Skip to main content

Easy and safe automatic cone placing

Tasks that should always be undertaken using the protection of a truck or trailer-mounted attenuator, but frequently aren't. That's why Dutch company Trafiq attracted so much international attention last year when it developed and launched the Mobile Automatic Roadblock System (MARS). Not only does the system provide complete safety for highway workers, it automates the entire process. And on top of that, because of the speed at which it deploys and collects cones, MARS provides substantial cost savings com
January 31, 2012 Read time: 2 mins
Road cones are laid and retrieved by MARS by the driver/operator from the safety of his cab

It could be argued that the most dangerous job in work zones is probably cone laying and removal.

Tasks that should always be undertaken using the protection of a truck or trailer-mounted attenuator, but frequently aren't. That's why Dutch company 1913 Trafiq attracted so much international attention last year when it developed and launched the Mobile Automatic Roadblock System (MARS). Not only does the system provide complete safety for highway workers, it automates the entire process. And on top of that, because of the speed at which it deploys and collects cones, MARS provides substantial cost savings compared to conventional and labour-intensive methods.

On arrival at a section of road to be coned, MARS first automatically places a rumble strip, a light arrow and attenuator to mark the start of the road works, before beginning to lay the miles of cones required. Everything is controlled from within the cab by the driver/operator.

One of the first users of the system was T&M, the traffic management company involved in highways maintenance work on Amsterdam's A9 and A10 motorways. As T&M's Peter Jan Hendricks commented, "The speed and safety aspects demonstrated by the MARS system far exceeded our expectations." Since then T&M has continuously rented the MARS for other projects, while other Dutch competitors are now also using the system.

According to Peter van Nes of Trafiq, in addition to its use in the Netherlands, MARS is now also being used in the US, France, and Switzerland. "Because of actual requests coming from users interested in buying specific versions, we are actually in the process of developing and building a smaller version to fit the southern European roads and hard shoulders. At the same time, we are also developing and building a larger version, capable of carrying a bigger volume of cones in order to work in longer tunnels or longer distances, with tighter spacings," he says. Also, because of numerous requests for a rumble strip layer as a separate unit, Trafiq has developed a standalone version which can be mounted on any truck by a DIN-plate.

For more information on companies in this article

Related Content

  • Coded exchanges
    July 24, 2012
    For many, Ethernet- and IP-based networks are the cast-iron solution to ITS's communications needs. However, there remain issues from manufacturer to manufacturer with interpretation of what are supposed to be common standards The 'promise' of Ethernet was that different devices such as IP video cameras and traffic signals could be easily integrated into communications networks, simplifying the process of transporting data over copper, fibre or wirelessly. However, although Ethernet devices have come to pre
  • Improving the positional accuracy of GNSS road user charging
    July 23, 2012
    The European GINA project is intended to address and overcome many of the institutional, technical and public acceptance hurdles currently faced by satellite-based road user charging schemes. Dave Tindall and Denis Naberezhnykh, TRL, and Laure Dezes, ERF, write. Pay-as-you-drive Road User Charging (RUC), whereby demand (or congestion) is managed by applying appropriate tariffs in order to encourage drivers to make their journeys at less busy times, on less congested routes or even on different modes, could
  • Bringing V2I and V2V communications to workzone safety
    January 26, 2012
    Imran Hayee of the University of Minnesota Duluth's Department of Electrical and Computer Engineering talks about efforts to bring V2I and V2V communications into work zones. With USDOT backing and under the auspices of the ITS Joint Program Office Connected Vehicle Research (formerly IntelliDrive) research programme, M. Imran Hayee of the University of Minnesota Duluth's Department of Electrical and Computer Engineering along with team of his students, have been conducting research into the application of
  • Machine vision - cameras for intelligent traffic management
    January 25, 2012
    For some, machine vision is the coming technology. For others, it’s already here. Although it remains a relative newcomer to the ITS sector, its effects look set to be profound and far-reaching. Encapsulating in just a few short words the distinguishing features of complex technologies and their operating concepts can sometimes be difficult. Often, it is the most subtle of nuances which are both the most important and yet also the most easily lost. Happily, in the case of machine vision this isn’t the case: