Eco Multi monitors London walking and cycling routes

Traffic Technology Ltd. has revealed its involvement over the last three years with Transport for London (TfL) in developing and deploying monitoring systems for the London Olympics 2012 games walking and cycling routes. The company supplied its Eco Multi pedestrian and cycle monitoring systems which have been installed in four locations on the eight designated ‘2012 Games Walking & Cycling Routes’. Traffic Technology says the unique ‘click and lock’ modular system of the Eco Multi enables several units to
September 3, 2012 Read time: 2 mins
Traffic Technology Ltd. has revealed its involvement over the last three years with 1466 Transport for London (TfL) in developing and deploying monitoring systems for the London Olympics 2012 games walking and cycling routes.

The company supplied its Eco Multi pedestrian and cycle monitoring systems which have been installed in four locations on the eight designated ‘2012 Games Walking & Cycling Routes’. 561 Traffic Technology says the unique ‘click and lock’ modular system of the Eco Multi enables several units to be combined together to provide a multi-directional, multi-count site, counting mixed traffic either separately or simultaneously. The device contains two sensors – one specially designed to capture the unique magnetic signature generated by cycles and the other to monitor pedestrians, for accurate differentiation between the two.  Data from the counters is transmitted via a Bluetooth or GSM connection directly to the online data management software, Eco Visio.

As the schemes were being developed and implemented, TfL undertook regular quantitative and qualitative surveys. The counters will now be used to monitor the long term effects of the route improvements on pedestrian and cycle usage. The data has been made available to the boroughs and will also feed into TfL’s London-wide network of count data which, amongst other things, is used to inform policy decisions.
Detection, Monitoring & Machine Vision Classification & Data Collection

For more information on companies in this article

Related Content

  • Wireless - the future of vehicle detection
    July 23, 2012
    Peter Cattell of Clearview Traffic analyses different wireless communications methods and explains how these are changing the face of vehicle detection. With the continued expansion of traffic data collection solutions, providing a robust, reliable, scalable and secure method of collecting information becomes increasingly important. Over many years, various mobile wireless technologies have been utilised to make the remote collection of data a reality but recent developments are changing the way that this w
    Read More
  • TfL trials cyclist detection
    June 5, 2015
    New world first trials would allow TfL to better cater for cyclists at key junctions Further on-street trials will take place later this year TfL now given blanket approval from DfT to install low-level cycle signals at junctions Transport for London (TfL) is to trial a new technology that will help give cyclists more time on green lights.
    Read More
  • Smart Spanish city trials cell-based traffic management
    November 7, 2013
    David Crawford reports on an urban electronic nervous system. The northern Spanish city of Santander – historically a port - is now an emerging technology showcase attracting global attention as a prototype for a medium-sized smart city of the future. In a move to determine the optimal use of available data, it is creating a de-facto experimental laboratory for sensor and mobile phone-based urban traffic management and environmental monitoring innovations.
    Read More
  • AGD Systems' Intelligent radar keeps London on the move
    October 10, 2013
    Intelligent radar detection solutions supplier AGD Systems is to supply the UK’s Transport for London (TfL) with its new 316 stop-line radar traffic detector, designed for the detection and monitoring of stationary vehicles at road junctions. The frequency modulated continuous-wave (FMCW) 316 utilises the 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.
    Read More

Highlighted Content