Davis Vantage Pro2 Plus Wireless Weather Station w/UV & Solar Radiation Sensors and WeatherLink Console

The Davis Vantage Pro2 Plus Wireless Weather Station with UV and Solar Radiation Sensors represents professional-grade atmospheric monitoring for applications demanding real-time, accurate environmental data. This complete weather station system delivers updates every 2.5 seconds with an industry-leading wireless transmission range of 1,000 feet (300 meters) from the integrated sensor suite to the WeatherLink console, enabling remote placement in optimal measurement locations without signal degradation.

The sensor suite incorporates outside temperature and humidity monitoring housed in a passive radiation shield—a critical design feature that prevents solar heating from skewing temperature readings. Dedicated wind speed and direction sensors provide directional anemometry, while integrated rainfall measurement captures precipitation events with measurable accuracy. The addition of UV and solar radiation sensors extends monitoring capability to include solar intensity and ultraviolet exposure data, enabling comprehensive atmospheric assessment beyond standard weather parameters. The WeatherLink console consolidates all incoming data into a single, user-accessible interface for pattern analysis and historical trending.

This system serves users in agriculture, construction, marine operations, and environmental monitoring who require objective atmospheric data for decision-making. Farmers use radiation and UV data for irrigation timing and crop protection scheduling. Offshore and marine operations depend on real-time wind and rainfall data. Construction and safety-critical outdoor work benefits from localized, uninterrupted weather monitoring. The robust wireless architecture and extended range make it suitable for large properties, remote monitoring stations, and applications where hardwired weather stations are impractical.

Davis Instruments has positioned the Vantage Pro2 Plus as the standard for professional weather monitoring, with widespread adoption across commercial and research applications. The inclusion of solar radiation and UV sensors distinguishes this model from basic weather stations and aligns it with applications requiring full-spectrum environmental assessment.