Davis Anemometer/Sensor Transmitter Kit

The Davis Anemometer/Sensor Transmitter Kit is a professional-grade wireless wind measurement solution designed for remote weather monitoring in tactical, environmental, and operational planning applications. This solar-powered kit enables operators and meteorologists to separate wind speed and direction sensors from the main console or data receiver, extending monitoring range up to 1,000 feet (300 meters). Whether deployed for field operations, emergency management, or precision tactical planning, this transmitter kit delivers reliable real-time wind data without cable runs or line-of-sight limitations typical of older wired systems.

This anemometer sensor kit operates on a self-sustaining solar power platform, eliminating battery replacement cycles during extended deployments and reducing logistics burden in the field. The wireless transmission architecture integrates seamlessly with Davis Vantage Pro2 and Envoy8X weather station ecosystems, allowing data aggregation across distributed monitoring points. Precision cup anemometer design captures wind velocity with laboratory-grade accuracy, while the integrated wind vane provides directional bearing data essential for operations planning, ammunition ballistics calculations, and environmental threat assessment. The compact form factor—weighing just 2.2 pounds across dimensions of 7 x 3 x 12 inches—mounts easily on poles, towers, or tactical structures without requiring structural reinforcement.

Law enforcement tactical units, military field operations, emergency response teams, and precision shooting communities rely on accurate wind data for ballistic prediction and mission execution. Installation requires only a clear mounting location within wireless range of your compatible console or receiver; no trenching, conduit work, or power infrastructure needed. This kit pairs optimally with existing Davis weather monitoring infrastructure, making it ideal for agencies upgrading from single-location systems to multi-point environmental awareness networks. The rugged solar-powered design withstands harsh environmental conditions while maintaining continuous operation through seasonal weather variations, ensuring uninterrupted data availability when operational decisions depend on it.