Vaisala WINDCAP® Ultrasonic Wind Sensor WMT700 Series is a robust and
reliable ultrasonic anemometer. It measures surface wind, which is one
of the key parameters for meteorology and aviation.
Anemometer and wind vane with crossarm and power supply. Designed for demanding wind measurement applications.
A new generation barometer designed for a wide range of high-end
atmospheric pressure measurement. The PTB330 can be used for aviation,
professional meteorology, and for demanding industrial pressure
measurement applications.
Provides reliable and stable humidity and temperature measurement with the new generation Vaisala HUMICAP® 180R sensor. Especially designed for use in meteorological applications and for a wide range of instrumentation, for example, recorders, data loggers, and laboratory equipment and monitoring.
Designed according to ICAO, FAA and WMO guidelines, the FS11 is an ideal
instrument for Runway Visual Range assessment and airport visibility
measurement, as well as other demanding applications.
Widely proven visibility measurement and present weather observation for demanding applications such as automated synoptical or aeronautical observation. Sensors selected and used by leading meteorological and aviation authorities.
Offers perfect solutions for a variety of visibility measurement
applications and precipitation type detection. For example in road
weather, waterways visibility measurement and meteorological weather
stations.
The PWD series of present weather sensors offer perfect solutions for a
variety of visibility measurement applications and precipitation type
detection. For example in road weather, waterway visibility measurement
and meteorological weather stations.
Unsurpassed performance and reliability in all weather conditions up to
25,000 feet (7.5 km). Advanced single-lens design provides excellent
performance also at low altitudes. Approved and deployed by the US-FAA.
Selected by the National Weather Service of USA.
Vaisala TSS928 is a state-of-the-art lightning detector that applies
three major components of a lightning event –optical, magnetic and
electrostatic pulses – to effectively detect and accurately report
lightning events in real-time.
