Temporary journey time solution aids smart motorway works

Temporary intelligent transport system (ITS) solutions provider, Mobile Visual Information Systems (MVIS), is to supply its first temporary journey time solution for long-term constant use on a smart motorway project. In partnership with traffic management specialist Vysionics, MVIS developed a temporary journey time solution for continuous operation throughout the two year installation of the smart motorway scheme between junctions 28 and 31 of the M1. The temporary system provides real time journey inf
August 12, 2014 Read time: 2 mins

Temporary intelligent transport system (ITS) solutions provider, 6918 Mobile Visual Information Systems (MVIS), is to supply its first temporary journey time solution for long-term constant use on a smart motorway project.

In partnership with traffic management specialist 604 Vysionics, MVIS developed a temporary journey time solution for continuous operation throughout the two year installation of the smart motorway scheme between junctions 28 and 31 of the M1. The temporary system provides real time journey information to 170,000 road users as they negotiate the road works across both carriageways during project’s duration, minimising journey disruption and promoting safety.

The system uses eight MVIS VMS-C signs which communicate with Vysionics’ own Vector integrated ANPR cameras via MVIS’ Web Studio web-based sign management and control system, providing real time journey information to drivers at strategic points along the route.  

The cameras send vehicle number plate data back to a remote server which calculates journey times, and the average journey time is relayed to MVIS’ signs throughout the works.

When necessary, control centre operators can override the default journey time information display with additional driver information, for example regarding incidents ahead, thereby negating the need for additional signs.

MVIS’ sales manager, Graeme Lee said:  “This is the first time that we have sold our signs for long-term, constant use within a journey time solution on a smart motorway scheme and we are tremendously proud to be playing such an important role in this significant project.” 

Detection, Monitoring & Machine Vision

For more information on companies in this article

Related Content

  • Need for balance on UK speed enforcement funding cuts
    February 2, 2012
    Trevor Ellis, Chairman of the ITS UK Enforcement Interest Group, considers the implications of the UK Government's decision to withdraw funding for road safety camera partnerships
    Read More
  • Fast and efficient barrier-free electronic toll collection
    May 21, 2012
    Canada’s 407 tolled highway allows non-stop travel and a fast and efficient way of paying for it. Ontario’s 407 ETR highway features one of the most advanced barrier-free and all- electronic toll collection systems in the world. The company that operates the road launched the latest phase of its strategy to provide end-to-end automation in summer 2011. A self-service website is now available, allowing users to view and pay charges online using technology supplied by the international market leaders in e-bil
    Read More
  • Mario Cuomo Bridge: an ITS hotbed
    January 4, 2021
    The 3.1-mile Governor Mario M. Cuomo Bridge over the Hudson River in New York State is not just a massive engineering project – it is an ITS hotbed too. Phil Riggio of HDR tells Adam Hill why
    Read More
  • People to power reporting of weather-related road conditions
    November 28, 2013
    Citizen reporting offers the potential of gathering timely information about road conditions without the need to invest heavily in equipment or to dispatch inordinate numbers of staff to visit and report from various locations. What could be better than an army of motorists and other road users sending in reports of conditions they encounter on their journeys? Back in 2003, Wyoming DOT set up a system of enhanced citizen-assisted reporting as a way of gathering weather-related information on road conditi
    Read More

Highlighted Content