Skip to main content

Portable retroreflector accurately measures road markings

DELTA, which has introduced its brand new handheld RetroSign GR3 retroreflectometer for measuring the retroreflection of traffic signs, also offers a number of instruments for road markings. The Danish company points out that as the median age of the average driver grows the importance of night-time visibility of pavement markings for traffic safety becomes even greater.
March 16, 2012 Read time: 2 mins
DELTA's portable LTL-X Retrometer for measuring the retroreflection of road markings

DELTA, which has introduced its brand new handheld RetroSign GR3 retroreflectometer for measuring the retroreflection of traffic signs, also offers a number of instruments for road markings.

The Danish company points out that as the median age of the average driver grows the importance of night-time visibility of pavement markings for traffic safety becomes even greater.

"Night-time visibility is determined by the retroflectivity of the pavement markings and therefore retroreflectivity is an important performance feature built into the roadways and is essential for efficient traffic flow and highway safety," says 199 Delta.

Its portable LTL-X Retrometer, for example, measures the retroreflection of road markings at a simulated distance of 30m according to CEN (European Committee for Standardisation) and ASTM (3930 American Society for Testing and Materials) standards.

The LTL-X has advanced new technology and an ergonomic design, and is the fourth generation retrometer based on the proven knowledge from the worldwide use of LTL2000 and its predecessors.

The retractable handle has an integrated display, and measurements and settings of road and user ID, line type, measurement averages, instrument status and languages are done at the touch of a button. Optional GPS values are shown, and the LTL-X is fitted with printer and wheels for easier operation.

For more information on companies in this article

Related Content

  • Advanced driving simulator developed by TRL
    December 13, 2018
    In the UK, TRL is introducing a sophisticated driving simulator that will help with developing transport infrastructure as well as research into driving. This advanced system is intended to assist in driving future transport policy, customer safety and road network performance The new simulator can be used for behavioural research into driving and can be used as a validation tool. The complete simulator package features three main systems as it consists of the new full-size DigiCar, a portable version (M
  • A €700 million investment ensures a makeover for Malta’s roads
    June 3, 2019
    The European Union Road Federation (ERF) recently held a road safety workshop in Malta* Infrastructure Malta is entrusted with handling Malta’s recently announced – and unprecedented - road investment of more than €700 million over the next seven years. The government is also tapping into several European Union funds to support its own investment. Projects include construction of the Marsa Junction Project, a new seven-flyover, multi-level intersection to improve the efficiency of the country’s most imp
  • Big measuring from TinyMobileRobots
    February 27, 2017
    Small is beautiful, especially when it comes to robots, explains Jens Peder Kristensen, director of Danish company TinyMobileRobots With the increased functionality of outdoor robots, the market for autonomous robots as a replacement for human work has widened. The human touch is still needed when dealing with terrain that is difficult to navigate or with a crowded construction site.
  • Reducing congestion while maximising safety in road construction work zones
    April 30, 2015
    Mike Dreznes, executive vice president at the International Road Federation (IRF) discusses road safety for work zone areas. Work zones around the world can create significant congestion and can cost society billions of dollars. Estimates in the United States alone include approximately 87,600 work zone crashes involving 37,500 injuries that result in 482 million lost hours, valued at approximately US$6.5 billion. When considering these numbers worldwide, it becomes clear that work zone safety and work zone