Skip to main content

TfL upgrades London’s speed and red light safety cameras

Transport for London (TfL) has begun work on a programme to overhaul the capital’s road safety camera network; replacing hundreds of old wet film cameras with modern and more efficient digital safety cameras in order to help further reduce casualties on London’s roads. According to TfL, safety cameras have proved successful in reducing road casualties in recent years. At locations where safety cameras operate in the capital, research shows that the number of people killed or seriously injured (KSI) fell
September 18, 2014 Read time: 4 mins
1466 Transport for London (TfL) has begun work on a programme to overhaul the capital’s road safety camera network; replacing hundreds of old wet film cameras with modern and more efficient digital safety cameras in order to help further reduce casualties on London’s roads.

According to TfL, safety cameras have proved successful in reducing road casualties in recent years. At locations where safety cameras operate in the capital, research shows that the number of people killed or seriously injured (KSI) fell by an average of 58 per cent, meaning that the cameras help to prevent 500 deaths or serious injuries each year. During 2013, 29 of the 132 fatal collisions that occurred in London involved speeding as a contributory factor. Last year, the police commenced prosecution against 120,000 drivers for speeding and red light offences in the capital, with all fines generated passed on to central Government.

TfL and the Metropolitan Police have now replaced and commissioned the first 28 of 250 red light cameras at traffic signal junctions across London. In addition to enforcing against red light running, these new cameras can also monitor and enforce against vehicles breaking the speed limit while going through green traffic lights, helping to further improve safety at junctions where the risk is higher. Further sites will be commissioned in the coming months, with all 250 upgraded by October 2016.

Next month, TfL will also begin upgrading the capital’s 350 speed cameras with spot speed digital cameras. When located on the central reservation, these new cameras can also monitor speed in both directions, providing a wider area of enforcement for the Police. In addition, at four trial locations on the TfL Road Network, TfL will be replacing older cameras with an average speed camera system, similar to the one already in operation along the A13. Average speed cameras improve speed compliance between cameras along a more extensive length of road rather than just where the camera is located, helping to further reduce KSIs. Work to install these will begin later this year, with the systems beginning enforcement in 2015. Work to upgrade the existing speed camera network to digital cameras will be completed by October 2016.

Ben Plowden, director of Strategy and Planning at TfL, said: “Ensuring that all road users are acting responsibly is vitally important to ensure that the capital’s roads are kept safe for all. We are committed to delivering a 40 per cent reduction in the number of people killed or seriously injured on the capital’s roads by 2020.

“We’ve worked closely with the London boroughs and police on implementing this important upgrade and, by ensuring that our safety cameras have the latest digital technology, we can help further reduce the number of unnecessary speed-related collisions that occur each year.”

Edmund King, AA president, said: "Modern well-signed cameras targeted at accident hotspots are an important road safety tool aimed at helping make roads safer. In a recent AA Populus poll, 79 per cent of AA members considered speed cameras at the road side to be acceptable. London needs safe roads to help the capital function for all road-users whether they are on foot, two wheels or four."

Cllr Stuart McNamara, Haringey Council’s cabinet member for environment, said: “The safety of our borough’s roads is a priority for Haringey Council and we are pleased that TfL is taking these steps to ensure that a busy junction is safer for all road users. The installation of these more efficient and modern cameras, which will help to reduce dangerous driving such as speeding and jumping red lights, will add to our efforts to improve road safety across the borough.”

For more information on companies in this article

Related Content

  • Authorities play the parking ticket
    April 10, 2014
    Having long been a cause of contention with their constituents, local authorities are now using parking provision to entice shoppers and reduce congestion. To say that parking, and particularly parking enforcement, is a contentious and emotive issue is something of an understatement. Across the globe the discontentment with parking facilities, charges and enforcement is a major cause of friction between local authorities and the residents, businesses and drivers in the area. Recently there was outrage in
  • Argyll and Bute Council pioneer the roll-out of MAAPcloud in Scotland
    April 14, 2014
    MAAPcloud, the UK’s Transport Research Laboratory’s (TRL) advanced cloud-based accident management and data analysis software system, has been chosen by Argyll and Bute Council to help them reduce the number of casualties and serious injuries on their roads. Designed by road safety experts at TRL, MAAPcloud supports local authorities, police forces and other road safety stakeholders in making vital road safety investment decisions. The system is intuitive to use and utilises modern cloud-based technologi
  • GHSA laments ‘staggering’ trend in US pedestrian deaths
    March 14, 2025
    Drivers killed 3,304 pedestrians in the first half of 2024
  • Camera technology a flexible and cost-effective option
    June 7, 2012
    Perceptions of machine vision being an expensive solution are being challenged by developments in both core technologies and ancillaries. Here, Jason Barnes and David Crawford look at the latest developments in the sector. A notable aspect of machine vision is the flexibility it offers in terms of how and how much data is passed around a network. With smart cameras, processing capabilities at the front end mean that only that which is valid need be communicated back to a central processor of any descripti