-based systems for urban traffic control. Across the ITS sector, there is a common trend of taking traffic and travel management out of the hands of bespoke solutions, realising the use of common, open-source technologies and solutions and enjoying all the attendant economies of scale and ease of use which that implies.
  • Greenowl brings bespoke traveller information one step closer
    June 4, 2015
    Greenowl’s voice-only congestion warning smartphone app alerts drivers to problems ahead and could be the way ahead for traffic information. If there is one point Matt Man, CEO of Canadian company Greenowl, wants to make clear from the start, it is that his company’s app is not a navigation system. He says: “Our system does not direct drivers to their destination because we mainly focus on commuters who know how to get to where they are going and only need information about any delays and incidents ahead of
  • Machine vision develops closer traffic ties
    January 11, 2013
    Specifiers and buyers of camera technology in the transportation sector know what they need and are seeking innovative solutions. Over the following pages, Jason Barnes examines the latest developments with experts on machine vision technology. Transplanting the very high-performance camera technology used in machine vision from tightly controlled production management environments into those where highly variable conditions are common requires some careful thinking and not a little additional effort. Mach