Skip to main content

Instant messaging for Manchester’s motorists

Transport for Greater Manchester has installed variable message signs (VMS) on some of the city’s busiest roads to provide motorists with live traffic information. Eight VMS are now fully operational on roads across the region, displaying live journey time estimates and details of road traffic incidents and disruption. A further 19 signs are expected to be operational by the end of March 2015. Each sign is carefully located near to a key decision point, such as the intersection of a main route, a park
January 27, 2015 Read time: 2 mins
817 Transport for Greater Manchester has installed variable message signs (VMS) on some of the city’s busiest roads to provide motorists with live traffic information.

Eight VMS are now fully operational on roads across the region, displaying live journey time estimates and details of road traffic incidents and disruption. A further 19 signs are expected to be operational by the end of March 2015.

Each sign is carefully located near to a key decision point, such as the intersection of a main route, a park and ride site, a major train station, an interchange or a public transport stop. The locations were carefully chosen in consultation with local authorities, taking into account factors such as speed limits and distances from the decision points. This was done to allow plenty of time for road users to process the information displayed, decide on the best course of action, and make their intervention in a timely and safe manner.

The full colour matrix signs can display both text and graphics, such as standard road sign symbols, and are linked directly to the state-of-the-art urban traffic control room at Transport for Greater Manchester’s headquarters.

The aim is to develop the system using the link and allow it, in the long-term, to provide information such as live diversions, comparisons between public transport journey times and cycling data. The overarching objective, other than to provide real time information, is to give all road users an informed choice to meet their travel needs.

The signs are also able to display photographs and live stream footage, which will future-proof them should the current legislation change.

For more information on companies in this article

Related Content

  • Smart parking technologies: solving drivers parking pain
    March 30, 2017
    Smarter parking can benefit city authorities and other road users as well as drivers looking for a space, argues Dr Graham Cookson. As witnessed by the recent announcements at the Consumer Electronics Show, the automotive industry continues to focus on the driving experience; moving from speed and handling towards safety and efficiency.
  • More than 2,000 UK drivers caught speeding at 100mph in the last year
    February 26, 2016
    According to data received by BBC Radio 5 Live in response to a Freedom of Information request, more than 2,000 motorists in the UK were caught by police speeding at more than 100mph in the last year. The figures come from 42 of the UK's 45 police forces which were asked to supply details for the 2014-15 financial year on the number of offences they recorded where a motorist was found to be travelling at 100mph, either by a speed camera or from an officer's speed radar. Forces were also asked to supply t
  • XYZT.ai adds time to the mobility equation
    April 29, 2024
    Timestamps on critical ITS data allow organisations to drive additional insights
  • Monitoring and transparency preserve enforcement's reputation
    July 30, 2012
    What can be done to preserve automated enforcement's reputation in the face of media and public criticism? Here, system manufacturers and suppliers talk about what they think are the most appropriate business models. Recent events in Italy only served to once again to push automated enforcement into the media spotlight. At the heart of the matter were the numerous alleged instances of local authorities and their contract suppliers of enforcement services colluding to illegally shorten amber signal phase tim