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%>

Related Content

  • EVs providing power to Portuguese island
    June 17, 2019
    Electric vehicles (EVs) are being used to power people’s homes on an island in the Atlantic Ocean. Part of Portugal’s Madeira archipelago, Porto Santo is using solar-powered EVs, according to a BBC report. They are charged during the day, with unused energy returned to the grid at night. The Portuguese island is not the only part of the world seeking to harness the potential of solar energy for EVs. In India, Bharat Heavy Electricals is setting up a network of solar-based electric vehicle
  • Wide range of marking materials and signs from Orafol
    March 3, 2014
    Orafol will use Intertraffic Amsterdam 2014 to showcase a full range of retroreflective materials which includes all relevant grades of reflectivity for different traffic applications, in both prismatic and glass bead materials. As the company points out, a great number of the Oralite and Reflexite brand of films are CE approved, for manufacturing of CE marked signage. Also on display will be a live demonstration of the new Oralite UV Digital Traffic Sign Printer, an environmentally friendly alternative
  • FASTR consortium releases Automotive Industry Guidelines for Secure Over-the-Air Updates
    November 9, 2017
    A non-profit research consortium dedicated to automotive cyber security, Future of Automotive Security Technology Research (FASTR), has announced the availability of the Automotive Industry Guidelines for Secure Over-the-Air Updates. These guidelines are intended to assist automotive manufacturers and others involved in evaluating platforms for secure updates, describing the threat models, providing recommended cryptographic algorithms and detailing a step-by-step checklist for evaluating state of the art
  • Webinar - Powering ITS anywhere, anytime with solar energy solutions
    December 8, 2016
    SES America (SESA) is hosting a webinar on 15 December, dedicated to solar ITS solutions, from 1300-1400 ET, 1000-11000 PT. The webinar, Powering ITS anywhere, anytime with solar energy solutions, will discuss the seven myths about solar-powered DMS (dynamic message signs) and why the rise of solar power has paved a way for ITS. It will also discuss how to calculate an optimised solar ITS system.