Skip to main content

Vaisala takes to the road with new mobile road weather sensor

Finland-headquartered environmental and industrial monitoring specialist Vaisala is to take to the road to demonstrate the functionality of its new mobile sensor technology to its customers in Europe during the winter. Starting in Vienna, Austria, Vaisala’s Tracks Across Europe mobile road weather tour will take vehicles equipped with the new Vaisala Condition Patrol DSP310 road surface monitoring technology through fifteen European countries that are especially prone to snow and ice. The tour will end at V
November 1, 2012 Read time: 2 mins
Finland-headquartered environmental and industrial monitoring specialist 144 Vaisala is to take to the road to demonstrate the functionality of its new mobile sensor technology to its customers in Europe during the winter.

Starting in Vienna, Austria, Vaisala’s Tracks Across Europe mobile road weather tour will take vehicles equipped with the new Vaisala Condition Patrol DSP310 road surface monitoring technology through fifteen European countries that are especially prone to snow and ice. The tour will end at Vaisala's head office in Helsinki, Finland in March 2013.
 
Viasala claims that the Condition Patrol DSP310 is a first-of-its-kind product as it features the first mobile road weather sensing equipment to measure pavement temperature, air temperature, atmospheric moisture, road state, thickness of water or ice, and surface friction. A perfect complement to fixed road weather stations, the Condition Patrol provides those in charge of road maintenance with the information to make better decisions, reduce costs, protect the environment, and reduce the likelihood of accidents.
 
The mobility of the system allows maintenance crews to gather road weather data along their entire road network or highways in real time, which has never before been possible. Obtaining data from the Vaisala Condition Patrol DSP310 is easy and flexible as it can be viewed by the driver, stored in the vehicle, or transmitted for viewing over the internet.

"We are truly excited to offer our road customers the opportunity to experience our mobile data collection system in a unique and hands-on way," says Antero Jarvinen, Director of Vaisala's Roads and Rail Market Segment.

Related Content

  • January 15, 2013
    Introducing Hitachi’s HD optical zoom camera
    Hitachi’s DI-SC120R camera includes a new feature, defog, that the camera processes in real time. Images are resolved for highly magnified stable images in foggy conditions such as urban surveillance, traffic monitoring and pole mounted applications. The camera measures each pixel for fog thickness and applies contrast to the image to offer a uniform image. The camera’s one-third inch CCD sensor provides a full resolution of 1280x720. Hitachi has combined its proprietary Digital Signal Processor (DSP) to a
  • May 30, 2014
    Iteris launches cloud-based weather analysis
    ClearPath Weather from Iteris is the company’s next-generation road maintenance decision support system (MDSS). The cloud-based software solution provides winter maintenance strategies for optimising personnel, equipment, and chemical purchases in addition to providing actionable pavement information for more effective government agency maintenance response.
  • November 23, 2020
    Vaisala highlights AI in road maintenance
    New eBook explains how data can be collected at same time as scheduled inspections
  • May 3, 2012
    Cost saving multi-agency transportation and emergency management
    Although the recession had dramatically reduced traffic volumes in the past few years, the economy was on the brink of a recovery that portended well for jobs but poorly for traffic congestion. Leaders of four government agencies in Houston, Texas, got together to discuss how to collectively cope with the expected increase in vehicles on the road. "They knew they couldn't pour enough concrete to solve the problem, and they also knew the old model of working in a vacuum as standalone entities would fail," sa