Skip to main content

Traffic Data Systems wins Hamburg bridge WiM deal

Köhlbrand Bridge across River Elbe is second-longest in Germany
By Adam Hill March 20, 2025 Read time: 2 mins
Fifty years of heavy traffic 'have taken their toll' (© Wirestock | Dreamstime.com)

Traffic Data Systems has been awarded a bridge Weigh in Motion contract from the Hamburg Port Authority (HPA) in northern Germany.

The Köhlbrand Bridge across the River Elbe is one of the most important transport links in the port of Hamburg.

"Fifty years of heavy traffic have taken their toll on this bridge," explains Traffic Data Systems founder Florian Weiss.

"Today not only significantly more - but also significantly heavier - vehicles pass the bridge than planned. That's 38,000 vehicles per day, 43% of which are heavy goods vehicles, so extensive renovation work has already been necessary several times."

The HPA put a WiM system out to tender for the first time in 2010; this was supplied by Traffic Data Systems and operated for several years. Just a few weeks after it went into operation, a ban on lorries overtaking was imposed and the maximum permitted speed was reduced from 80 km/h to 60 km/h.

At the end of 2024, the HPA put the renewal of the WiM system out to tender - and this was also won by Traffic Data Systems at the beginning of 2025.

Its WiM technology fulfills the requirements of OIML R134. In addition to overview and ANPR cameras, scanners that graphically display the profile of the vehicles will also be supplied. Construction of the WiM system is planned for summer this year.

The reinforced concrete and prestressed concrete structure/steel cable-stayed bridge was opened in 1974. At 3,618m long, 135m high (clearance height 53m), it is Germany's second-longest bridge.

Köhlbrand Bridge's elegant and unique design has made it an official cultural monument of the city of Hamburg. 

For more information on companies in this article

Related Content

  • Weigh in motion technology aids overweight vehicle reduction
    March 16, 2012
    Innovative use of truck weighing technology is growing as strategies aimed at reducing numbers of overweight vehicles gather momentum. Business is generally good at present in the truck weighing sector in general, and weigh-in-motion (WIM) technology in particular, according to leading suppliers of systems serving to help reduce overloading. Strategies aimed at deterring excessive truck loading – cutting damage to road networks and risks to safety – vary considerably worldwide, with some governments draggin
  • European trends in environmental monitoring and enforcement
    February 2, 2012
    David Crawford surveys European trends in environmental monitoring and enforcement
  • Measuring vehicle lengths with a single loop - promising results
    July 27, 2012
    District 7 of Caltrans has been conducting trials to see whether the use of a single inductive loop to measure vehicle lengths and so identify heavy trucks is feasible. So far, the results have been very promising, according to Lead Transportation Engineer Steve Malkson. Between them, the adjoining ports of Los Angeles and Long Beach, the US's two biggest, cover some 10,700 acres (43km2) and 68 miles (109km) of waterfront.
  • Idaho WIM systems save trucking industry time and money
    September 5, 2017
    Figures released by the Idaho Transportation Department indicate that weigh-in-motion (WIM) systems installed at the state’s four points of entry (POE) have saved the trucking industry time and money in the last year. The data shows that trucks bypassing the port save an average of five minutes of time per incident, and almost a half a gallon of fuel. This amounts to a savings of about US$8.68 per bypass. Commercial trucks using WIM to bypass Idaho ports saved 33,365 hours and more than 16,000 gallons of