Skip to main content

MARS marches on in safety

A new automatic cone laying and removal system, designed to provide total safety for highways operatives, has successfully undergone testing in Switzerland. The advanced Mobile Automatic Roadblock System (MARS), developed by Dutch designers and manufacturers, Traf-IQ, has been operated during highways maintenance work on Amsterdam's A9 and A10 motorways. MARS automatically places a rumble strip, a light arrow and an attenuator as well as the miles of cones, and then automatically, safely and efficiently rem
February 10, 2012 Read time: 2 mins
The MARS system from Traf-IQ avoids the need for any manual laying or retrieval of traffic cones and other road management materials
A new automatic cone laying and removal system, designed to provide total safety for highways operatives, has successfully undergone testing in Switzerland.

The advanced Mobile Automatic Roadblock System (MARS), developed by Dutch designers and manufacturers, 2564 Traf-IQ, has been operated during highways maintenance work on Amsterdam's A9 and A10 motorways.

MARS automatically places a rumble strip, a light arrow and an attenuator as well as the miles of cones, and then automatically, safely and efficiently removes them.

According to Peter van Nes of Traf-IQ, the Swiss Bauamt für Straßen (Building Authority for Roads) and various Kantons are, for safety reasons, willing to forbid the manual neutralisation of traffic lanes, especially since the MARS proved able to do the job automatically, safely and reliably.

"The Zürich Kanton has profoundly tested the system on its network around Zürich, on highways and in tunnels, always with good results. We are actually in the process of building a smaller version of MARS to fit their slightly smaller lanes" he said.

"National Swiss television followed all of it while making the documentary, which was aired as part of a programme called Einstein. Soon the MARS will become part of the Swiss scenery." In contrast to the smaller model, Traf-IQ is to build a bigger version of MARS, which contains approximately 500 cones, allowing fast lane closures in lengthy tunnels, while also developing a demountable automatic rumble mat-laying device so that users do not have to get out in live traffic to lay down rumble strips.

For more information on companies in this article

Related Content

  • Stop it with SmogStop from Envision SQ
    October 9, 2019
    Canadian company Envision SQ says that it has created a photocatalytic pollution barrier for highways that cuts NOx and VOCs in half
  • Curved girders for the Gaasperdammerweg A9 section in Amsterdam
    May 22, 2018
    Dutch authorities recently needed to add traffic lanes to two flyovers at the Holendrecht junction on the Gaasperdammerweg section of the A9 motorway in Amsterdam It was in November 2014 that the Directorate-General for Public Works and Water Management of the Netherlands Rijkswaterstaat awarded the A9 Gaasperdammerweg public-private-partnership project to IXAS Zuid-Oost, a consortium consisting of Ballast Nedam, Fluor, Heijmans and 3i Infrastructure. The A9 Gaasperdammerweg project is the third section
  • Amsterdam’s Zuidas project criticised over possible disruptions
    April 27, 2015
    Amsterdam businesses, many of them global companies, face a decade of traffic disruption and noise when road works start in the Netherlands capital’s financial district. Among the projects in Zuidas will be putting the A10 ring road into a tunnel, the Financieele Dagblad newspaper reported. The Zuidas is a rapidly developing business district in the city of Amsterdam in the Netherlands. The Zuidas, also known as the 'Financial Mile', lies between the rivers Amstel and Schinkel along the ringroad A10.
  • Ground penetrating radar used to investigate tunnel deterioration
    May 13, 2015
    Using ground penetrating radar to determine reason for serious pavement settling in Kentucky-Tennessee tunnel Just a few years after the opening of the Cumberland Gap Tunnel, highway officials noticed moderate to severe settling of the continuously reinforced concrete pavement. The mountain tunnel provides an important link between Kentucky and Tennessee along US25E and the problem looked serious, with many voids discovered beneath the pavement surface. To investigate the problems, the Kentucky Transpor