Ride the wave X-band for airport weather observation Infographic: Filling the weather knowledge gap at airports An airport weather system is not an individual weather instrument, or even a set of instruments. It is a system to support weather-critical decision making. The components in a successful weather observation system form an integrated, end-to-end system that works seamlessly with its subcomponents such as a LLWAS system, AWOS system, low-level windshear alert system and remote sensing systems, such as lidars and weather radars. Download infographic eBook: X-band for airport weather observation Reliable and accurate weather awareness reduces the impact of bad weather, so investing in weather observation systems is an investment in aviation safety and efficiency Download ebook Video: Vaisala X-band radar The Vaisala X-band Weather Radar WRS400 provides highly accurate measurements in the observation range, filling in a gap in a larger radar network or delivering precise information for a specific area. Blog: A wider field of awareness: Why airports are adopting X-band radar Vaisala´s Application Manager (Weather Radars) Pekka Rossi shares his expertise in Safety and situational awareness at the airport. read more Webinar: Ride the X-band wave for airport weather observation In aviation, awareness is everything. Expand your awareness with this on-demand webinar. This presentation will help you build a broader, more powerful weather detection system. You’ll see how weather radar is an ideal tool for improving safety and maintaining smoother operations under all sorts of weather conditions. WEBINAR Product: X-band Weather Radar Seize outstanding performance, data quality, and reliability The new X-band Weather Radar provides highly accurate measurements for a limited area, filling in a gap in a national radar network or delivering precise information for a specific area. Severe weather in mountainous areas and gaps under sparse weather radar networks will now be visible when X-band radars are added to the weather radar networks. Read more
Infographic: Filling the weather knowledge gap at airports An airport weather system is not an individual weather instrument, or even a set of instruments. It is a system to support weather-critical decision making. The components in a successful weather observation system form an integrated, end-to-end system that works seamlessly with its subcomponents such as a LLWAS system, AWOS system, low-level windshear alert system and remote sensing systems, such as lidars and weather radars. Download infographic
eBook: X-band for airport weather observation Reliable and accurate weather awareness reduces the impact of bad weather, so investing in weather observation systems is an investment in aviation safety and efficiency Download ebook
Video: Vaisala X-band radar The Vaisala X-band Weather Radar WRS400 provides highly accurate measurements in the observation range, filling in a gap in a larger radar network or delivering precise information for a specific area.
Blog: A wider field of awareness: Why airports are adopting X-band radar Vaisala´s Application Manager (Weather Radars) Pekka Rossi shares his expertise in Safety and situational awareness at the airport. read more
Webinar: Ride the X-band wave for airport weather observation In aviation, awareness is everything. Expand your awareness with this on-demand webinar. This presentation will help you build a broader, more powerful weather detection system. You’ll see how weather radar is an ideal tool for improving safety and maintaining smoother operations under all sorts of weather conditions. WEBINAR
Product: X-band Weather Radar Seize outstanding performance, data quality, and reliability The new X-band Weather Radar provides highly accurate measurements for a limited area, filling in a gap in a national radar network or delivering precise information for a specific area. Severe weather in mountainous areas and gaps under sparse weather radar networks will now be visible when X-band radars are added to the weather radar networks. Read more
