Davis Long Range Repeater w/Solar Power

The Davis Long Range Repeater w/Solar Power extends wireless weather station transmission distances up to two miles, solving a critical challenge for boaters and anglers operating across expansive water. Unlike standard wireless repeaters limited to 1,000 feet, this unit bridges the gap between stationary weather instruments and distant helm stations, cabin cruisers, or remote observation posts. Built for marine environments where reliable data transmission matters—whether monitoring atmospheric pressure for storm prediction or tracking temperature trends for fish behavior—this repeater delivers the range professional anglers and serious boating enthusiasts demand.

The repeater operates on a wireless long-range protocol that captures incoming weather signals and amplifies transmission to receivers positioned well beyond standard operating distance. Solar power integration eliminates battery replacement cycles, ensuring continuous operation season after season with minimal maintenance. Weighing just 2.4 pounds and measuring 7 x 3 x 12 inches, the unit mounts compactly on cabin roofs, tower brackets, or mast fixtures without compromising vessel aesthetics or balance. The solar charging system sustains operation through extended cruising seasons, making it ideal for live-aboard boaters and remote fishing camps where shore power access is unavailable.

This repeater pairs seamlessly with Davis Instruments weather systems, extending data visibility across multi-cabin trawlers, catamaran flotillas, or shoreside fishing lodges. External antennas (sold separately) optimize signal clarity and transmission strength in areas with obstructions or metallic hull interference common in marine settings. Installation requires compatible Davis wireless consoles at both transmit and receive points; verify your existing weather station model for compatibility before purchasing. Anglers monitoring conditions across offshore platforms and boaters navigating complex coastal passages gain critical decision-making data that standard wireless ranges cannot deliver.