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Airports around the world rely on ceilometers, visibility, weather, and runway sensors from OTT HydroMet because they are flexible, easy to integrate, and long-term maintenance-free.
OTT HydroMet measuring instruments, software, and experts support you in every weather-related topic to improve safety and operational efficiency in any environmental conditions. We can support anything from building up Airport Weather Observation Systems (AWOS) and Runway Ice Detection Systems (IDS) to delivering decision support for flight scheduling.
Get answers to these top questions:
How did Take Off and Landing Performance TALPA come to be? How is the Runway Condition Assessment Matrix used to determine runway condition codes? How can contaminants be objectively measured with Mobile Runway Weather Sensors?
TALPA Regs Mandatory in 2020...Are You Ready?
Find info on the consequences of the TALPA initiative and learn which monitoring solutions can support you in this.
Weather – and Runway Monitoring Systems
Read our case study compilation to find out how OTT HydroMet sensors can ensure operation safety whatever the weather.
The Measurement Principles of Optical Sensors from Lufft
Learn more about our tried and tested optical sensors validated by recent case studies in this guide.
Several Lufft CHM 15k Ceilometer Projects in India
The Indian Institute of Tropical Meteorology has deployed Lufft CHM 15k ceilometers for several research studies.
Weather and Runway Observation for Airports
The Lufft sensors from the WS-product family are in operation on airports worldwide for real time weather observations. Moreover, the active and passive road- / runway sensors (IRS31-UMB and the ARS31-UMB) are in use on the runways for measurement of water film height or road surface temperature and freezing temperature, for example.
VENTUS-X-UMB field test in Norway
In a project launched in January 2016, the Norwegian airport systems integrator Avinor has tested a new VENTUS-UMB model with an enhanced heating power. Find out how the sensor has performed in our case study.
