MVIS VMS solution deployed on Highways England’s road upgrade project

Mobile Visual Information Systems (MVIS) has implemented its DATEX journey time solution (JTS) on Highway’s England’s US$1.9 billion (£1.5billion) A14 Cambridge to Huntingdon upgrade scheme, enabling an average of 85,000 drivers daily who use the 21 mile stretch of road to navigate the roadworks. The project incorporates 26 Bartco UK VMS-Cs variable message signs which display journey times from their locations to the end of the affected stretch of road
September 4, 2017 Read time: 1 min

6918 Mobile Visual Information Systems (MVIS) has implemented its DATEX journey time solution (JTS) on Highway’s England’s US$1.9 billion (£1.5billion) A14 Cambridge to Huntingdon upgrade scheme, enabling an average of 85,000 drivers daily who use the 21 mile stretch of road to navigate the roadworks. The project incorporates 26 8321 Bartco UK VMS-Cs variable message signs which display journey times from their locations to the end of the affected stretch of road, informing drivers of the predicted journey duration and if possible, enabling them to select alternative routes.

The journey times shown are calculated using DATEX II actual time journey time data collected from in-vehicle sensors and relayed by the National Traffic Operations Centre (NTOC).  These times are renewed every five minutes.  The messages displayed replicate those shown on 8101 Highways England’s fixed signs.

Air Quality & Weather Systems Urban Traffic Control

For more information on companies in this article

Related Content

  • Connected vehicle data promises advanced weather warning
    August 29, 2012
    Connected vehicle research and development is being aimed at improving driver safety and mobility, but is also promising advanced weather monitoring and warning systems. Sheldon Drobot reports. Over the last few years, the United States’ Federal Highway Administration (FHWA) and Research & Innovative Technology Administration (RITA) have joined forces to promote safety, mobility and the environment through a new connected vehicle initiative. This aims to enable wireless communication between vehicles, infra
    Read More
  • Reducing transport energy use with real time travel information
    January 23, 2012
    The In-Time project is looking at the effect that multi-modal real-time traveller information services can have of reducing transport's energy consumption levels. By Martin Böhm, AustriaTech GmbH. Around the world, significant research and development effort is currently directed towards reducing energy consumption by addressing those areas where the biggest savings can be expected. European studies have shown that the transport sector has the potential to reduce its energy consumption by up to 26 per cent
    Read More
  • Funding shortfall for US Interstate upgrades
    May 11, 2012
    Andrew Bardin Williams investigates tolling on the federal Interstate system as maintenance and upgrade requirements increasingly outpace funding The I-95 corridor through North Carolina is one of the most heavy trafficked interstates in the US, seeing upwards of 46,000 vehicles per day in some stretches-and North Carolina’s Department of Transportation (NCDOT) estimates this number will to rise to 98,000 vehicles per day by 2040. Along with the rest of the federal interstate system, the North Carolina str
    Read More
  • In vehicle systems allow drivers to provide travel information
    July 27, 2012
    The use of a Vehicle Data Translator will allow every vehicle on a given segment of road to contribute to a highly accurate, readily accessible source of localised weather information, thus improving safety in all conditions. Sheldon Drobot and William P. Mahoney III, US National Center for Atmospheric Research, Paul A. Pisano, USDOT/Federal Highway Administration, and Benjamin B. McKeever, USDOT/Research and Innovative Technology Administration, write. On the morning of June 10 2009, under the cover of den
    Read More

Highlighted Content