Skip to main content

UK city to introduce thermal imaging traffic management

City of York Council is to introduce thermal imaging technology on key cycle routes in York to help reduce the time spent at traffic signals, improve journey reliability and cycle safety. The city is set to become one of the first councils in the country to start using the technology which will accurately detect cyclists at signals by their ‘heat signature’, allowing the signals to react accordingly and be adjusted to give more ‘green time’ for cyclists. The thermal technology was first introduced by
March 24, 2016 Read time: 2 mins
City of York Council is to introduce thermal imaging technology on key cycle routes in York to help reduce the time spent at traffic signals, improve journey reliability and cycle safety.

The city is set to become one of the first councils in the country to start using the technology which will accurately detect cyclists at signals by their ‘heat signature’, allowing the signals to react accordingly and be adjusted to give more ‘green time’ for cyclists.

The thermal technology was first introduced by 1466 Transport for London last year as part of the cycle superhighway network.

The scheme is all part of a multi million pound overhaul of York’s ageing traffic signals – the largest scheme the city has seen since the last major overhaul of York’s traffic signals in the mid 1990s which introduced the city’s new urban traffic control system to control the city’s transport network.

The five year scheme also includes replacement of worn out and unreliable in-road road loops with camera systems for traffic detection.

The authority is also proposing to replace approximately half of the 122 traffic signals and 54 pedestrian crossings in the city over a five-year rolling programme with modern equipment.

For more information on companies in this article

Related Content

  • AV/ridesharing mix wins major auto investment
    May 5, 2016
    The US has a new trend in personal mobility and David Crawford takes a closer look. US automaker General Motors and ridesharer Lyft’s announcement of a strategic partnership aimed at delivering, over time, an integrated network of on-demand autonomous as well as conventional vehicles has taken the nation’s car industry from traditional manufacturing to new arenas.
  • DSRC holds the key to tomorrow's transportation
    June 15, 2016
    Dedicated Short-Range Communication (DSRC) technologies are poised to revolutionise transportation system planning, management and operations. But will widespread US adoption take five years, or twenty? As Ben Pierce of Battelle explains, the answer depends largely on which roadmap the ITS community chooses to follow for deployment.
  • WA government announces major cycle infrastructure investment
    September 5, 2017
    The Western Australia Government to provide an investment of US$103 million (AU$129 million) over the next four years for improvements across the State's cycling network. The funding will allow at least 95 kilometres of cycling path to be added to the network, as well as a range of community cycling initiatives. It includes US$44 million (AU$55 million) towards filling gaps on the current Principal Shared Path (PSP) network around Perth and US$23 million (AU$29 million) in grants for local governments.
  • Belfast to develop an intermodal transport hub with EU support
    February 20, 2015
    The EU's TEN-T Programme is to provide almost US$4 million for preparatory studies for a cross-border train and bus service linking Belfast in Northern Ireland to the rest of UK and neighbouring countries. The service will also integrate other transport modes and ensure a connection to Belfast’s Central Business District. The studies will identify how best to deliver a fully integrated service with amenities other transport users (taxis, cyclists, private cars, pedestrians) and a seamless connection to the