AviMet® Windshear Alert System

The system makes aviation safer by integrating the best windshear detection technologies into a single, reliable solution.

50

years of experience

170
+

countries served annually

2500
+

aviation systems delivered globally

Customized, Powerful, Dependable, and Sustainable Windshear Technology

The Vaisala AviMet Windshear Alert System increases aviation safety and efficiency during airplane take-offs and landings. It detects and delivers crucial information about the windshear effect and its unpredictable changes in wind speed and direction in a timely manner, alerting you immediately when and where windshear occurs and when the threat is over.

The AviMet Windshear Alert System customizes and merges a combination of X-band weather radar, wind lidar, and Low Level Windshear Alert Systems (LLWAS) to gather the decision-making data airports need and deliver alerts based on this data.

Get the ultimate guide to windshear in aviation

Get the ultimate guide to windshear in aviation

Download our ultimate guide for an overview on the science and characteristics of windshear, the most advanced technologies available, and best practices for choosing and siting a windshear detection system.

Explore AviMet

Vaisala AviMet: Complete aviation weather management system

AviMet

Safe, efficient airport operations are ensured for airports of all sizes with this complete aviation weather management system, even with sudden changes in weather.
AviMet® AWOS: Automated Weather Observing System

AviMet AWOS

This Automated Weather Observing System reports on real-time weather and can be customized to detect lightning, runway surface condition, windshear, and more.
Airplane taking off at sunset

AviMet RVR

Maximize airport safety and operational capacity with this Runway Visual Range system that provides visibility data using ideal formats and alerting methods.

System Components

WindCube Scan

WindCube Scan

A powerful, cost-effective wind lidar solution, this technology offers wide remote wind measurement and multiple scanning pattern choices configurable to meet specific airport needs.

Resources

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