Skip to main content

New generation visibility and road sensors from Lufft

Lufft will unveil two new innovations at this year’s Intertraffic Amsterdam: the first visibility sensors of a new generation as well as the mobile road sensor Marwis. The VS2k and VS20k visibility sensors will make their first public appearance at the event. The VS2k sensor has a measuring range of 2km and the VS20k of 20km.
February 15, 2016 Read time: 2 mins
The VS2K Visibility sensor.

6478 Lufft will unveil two new innovations at this year’s Intertraffic Amsterdam: the first visibility sensors of a new generation as well as the mobile road sensor Marwis.

The VS2k and VS20k visibility sensors will make their first public appearance at the event. The VS2k sensor has a measuring range of 2km and the VS20k of 20km. They come with many improvements compared to their predecessors, such as a built-in SDI12 interface to ease the network integration and an ASD (Active Spider Defence) module to repel spiders which tended to besiege and block the optics of older systems. In cases where a lens is dirty however, the VS recognises it and this facilitates error detection and correction enormously. Moreover, the housing is seawater resistant for long-term maintenance-free use.

Lufft’s Marwis mobile road sensor has been upgraded. In addition to the existing detection of surface temperature, humidity, water films, ice percentage and friction, it has now been extended with a temperature humidity probe to measure ambient temperatures and relative humidity.

According to customers, this was a missing piece of the compact sensor puzzle. Lufft says the additional data allows surface conditions to be compared with ambient ones, helps to fill gaps in weather maps, improves weather forecasts and is therefore a perfect match for stationary weather sensors. Moreover, it can assist winter services, warn drivers of slippery surfaces and serve as evidence after traffic accidents.

For more information on companies in this article

Related Content

  • Sick launches tunnel safety pollution monitoring
    December 2, 2015
    Sick’s tunnel monitoring technology provides early warning of unsafe visibility and pollution conditions inside road and rail tunnels and ensure the safety of vehicle occupants and tunnel staff. Its VISIC100SF tunnel environment monitor combines visibility measurements, with a range of up to 15km, CO detection of 0- 300ppm (≤3% accuracy) and NO detection of 0-100ppm (≤3% accuracy).
  • Data is driving force behind TomTom's intelligent traffic management
    August 23, 2024
    The complexities of modern urban life have put unprecedented strain on transportation infrastructure. Traffic congestion, accidents, and inefficient resource allocation are persistent challenges. However, as Frans Keijzer, Bid Manager EMEA and APAC at TomTom Enterprise explains, a powerful tool has emerged to reshape the way we manage our roads: big data.
  • Motorbike safety can be measured objectively, says AIT
    August 30, 2018
    The Austrian Institute of Technology (AIT) and TU Wien (Vienna University of Technology) has developed a motorcycle probe vehicle to better understand the causes of motorbike accidents. The vehicle was deployed as a measurement method to evaluate popular motorcycle routes in Austria’s capital. Peter Saleh, road safety expert at the AIT Center for Mobility Systems, says: “Our aim is to give those who operate roads the precise information they need in order to reduce the danger in these areas efficiently,
  • Connected vehicle trials get big backing from USDOT
    March 14, 2016
    Connected vehicle technology will emerge as a sustainable reality at three sites in the US over the next four years. Jon Masters reports. Advocates of connected vehicle (CV) technology have received a welcome boost from news that the US government has committed a further $4 billion towards automated vehicle research and CV technology. This comes hot on the heels of the US Department of Transportation’s $42 million CV pilot pledge in October last year.