Skip to main content

Ukraine opts for Kistler

Ukraine is working to set up 250 weigh-in-motion stations by 2025 in an effort to tackle rapidly increasing road damage by overweight vehicles
October 14, 2021 Read time: 2 mins
Because of the slim shape of Kistler’s Lineas quartz WIM sensors no massive cuts in the road are necessary for installation (image courtesy Kistler Group)

Already, 45 WIM stations – around half of them using Kistler’s Lineas quartz WIM sensors - have been set up on crucial transport routes across Ukraine.

The WIM stations allow Ukrainian authorities to automatically fine overloaded trucks. In addition, authorities will be able to analyse the data to help predict when a given road surface will need replacement or where further infrastructure development might be beneficial.

In Ukraine, the rapid decay of road surfaces has long been a major issue for Ukravtodor, the state agency responsible for maintaining the country’s major roads. Almost immediately after a road has been constructed or repaired, damage starts to appear. In the capital Kiev, the problem is most acute. About 40% of all trucks on the road in and around the city are either overweight or violate size restrictions.

On the agency’s website, Oleksandr Kubrakov, chairman of Ukravtodor comments that if everything is left as it is, a newly constructed road’s lifespan is a mere two years. To prevent this scenario, the national government launched a campaign to combat weight violations on Ukrainian roads that includes large-scale introduction of weigh-in-motion stations to back up the government’s resolve.

They weigh all passing vehicles without disrupting traffic and transmit the data to a control cabinet by the road for analysis. If the vehicle is too heavy, a camera automatically takes a picture of the license plate and sends the collected information to the local authorities, who will then fine the offending driver or logistics company.

Kistler says that Ukraine is not the first eastern European country to install its WIM technology on a large scale to reduce the number of overloaded vehicles. “We have been providing WIM systems for direct enforcement in countries like the Czech Republic, Russia and Hungary for several years now,” says Tomas Pospisek, regional manager for Eastern Europe within the Traffic Solutions business at Kistler Group.

Kistler specialises in piezoelectric sensors, a measurement technology that stands out for its longevity and accuracy even in tough conditions such as high temperatures or fast traffic. “Over the past 20 years, we have continuously made our products more and more accurate to enable direct enforcement. Now we can offer an accuracy around 2% with our KiTraffic Digital System,” says Pospisek.

For more information on companies in this article

Related Content

  • Westcotec’s Heathrow road is an ITS winner
    November 25, 2024
    Westcotec provided accurate GDPR-compliant data for identification of both the offending driver and the time, date and location of the offence on the perimeter road of London’s Heathrow Airport.
  • New fleet of GPS gritting trucks help English council beat winter chill
    March 19, 2012
    An English borough council has invested more than £500,000 in a new fleet of state-of-the-art GPS guided gritting trucks to help combat the big winter chill descending on Britain.
  • Rebuilding a historic bridge linking the US and Canada
    March 8, 2016
    While many road authorities in North America are finding it difficult to stretch their bridge assets beyond half a century, one bridge is closing in on its centenary - David Arminas reports The international Peace Bridge, connecting the Canadian province of Ontario with the US state of New York, is 88 years young this year, and still going strong.
  • Winner Profile: iCITE Data Aggregator by Eberle Design Inc for traffic management
    May 21, 2019
    There is a global need for more intelligent traffic management and enhanced road safety, fuelled by data collection and the useful interpretation of that data into real-time information that provides for effective action by traffic engineers. The prevailing transportation paradigm, one-person-one-vehicle, is forcing the multimodal traffic infrastructure to its limits. With continuous congestion, longer commute times, and increased accidents, agencies are tasked with finding solutions without escalating thei