Skip to main content

Heart of Slough implements Siemens wireless traffic detection

As part of the Heart of Slough improvement project, new traffic intersections across seven key sites in and around Slough, UK have been equipped with a total of 162 Siemens WiMag wireless magnetometer sensors by Siemens to help improve the management of traffic using the A4 and travelling to and from the town centre. Complementing the company’s proven loop and radar detection solutions, the sensors provide the Heart of Slough project with an alternative traffic detection system that uses magnetic disturbanc
February 21, 2013 Read time: 2 mins
As part of the Heart of Slough improvement project, new traffic intersections across seven key sites in and around Slough, UK have been equipped with a total of 162 189 Siemens WiMag wireless magnetometer sensors by Siemens to help improve the management of traffic using the A4 and travelling to and from the town centre.

Complementing the company’s proven loop and radar detection solutions, the sensors provide the Heart of Slough project with an alternative traffic detection system that uses magnetic disturbances to detect vehicles and low power wireless technology to transmit data to host controllers.

The system detects traffic at seven new intersections on the A4, Wellington Street, through the centre of town, with access to and from the High Street and Slough’s iconic new bus station.

According to engineer Chris Green representing 6651 Slough Borough Council’s Network Management, the new wireless traffic detection system from Siemens has enabled the council to implement the most cost effective solution for the new sites on the network.

Completed within twelve months, the major road network improvements in the Heart of Slough project included removing the Brunel roundabout and creating a new four-way junction controlled by traffic signals to improve traffic flow and installing new improved road level pedestrian crossings. Led by Slough Borough Council and part funded by the Homes and Communities Agency (HCA), the project also included upgrades to the existing road and public transport infrastructure to ease journeys, improve safety and create an attractive gateway to the Heart of Slough. Traffic congestion in the town centre has reduced to below modelled levels for the scheme and bus priority has been included without delaying other road users.

For more information on companies in this article

Related Content

  • Phoenix rises to the Smart City challenge
    December 10, 2015
    Andrew Bardin Williams looks at the City of Phoenix where voters backed a $30bn plan to revamp its transportation network to cultivate a more connected community. According to a Land Use Institute study, half of all Americans and even more millennials (63%) would like to live in a place where they do not need to use a car very often. The City of Phoenix is putting in place plans to revamp its urban development and transportation policies to meet these changing quality of life perceptions.
  • Mixed results for public-private traffic management partnerships
    January 25, 2012
    David Crawford looks at the somewhat patchy success to date of trying to involve the private sector in operating traffic management centres
  • TrafiOne the focal point for Flir Systems at Intertraffic
    April 4, 2016
    Flir Systems is using Intertraffic to launch the Flir TrafiOne Smart City Sensor, an all-round detection sensor for traffic monitoring and dynamic traffic signal control. Offered in a compact and easy-to-install package, the device uses thermal imaging and Wi-Fi tracking technology to provide traffic engineers with high-resolution data on vehicles, bicycles and pedestrians at intersections and in urban environments.
  • Videalert launches civil enforcement as a service
    June 23, 2015
    UK enforcement supplier Videalert has launched a civil enforcement as a service (CEaaS) solution. Using the company’s Department for Transport Manufacturer Certified hosted platform, CEaaS enables councils to significantly change the way they specify and procure CCTV–based enforcement systems. It introduces the ability to purchase CCTV traffic services on demand with installations taking place in days rather than months. Available for a fixed monthly cost per location or on a fee-per-PCN basis, CEaaS