Our systems deliver precise atmospheric data and reliably forecast high impact weather in the harshest conditions.
YEARS DELIVERING AUTOMATIC SOUNDING SYSTEMS
UPPER AIR SOUNDINGS PERFORMED EACH DAY
YEAR WHEN RADIOSONDES FIRST TESTED BY VAISALA
Vaisala’s sounding systems integrate sounding control, data processing, and output in customized formats. Vaisala’s combination of sounding devices and software are used to process, analyze, archive, and relay sounding data — resulting in optimal networking, detection, and monitoring. Other benefits include:
Our sounding systems are complemented by Vaisala’s radiosondes using sensors to cover all atmospheric and weather conditions in every climate zone including: pressure, temperature, and relative humidity measurement and wind finding.
Understand the important role Vaisala’s sounding systems and radiosondes play in climatology trends and how they work reliably in changing conditions. Whether the focus is convective weather, winter precipitation, or atmospheric pressure, inquire how the reliable accuracy of Vaisala technology can improve your specific forecasting needs.
Vaisala RS41 Upper Air Radiosondes provide world-class data to meteorological institutes and organizations, and are known for their accuracy, reliability, and ruggedness. Vaisala’s radiosondes provide upper air weather measurement data including temperature, humidity, pressure, and wind speed and direction, and perform even in the most demanding weather conditions — all in a robust and easy-to-use design.
A variety of set-up options make it possible to measure pressure, temperature, humidity, and geopotential height, as well as the vertical distribution of atmospheric ozone up to 3 hPa. Get the reliable and accurate ozone measurement you need for synoptic sounding and atmospheric research.
Vaisala DigiCORA® Sounding System MW41 processes, analyzes, archives, and relays sounding data reliably and consistently. Supporting the world-class performance of Vaisala RS41 radiosonde family, this makes MW41 an excellent choice for both synoptical and research applications.
Vaisala MARWIN Sounding System MW32 provides an atmospheric profile of wind, pressure, temperature, and humidity from the surface up to the altitudes used in the ballistic weather computation. The data can be used as input into numerical weather models to provide updated observations for more precise predictions. The atmospheric profile is useful in fire weather, aviation, CBRN, and naval applications.
The Autosonde AS41 is designed to provide round-the-clock sounding data even in the harshest conditions and most remote locations. Fully automated sounding operations mean there is no need for in-person data collection.
In today’s world, weather has far-reaching socio-economic impact. Learn about Vaisala's sounding solutions.
Discover how the US Air Force Reserve Hurricane Hunters used Vaisala’s sensor technology to investigate an area of disturbed weather near The Bahamas.
Discover how Korea Polar Research Institute, the operator of Jang Bogo station in Antarctica, uses Vaisala’s Autosonde to measure prevailing conditions in this remote and challenging environment.
Learn how the Australian Bureau of Meteorology is using Vaisala’s next-generation automatic sounding system.
Gain insight on how the COVID-19 pandemic is impacting the meteorological observation sector.
In recent years, national meteorological institutes have expressed more interest in using the descent phase of operational radiosonde soundings. Once a modern radiosonde starts its descent, it continues measurements and can provide another independent atmospheric profile without additional effort.
More than 80 years ago, Professor Vilho Väisälä put the finishing touches on his first commercial radiosonde. Today, most atmospheric soundings around the world are performed with Vaisala sounding equipment. Here is how our first groundbreaking technology has led to the organization we are today.
SUCCESS STORY: To help New South Wales Rural Fire Service know the hyperlocal weather conditions of a fire in order to provide firefighters with accurate forecasts of how the fire will behave and move, they procured a Vaisala sounding system that can be easily moved around the state, wherever a fire breaks out.
SUCCESS STORY: Vaisala’s Autosonde was used by Korea Polar Research Institute, the operator of Jang Bogo station in Antarctica, to measure prevailing conditions in an extremely remote and challenging environment.
SUCCESS STORY: How Vaisala pioneered an industry with radiosondes in the 1930s.
SUCCESS STORY: Vaisala is selected as an ambassador to work with NOAA and the National Weather Service in building communities that are ready, responsive and resilient to severe weather events.
SUCCESS STORY: The Italian Air Force Meteorological Service upgrades their nationwide weather network with automation, remote control and the highest standards.