Skip to main content

Workzone safety system deemed a success

The first commercial implementation of Safelane automated traffic management has been deemed a success by its developer, Mobile Visual Information Systems (MVIS). Traffic management firm Chevron used Safelane during its management of a full carriageway closure on a bridge replacement project for Balfour Beatty on the M56 in Cheshire, UK. Safelane is part of the first collection of temporary road maintenance safety solutions combining modular electronic perimeters and variable message signs (VMS), launched l
March 23, 2015 Read time: 2 mins
The first commercial implementation of 7363 Safelane automated traffic management has been deemed a success by its developer, 6918 Mobile Visual Information Systems (MVIS).

Traffic management firm Chevron used Safelane during its management of a full carriageway closure on a bridge replacement project for 3902 Balfour Beatty on the M56 in Cheshire, UK.

Safelane is part of the first collection of temporary road maintenance safety solutions combining modular electronic perimeters and variable message signs (VMS), launched last autumn by temporary intelligent transport system (ITS) solutions manufacturer, MVIS, in partnership with ITS technology firm Highways Resource Solutions Ltd (HRS).

MVIS’ VMS were deployed at all four closure points, with live streaming CCTV mounted on the same platforms. The 537 VMS were surrounded by HRS’ 7364 Intellicone intelligent cone barriers and contactless sensors to detect breaches.  VMS messages in advance of the work zone warned road users of the closure and CCTV surveillance. On detecting a breach of the workzone perimeter, the sensors automatically wirelessly trigger a VMS message to alert the driver of their error.

Said Chevron’s area manager, John Walls: “While improving the safety of our workers, we also used fewer men and vehicles per shift.  On our last shut down, we used six men and six vehicles per shift but, with the new kit in place, this was reduced to two of each per shift and we covered all closure points. The VMS element also meant that we were able to improve the information available to road users negotiating the roadworks. This was a very successful trial of the new solution, and we look forward to developing its application further in future schemes.”

Added MVIS’ managing director, Pat Musgrave:  “Work zone incursions pose one of the most significant risks to road workers, and we are pleased that this new solution has demonstrated its ability to reduce this level of risk.”

For more information on companies in this article

Related Content

  • Tecsidel’s Pan-American Highway tunnel eases Lima’s traffic woes
    December 4, 2018
    The Pan-American Highway connects the US and Canada with Latin America, running for thousands of miles from Alaska in the north to Argentina in the south. Mauro Nogarin finds that one tunnel built underneath it is now providing relief for thousands of travellers each day On the Pan-American Highway, the lengthy series of roads which spans both American continents - from the US state of Alaska to the Latin American country of Argentina - ITS solutions are many and varied. One of these, in Peru’s capital
  • Machine vision - cameras for intelligent traffic management
    January 25, 2012
    For some, machine vision is the coming technology. For others, it’s already here. Although it remains a relative newcomer to the ITS sector, its effects look set to be profound and far-reaching. Encapsulating in just a few short words the distinguishing features of complex technologies and their operating concepts can sometimes be difficult. Often, it is the most subtle of nuances which are both the most important and yet also the most easily lost. Happily, in the case of machine vision this isn’t the case:
  • Causeway One.network boost for Tampa workzone safety
    August 27, 2024
    Florida city joins other agencies in US state to deploy Live Link alert platform
  • Arizona DOT to test prototype wrong-way vehicle detection system
    November 25, 2015
    After a comprehensive study of wrong-way driving crashes on state highways and how technology may help reduce the threat, the Arizona Department of Transportation (ADOT) is planning a prototype project to use existing highway sensors to detect wrong-way vehicles and alert authorities and other motorists. ADOT director John Halikowski said the study sets the stage for the agency to develop and test a unique and innovative system to detect and track wrong-way drivers, improving opportunities for law enforceme