Skip to main content

Marwis mobile road sensor on display by Lufft

German measurement technology specialist, G. Lufft is here at the ITS World Congress with a clear message: although stationary road weather information sensors have been in use for many years, even the densest RWIS network can’t cover what Marwis, the innovative mobile road sensor, is capable of.
October 6, 2015 Read time: 2 mins
Nouredine Hafsaoui of Lufft with the mobile weather sensor

German measurement technology specialist, G. 6478 Lufft is here at the ITS World Congress with a clear message: although stationary road weather information sensors have been in use for many years, even the densest RWIS network can’t cover what Marwis, the innovative mobile road sensor, is capable of.

Marwis transforms vehicles into mobile weather stations and delivers data in high-speed. This enables winter service vehicles, school buses, airports and potentially every driver to enhance safety and get reliable information on different surfaces. The sensor detects water film on the road, ice percentage, road status, friction, temperatures and more, providing total control over a route, in terms of safety and of time.

The measuring principle of Marwis is based on the principle of the NIRS31, introduced in 2011. Since then it has also been offered in the embedded passive IRS31-UMB and the active ARS31Pro-UMB sensor. The NIRS31-UMB was the first contactless road weather sensor from Lufft capable of analysing the road below safely from a distance of up to 16 metres. As the company points out, this is especially useful for bridges where the road surface temperatures are cooler than the adjoining road surface and invasive systems require installation bases that are too deep.

“The perfect supplement for our mobile road sensors is our WS700-UMB multifunction weather sensor because it addresses so many needs within one casing,” says Nouredine Hafsaoui. “As visitors to our stand will see, it requires only one cable connection and combines sensors for the detection of air temperature, relative humidity, precipitation intensity and type, air pressure, wind direction, wind velocity and global radiation."

Related Content

  • October 15, 2018
    Lufft’s all-in-one weather sensor
    Lufft says its new all-in-one weather sensor has a temperature accuracy of 1% and can be used to monitor smart city and smart home applications. The device is expected to cover ten measurement parameters simultaneously. The WS10 sensor comes with an integrated compass which enables a direction-independent installation to help it suitable for building management systems, the company adds. WS10 measures temperature, relative humidity, air pressure, wind speed and wind direction, precipitation intensity and
  • July 26, 2017
    Lufft launches new weather sensor for gard to reach locations
    Weather measuring equipment manufacturer Lufft has launched StaRWIS, a new easy-to-install and compact stationary sensor for road weather information systems based on a non-invasive, spectroscopic measuring standard. Designed for hard-to-reach or critical locations, the sensor is installed at a height between five and six metres and provides road and dew point temperatures, water film height, road conditions (dry, wet, ice, snow, critical and chemically wet), relative humidity, ice percentage and friction.
  • August 30, 2018
    Lufft launches all-in-one weather sensor for smart city applications
    Lufft says its new all-in-one weather sensor has a temperature accuracy of 1% and can be used to monitor smart city and smart home applications. The device is expected to cover ten measurement parameters simultaneously. The WS10 sensor comes with an integrated compass which enables a direction-independent installation to help it suitable for building management systems, the company adds. WS10 measures temperature, relative humidity, air pressure, wind speed and wind direction, precipitation intensity
  • January 15, 2016
    Lightning fast weather detection
    Lufft’s new WS800 weather sensor detects lightning and other environmental parameters including ambient temperature, relative humidity, barometric pressure, wind speed and direction, rainfall intensity and volume as well as global radiation. It detects the radiated electromagnetic waves of a thunderbolt and Lufft said the WS800 is resistance to electromagnetic radiation, which occurs on high speed train rails. The unit is small enough fit into the existing housing of the WS700 and communicates with the stan