Vix awarded RTPI contract for six UK local authorities

Vix Technology will deliver and maintain a real-time passenger information (RTPI) system for a consortium of six UK local authorities in the East Midlands and eastern England. The solution is intended to provide riders with information that allows them to use transit services more effectively. Under the five-year initiative, the systems will link existing and new displays and provide bus passenger information, traffic light priority and a range of third-party links and digital outputs. In addition, new
July 4, 2018 Read time: 2 mins
647 Vix Technology will deliver and maintain a real-time passenger information (RTPI) system for a consortium of six UK local authorities in the East Midlands and eastern England. The solution is intended to provide riders with information that allows them to use transit services more effectively.


Under the five-year initiative, the systems will link existing and new displays and provide bus passenger information, traffic light priority and a range of third-party links and digital outputs. In addition, new solar powered, low energy e-ink displays will support the existing LED and thin film transistor display network.

The consortium members include Cambridgeshire County Council, Bedford Borough Council, Central Bedfordshire Council, Luton Council, Northamptonshire County Council and Peterborough City Council. The agreement also covers the Cambridge Guided Busway, the Luton Dunstable Guided Busway and the key interchanges and bus stations.

Richard Lumley, head of highways for Cambridgeshire, says: “Having a single contractor for the consortium has reduced costs and improved efficiency while delivering consistent and reliable passenger information across our region.”

Additionally, the contract's scope includes all central system hosting, hardware and maintenance, period inspections, technology supply and installation activities. Vix will also supply and install new passenger information points for all council-led projects.

For more information on companies in this article

Related Content

  • FLEX electric driverless shuttle operating in Australia
    June 25, 2018
    A driverless public electric shuttle is operating around South Australia’s Tonsley Innovation District as part of a trial set to include public roads. The five-year project, valued at AU$4m (£2.2m), is intended to build public acceptance of the technology. Initially, the Navya Arma Flinders Express (FLEX) shuttle will offer first mile-last mile services between the Clovelly Park train station and Tonsley main assembly building, then connections to bus stops on the main South Road and businesses within th
    Read More
  • Mercury Innovation to launch smart signs at ITSWC2016
    September 8, 2016
    Australian company Mercury Innovation is set to launch a range of smart signs that deliver real-time information to road side users. The company claims that, for the first time, these ‘smart signs’ will allow for the cost-effective delivery of customised site-specific messages/conditions to single individual signs or groups of signs in a network of interconnected devices within a Smart City network.
    Read More
  • Voting for change - the democratisation of transportation
    December 8, 2014
    Contra Costa is using an innovative planning method to gather suggestions and craft future transportation spending plans. Public opinion in matters relating to transport rarely exceeds complaints about congestion on the roads, crowded metros, slow buses with ‘exorbitant’ fares or perhaps enforcement cameras.
    Read More
  • UK council trials first UV powered pathway
    October 21, 2013
    An innovative re-surfacing technology that generates its own energy during the day while enhancing visibility at night is being trialled by Cambridge City Council in the UK. Starpath, developed by Surrey-based Pro-Teq Surfacing, is a liquid-based re-surfacing product that absorbs and stores energy from ambient light (UV rays) during the day, then releases this energy at night, allowing the particles to glow. It has recently been applied to an existing pedestrian and cycle way pathway that runs through h
    Read More

Highlighted Content