24 July 2025
With joined forces, we managed to dismount both lidar and EC station and we carried back all drone equipment. After a social event in Innsbruck bringing together all TEAMx research groups, personnel and equipment finally made it home safely!

23 July 2025
On our last day of measurements, we again tried to get as many flights as possible before precipitation finally stopped us – this time even hail!

14 July 2025
Drone calibration next to the Eddy covariance station. After the past rainfalls, the marsh area was very muddy, so we decided to take off from the dam nearby.


12 July 2025
The UAS teams involved in the TEAMx programme met in Kolsass, one of the main sites in the Inn Valley target area, to perform intercomparison flights with the other UAS teams.


11 July 2025
DLR Cessna overpasses Nafingalm, measuring the wind structure from ground to aircraft height, while we simultaneously measure the more detailed structure of the lower mountain boundary layer with our drone fleet.


05 July 2025
Checked out the take-off location higher up and further south in the valley.

02 July 2025
We found a proper setup at the main take-off site. Also, we installed an electric fence…

…for when the cows move further up the pasture in the upcoming weeks.

30 June 2025
We arrived at Nafingalm and carried our equipment to the main take-off location.

22 June 2025
We installed a ceilometer as an additional instrument at the Kolsass site.

26 May 2025
After the snow on the mountains has slowly disappeared, we install the first instruments at the Nafingalm site, namely another Windcube 200S lidar and a weather station, including a sonic anemometer and a four-component radiation sensor.


11 April 2025
We start our TEAMx Operational Campaign activities with the installation of a Windcube 200S lidar at the University of Innsbruck I-Box location in Kolsass.

The lidar measures continuous vertical profiles of the wind in the Inn valley. Quick looks are continuously provided to the community on DFWind @ Institut für Physik der Atmosphäre




