Skip to main content

Jenoptik wins major traffic safety order in Australia

As part of a long-term strategy to improve traffic safety, Western Australia Police (WAPOL) has awarded Jenoptik’s Traffic Solutions division a contract by the for the delivery, installation, maintenance and in part the operation of an initial total of 81 speed and red light enforcement systems. The seven year, US$21 million (AU$28 million), contract includes options for extension for up to four years as well as for a possible program expansion with additional camera systems. The total volume for Jenopti
August 3, 2016 Read time: 2 mins
As part of a long-term strategy to improve traffic safety, Western Australia Police (WAPOL) has awarded 79 Jenoptik’s Traffic Solutions division a contract by the for the delivery, installation, maintenance and in part the operation of an initial total of 81 speed and red light enforcement systems.

The seven year, US$21 million (AU$28 million), contract includes options for extension for up to four years as well as for a possible program expansion with additional camera systems. The total volume for Jenoptik could increase to up to approximately US$46 million (AU$60 million).

Jenoptik will deliver the first 81 systems, which will include the TraffiStar series based on radar or laser technology, in the course of the next three years, providing mobile and stationary speed enforcement as well as red-light monitoring. The new systems will upgrade systems already used by WAPOL add additional enforcement points.

Installation and maintenance, as well as operation of the stationary systems, will be carried out by the Jenoptik branch in Australia. To ensure that optimum on-site service is available, Jenoptik will reinforce its team in Perth.

For more information on companies in this article

Related Content

  • New York to pilot cordon-based congestion charging
    March 16, 2012
    From 2009, if all goes to plan, New York will run a three-year cordon-based congestion charging pilot - the first in the US. Upon accession, US Secretary of Transportation Mary Peters signalled her intention to continue her predecessor Norman Mineta's initiative to specifically target road congestion. And, with initiatives such as the US Department of Transportation's (USDOT's) Urban Partnership Program actively promoting tolling as a part of a compound solution to the problem, the way was opened for the co
  • New York to pilot cordon-based congestion charging
    March 16, 2012
    From 2009, if all goes to plan, New York will run a three-year cordon-based congestion charging pilot - the first in the US. Upon accession, US Secretary of Transportation Mary Peters signalled her intention to continue her predecessor Norman Mineta's initiative to specifically target road congestion. And, with initiatives such as the US Department of Transportation's (USDOT's) Urban Partnership Program actively promoting tolling as a part of a compound solution to the problem, the way was opened for the co
  • Major traffic signal upgrade underway in Greater Manchester
    March 21, 2016
    A nine-month programme to upgrade traditional wait indicator lamps with longer-lasting and energy-saving LED lights across more than 500 traffic signal sites is underway in Manchester, UK. As part of a contract awarded to Siemens by Transport for Greater Manchester (TfGM), wait indicators will be upgraded at pedestrian crossings and junctions throughout all ten districts of Greater Manchester. This follows the successful completion of a major traffic signalling upgrade programme by Siemens in 2014, with the
  • Can GNSS solve the tolling world’s woes?
    December 5, 2013
    Kapsch’s Arno Klamminger and Wolfgang Fleischer consider the need for an agnostic approach to technology for charging and tolling. Periodically, given the march of technology, it is worth pausing and taking stock of where we have got to and where we go next. Such reflections are necessary if we are to take full advantage of what we have at our disposal and, potentially, avoid decisions which push us down technological culs de sac. A look at the use of Global Navigation Satellite System (GNSS)-based technol