European type approvals for Redflex

Redflex has gained type approval in the Netherlands and Switzerland for its speed and red light enforcement systems.

December 9, 2014 Read time: 1 min

112 Redflex has gained type approval in the Netherlands and Switzerland for its speed and red light enforcement systems.

The company’s RedflexRadarcam mobile speed enforcement system has been verified to meet the Dutch approval requirements. It is said to be the first speed enforcement system to utilise twin radars for speed detection in all weather conditions with lane and vehicle identification and vehicle position across up to six lanes of traffic simultaneously.

The Swiss authorities have type-approved the company’s RedflexRed-radar fixed traffic enforcement solution which simultaneously tracks up to 30 vehicles and records two independent speed measurements for each. Redflex claims it is the first red light and speed enforcement system with true secondary speed verification capability.

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Serbia approves Redflex mobile speed enforcement

Redflex has been successful in obtaining type approval of RedflexRadarcam, the company’s mobile speed enforcement system by Serbia’s Directorate of Measures and Precious Metals. Designed for both tripod and in-vehicle mounting, RedflexRadarcam mobile speed enforcement is the first system to utilise superior dual radar technology to provide detection accuracy across up to six lanes of approaching or receding traffic with no limitations on site selection. The speed radar accurately determines vehicle speed

March 17, 2015

Redflex fixed speed enforcement approved in Holland

RedflexSpeed-radar, Redflex’s fixed speed enforcement system, has been verified to meet Dutch approval requirements by the Dutch metrology institute, NMi. During testing the camera performed accurately at speeds from 20km/h to 320km/h (12mph to 200mph). The company said this is the first fixed speed enforcement system to utilise dual radar detection to maximise detection rates and eliminate anomalies such as phantom signals, reflections and other noise-related issues. It can accurately determine bi-direct