Skip to main content

Swiss approval for Redflex

RedflexRed-radar, Redflex’s innovative fixed traffic enforcement solution has received type approval from the Traffic, Acoustics and Vibration sector at the Federal Institute of Metrology (METAS) in Switzerland. RedflexRed-radar is a fixed traffic enforcement solution, utilising proprietary Redflex non-intrusive mapping radar technology with high resolution cameras to detect and photograph intersection red light and speed offences across up to six lanes of traffic. The proprietary Redflex phase monopulse
September 19, 2014 Read time: 2 mins
RedflexRed-radar, 112 Redflex’s innovative fixed traffic enforcement solution has received type approval from the Traffic, Acoustics and Vibration sector at the Federal Institute of Metrology (METAS) in Switzerland.

RedflexRed-radar is a fixed traffic enforcement solution, utilising proprietary Redflex non-intrusive mapping radar technology with high resolution cameras to detect and photograph intersection red light and speed offences across up to six lanes of traffic. The proprietary Redflex phase monopulse mapping radar uses a low power ultra wide beam antenna which covers a complete intersection and enables the location of a target in X, Y coordinates and its velocity vector to be determined.  Users can configure virtual detection lines in the enforcement zone, eliminating the need for in-road sensors.

RedflexRed-radar is the first red light and speed enforcement system to feature true secondary speed verification capability. It tracks the speed and position of 30 vehicles simultaneously and records two independent speed measurements for every vehicle detected, automatically verifying that they are within the allowable tolerance.

According to Walter Fasel, head of the Traffic, Acoustics and Vibration sector, “RedflexRed-radar is a state of the art speed system. The solution to measure the speed of a vehicle with two independent speed sensors gives a very high measuring certainty and that, combined with accurate speed sensors, gives a high measurement accuracy”.

Ricardo Fiusco, Redflex CEO, commented, “The RedflexRed-radar system is designed to achieve the highest detection rate and accuracy in real world traffic conditions. I am proud to have this system tested and endorsed by one of the most respected metrology institutes in the world.”

For more information on companies in this article

Related Content

  • New York’s Hudson Bridge goes AET
    October 15, 2014
    New York’s Metropolitan Transportation Authority Bridges & Tunnels (MTA B&T) has selected TransCore to deploy the agency’s first all-electronic tolling (AET) system on the historic Henry Hudson Bridge. Built in 1936, the iconic bridge provides passage for more than 63,000 vehicles each day. The AET project is part of a three-year, US$33 million MTA B&T bridge rehabilitation project to replace the original 1930s steel supports as well as install 3,600 feet of new bridge decking, new energy-efficient roadw
  • IRD demonstrates the power of VectorSense
    September 8, 2014
    For many attendees, this ITS World Congress will be their first exposure to IRD’s VectorSense sensor suite – a new technology recently introduced at the ITS Europe conference in Helsinki. An operating model was later demonstrated at the 2014 NatMec conference in Chicago.
  • Redflex ‘does not expect further action’ from US Department of Justice
    January 18, 2019
    Traffic enforcement specialist Redflex Holdings says it expects no further legal action or new financial liabilities arising from investigations by the US Department of Justice (DoJ). The action, which has rumbled on for several years, related to misconduct by former employees of US subsidiary Redflex Traffic Systems. The company signed a two-year non-prosecution agreement (NPA) with the DoJ, which has now ended. Under the expired deal, the DoJ agreed not to charge the firm with any offence provided t
  • Can AV mapping rely on crowds?
    June 29, 2021
    Mapping tech companies need to expand their data inputs beyond crowdsourcing in order to maintain temporally accurate maps at scale, says Ro Gupta at Carmera