Skip to main content

MDOT uses connected vehicle technology to clear snow and ice

Connected vehicle technology is helping Michigan Department of Transportation (MDOT) clear snow and ice from roadways faster, using GPS-based automatic vehicle location (AVL) devices on its winter road maintenance equipment. These systems report where each truck is, and they gather data from other sensors to report details like atmospheric conditions, camera images, and speed and salt application rates for each vehicle.
January 9, 2017 Read time: 2 mins

Connected vehicle technology is helping Michigan Department of Transportation (MDOT) clear snow and ice from roadways faster, using GPS-based automatic vehicle location (AVL) devices on its winter road maintenance equipment. These systems report where each truck is, and they gather data from other sensors to report details like atmospheric conditions, camera images, and speed and salt application rates for each vehicle.

MDOT feeds that information, plus additional road and weather data and forecasts, into its maintenance decision support system (MDSS), which it uses to better plan for winter storms. It's a powerful combination for managing ploughing and salting operations.

''Monitoring snowplough speeds and material application helps us apply efficient salting practices,'' said Melissa Howe, region support engineer for MDOT's Maintenance Field Services Section. ''Maintenance supervisors can also easily adjust shifts based on the timing of a storm so we have ploughs on the roads precisely when they're needed, adding people proactively rather than reactively.''

MDOT has installed AVL/GPS on all of its ploughs and some county road commissions are also using the technology. With multiple systems in use, MDOT and counties are collectively researching how to expand the deployment of this technology while coordinating and standardising its use.

MDOT says AVL and MDSS have helped reduce salt consumption, contributing to an estimated 2.2 percent increase in efficiency. MDOT spends about US$30 million on salt in an average year, so even modest reductions in salt use save a lot of money. In addition, MDOT operations and maintenance engineers have improved the system interface to show more detail and more accurate locations, and they expect even greater efficiencies as MDOT gains experience with the system.

With cost-savings and safety in mind, MDOT promotes a number of best practices to boost salt use efficiency during winter maintenance. The department is encouraging its drivers to drive slower when possible while applying salt so more stays on the road. MDOT is also investigating new application systems to keep the salt from bouncing out of driving lanes. Other '’sensible salting’' solutions include setting application guidelines for winter conditions, using weather stations to better target areas that will benefit most from salt, and pre-wetting the salt so it sticks to the road and starts working faster.

Related Content

  • Live demonstrations at 2010 ITS annual meeting
    August 2, 2012
    The practical, day-to-day co-working which goes on at Houston TranStar will form a major part of the demonstrations at the 2010 Annual Meeting, says co-chair of the organising committee Metropolitan Transit Authority of Harris County Chief of Police Thomas C. Lambert.
  • Green requirements of traffic video systems
    February 2, 2012
    Traficon's Head of Product and Application Management Robin Collaert offers up a discussion of the likely future green requirements of traffic video systems. At the most basic levels, ITS has the potential to significantly reduce the amounts of time which vehicles spend waiting at intersections, and less time spent waiting means less in the way of vehicular emissions. All of that will hardly come as news to most laypeople, let alone transport professionals. However, the reality is that even today too many r
  • Predictive analytics aid Cologne’s congestion management
    January 17, 2013
    The City of Cologne, Germany, and IBM have completed a smarter traffic pilot to predict and manage traffic flow and road congestion in the city. The pilot demonstrates how the city of Cologne can anticipate, better manage, and in many cases, avoid traffic jams and trouble spots across the city using analytics technology. Germany’s fourth largest city, Cologne has a population of just over one million, is a retail centre, hub for trade shows and a cultural center with many museums and galleries. The increas
  • More than 35 million electric vehicles on the world’s roads by 2022
    January 13, 2014
    According to a new report from Navigant Research, by 2022 there will be more than 35 million electric vehicles (EVs) on roads worldwide. The report, “Electric Vehicle Market Forecasts”, provides forecasts, market sizing, and market share analysis for the overall light-duty (LD) vehicle market and LD EVs, plug-in hybrid EVs, and battery EVs.