News

News2020-05-21T13:07:21+01:00

Innovative Road Marking Retroreflectometer, RetroTek-D to transform retro-reflectivity road marking surveys

Reflective Measurement Systems Ltd has launched the new RetroTek-D: the first full lane width RL assessment vehicle mounted retroreflectometer that can operate day or night that is certified to EN1436, ASTM E 1710 industry standards. [...]

June 9th, 2020|Categories: Press Releases|

RetroTek-D, Pavement Markings Vehicle Mounted Retroreflectometer measures night retroreflectivity and day contrast

Pavement Markings Vehicle Mounted Retroreflectometer NEW Available Q2. 2020 Day & Night - One Pass – Traffic Speed - Full Lane Width – Markings & RRPMs Measures Night Retroreflectivity and Day Contrast The NEW RetroTek-D [...]

January 8th, 2020|Categories: Press Releases, Road Industry News|

Pavement markings fit for ADAS

Against a backdrop of evolving minimum road marking standards, a new mobile retroreflectometer has emerged that allows a full road lane to be surveyed in a single pass Words | Joe Turley, Reflective Measurement Systems [...]

Pavement Striping Industry – Thank You America.

An Irishman’s journey through Texas, Mississippi and Louisiana. I have just returned after two very enjoyable working weeks on the road, meeting very dedicated and hardworking people in the pavement striping industry in [...]

Classifying degraded road markings using computational neural nets (CDRMCN)

Identification and Quality Classification of Pavement Road Markings. This is an AI research project using computational neural nets to identify the characteristics of road markings and quantifying their quality (wear). This will allow the identification [...]

Green light for the revision of the Road Infrastructure Safety Directive

On 21 February, negotiations between the European Parliament and the European Council on the new Road Infrastructure Safety Directive achieved a milestone with the agreement on the future scope and the inclusion of good condition [...]

RetroTek Pavement Marking Retroreflectometer Technology incorporates Intel Movidius Neural Compute Stick to assist the safe operation of ADAS and Autonomous vehicles on Global road networks.

Main road pavement stakeholders, the European Commission (EC), The Federal Highway Administration (FHWA),US Department of Transport ( USDOT) and Road Safety Associations European Road Federation (ERF) & American Traffic Safety Services Association (ATSSA), all [...]

National Work Zone Awareness Week: Road Condition Maintenance – Keeping Road Workers Safe

Front Mounted Pavement Retroreflectometers safer to operate than Side Mounted Retroreflectometers. The RetroTek Front Mounted Systems (FMS) are safer for pavement maintenance workers and other road users while road network retroreflectivity condition surveys are being [...]

April 5th, 2019|Categories: retroreflectometer, RetroTek-M, Road Industry News, road safety|

Road safety: Commission welcomes agreement on new EU rules to help save lives

Road safety: Commission welcomes agreement on new EU rules to help save lives The EU institutions have reached a provisional political agreement on the revised General Safety Regulation. As of 2022 new safety technologies will [...]

USDOT – Preparing for the future of Transportation – Automated Vehicles 3.0

U.S. DOT recognizes that the quality and uniformity of road markings, signage, and other traffic control devices support safe and efficient driving by both human drivers and automated vehicles. Extract below taken from the report [...]

ERF technical recommendations to adapt CAVs – Road Markings

The ERF strongly supports the road safety approach of the European Commission and recommendations for minimum performance of road markings in EU for reliable recognition by both human drivers and vehicles equipped with driver assistance [...]

ATSSA Policy on Road Markings for Machine Vision Systems for operation of ADS

ATSSA Policy on Road Markings for Machine Vision Systems (Adopted March 14, 2019) ATSSA adopt Policy on Road Markings for Machine Vision Systems to  enable safe and efficient operations of ADS” (Automated Driving Systems). Background [...]