Skip to main content

AGD Systems Stop-Line Radar Traffic Detector

AGD Systems, the UK’s leading provider of intelligent radar detection solutions, has won a prestigious contract with Transport for London (TfL) to supply its brand new, state-of-the-art ‘316’ Stop-Line Radar Traffic Detector designed for the detection and monitoring of stationary vehicles at road junctions.
January 24, 2014 Read time: 2 mins
AGD Systems, the UK’s leading provider of intelligent radar detection solutions, has won a prestigious contract with Transport for London (TfL) to supply its brand new, state-of-the-art ‘316’ Stop-Line Radar Traffic Detector designed for the detection and monitoring of stationary vehicles at road junctions.

The major contract is in addition to AGD’s long established partnership with TfL supplying vehicle detection equipment and pedestrian control signals over the past two decades.

Following successful on-street trials of AGD’s ‘316’ solution earlier this year, TfL has placed bulk orders for several hundred units for its deployment in and around the heart of London.

The Frequency Modulated Continuous-Wave (FMCW) ‘316’ represents a new generation of intelligent radar detection systems. AGD says it has applied the very latest planar antenna technology and an advanced, embedded digital signal processing engine to accurately and reliably detect stationary vehicles at the stop-line of busy intersections.

Vehicles approaching the stop-line are tracked individually through the detection zone generating a detect state as they come to a stop, improving traffic flow at urban intersections and enhancing safety for all road users. Providing accurate vehicle detection in all conditions, it provides complete flexibility and ease of set up and installation. Featuring Bluetooth wireless technology and a user-friendly GUI, the 316, says AGD, can be configured and made ready for use in minutes.

Related Content

  • Ramboll’s Simon Benfield looks at the future of gantry design
    September 29, 2016
    Gantries first appeared over highways in the late 1960s and are now of increased importance, thanks to the emergence of Smart Motorways, writes Simon Benfield* The motorway network exhibits a timeline of innovation; lane control signals on highways appeared in the 1970s
  • Imtech/Peek claim cooperative ITS first in Europe
    April 24, 2012
    Peek, Imtech's provider of intelligent mobility solutions, yesterday unveiled what is being claimed as the first commercially available cooperative ITS platform that offers road administrators, emergency services and logistics businesses an opportunity to increase safety, reduce emissions (including CO2), cut fuel consumption by up to 20 per cent, and enable reliable travel times in urban areas. It's claimed this can be accomplished by organising right-of-way at intersections and by providing drivers with a
  • Efficient asset management delivers
    April 25, 2013
    Maximising the economic benefit of infrastructure assets can be achieved through delivering better quality maintenance. Increasing utilisation of infrastructure follows on from those assets being in better condition. Clearly by tracking infrastructure condition closely, huge gains can be made in addressing technical issues before they become more serious and more costly, as well as minimising disruption. In UK city Birmingham, high resolution aerial photography from Bluesky is helping the city council under
  • Boost to infrastructure, autonomous cars in UK budget
    March 17, 2016
    The UK chancellor announced in his spring budget what he called the biggest investment, US$87.5 billion (£61 billion), in transport infrastructure in generations and is increasing capital investment in the transport network by 50 per cent over this Parliament compared to the last. The government plans to establish the UK as a global centre for excellence in connected and autonomous vehicles by establishing a US$24.1 million (£15 million) ‘connected corridor’ from London to Dover to enable vehicles to com