Skip to main content

RMS aims for US sales with the RetroTek-MU

Reflective Measurement Systems is showcasing the latest addition to the company’s range of dynamic retroreflectometers, the RetroTek-MU. The MU is specifically for the US market and is similar to the best-selling RetroTek-M retroreflectometer that is available worldwide excluding the US. The RetroTek-MU is the first dynamic mobile retroreflectometer to be certified to ASTM E 1710, according to the Irish manufacturer. It is capable of simultaneously measuring in one pass the retroreflectivity of road
March 21, 2018 Read time: 2 mins

8387 Reflective Measurement Systems is showcasing the latest addition to the company’s range of dynamic retroreflectometers, the RetroTek-MU.

The MU is specifically for the US market and is similar to the best-selling RetroTek-M retroreflectometer that is available worldwide excluding the US.

The RetroTek-MU is the first dynamic mobile retroreflectometer to be certified to ASTM E 1710, according to the Irish manufacturer. It is capable of simultaneously measuring in one pass the retroreflectivity of road markings and striping across the full width of a traffic lane.

The RetroTek-MU has the capability to measure the night visibility - RL - of road lines and striping on the right and left, including the lane markings (symbols) in the centre of a lane.

It also collects performance data on the absence and presence of road studs and markers. While travelling at 120kp/h on a seven-hour shift, it can measure 840km of road lanes - left, right lines and centre markings, said Joe Turley, chief executive of RMS.

Stand: 5.439

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external www.reflective-systems.com Reflective systems website link false http://www.reflective-systems.com/ false false%>

For more information on companies in this article

Related Content

  • ITS International launches MaaS Market Conference
    August 10, 2016
    ITS International is to host its first conference for national and city authorities interested in the benefits and implementation of Mobility as a Service (MaaS). There is no doubt that Mobility as a Service (MaaS) will be a major disrupter and the next mega-trend in urban and inter-urban transport. Why? Because it is more convenient and cheaper for the individual traveller.
  • C-roads will soon be ‘a reality’
    March 9, 2018
    Cross-border C-ITS-enabled roads (C-roads) will start becoming a reality in 2019, with safety as the driver, according to AustriaTech/ITS Austria's Martin Bohm. He made the comment during a recent Brussels workshop run by the European ITS and C-roads platforms to assess results of road corridor pilots. The latter is a joint initiative by EU member states and road operators to test and implement C-ITS services for universal harmonisation and interoperability. We can, he continued, deploy systems
  • Waymo gets California green light for public driverless tests
    November 2, 2018
    Waymo has been granted a licence to test fully-driverless cars on public roads in California. It is the first company to be given the green light for such trials in the state – and it means there will be no test driver sitting in the driver’s seat. The permit includes day and night testing on city streets, rural roads and highways with speed limits of up to 65mph. Waymo insists: “Our vehicles can safely handle fog and light rain, and testing in those conditions is included in our permit. We will gradual
  • ISS launches advanced radar based traffic sensor
    February 26, 2014
    Image Sensing Systems (ISS) will use Intertraffic Amsterdam 2014 to unveil the new non-intrusive, radar-based, Autoscope RTMS Sx-300, an advanced sensor for the detection and measurement of traffic on roadways. All-weather accurate and virtually maintenance-free, with long-term worry-free reliability, the company says the Sx-300 gives the best lane detection capabilities, providing the ability to detect up to 12 lanes of traffic simultaneously. Its all-in-one-concept combines a high-resolution radar and a v