RF Fresnel Calculator

Design, analyze, and optimize your wireless links with professional-grade precision. RF Fresnel - Link Planner Pro is the ultimate tool for engineers and network installers to ensure reliable point-to-point communication.

Stop guessing and start calculating. Whether you’re deploying a WISP network, a microwave backhaul, or a simple ham radio link, RF Fresnel provides comprehensive terrain profiles and Fresnel zone analysis to guarantee a clear Line of Sight (LOS).

Key Features Multi-Source Terrain Data: Seamlessly integrates with Google Elevation, Open-Meteo, and OpenTopoData to provide high-resolution elevation profiles anywhere in the world. Visual Fresnel Analysis: View real-time interactive charts showing Terrain, Line of Sight (LOS), the 1st Fresnel Zone, and the critical 60% clearance zone. Smart Height Recommendations: If your link is obstructed, the app automatically calculates the exact antenna height increase needed at either end to clear the path. Interactive Map Interface: Use Google Maps integration to drop pins, search for locations via Google Places, and visualize your link path geographically. Detailed Link Reports: Get precise Azimuth, Elevation angles, Spherical distance, and Ground elevation data for both sites. Professional Exporting: Save your analysis, take high-quality screenshots, and share detailed reports with clients or teammates instantly. History Tracking: Keep a localized record of all your site surveys and link calculations for quick reference.

Who is it for? Wireless ISP (WISP) Operators: Optimize AP and CPE placements. RF Engineers: Perform quick site surveys and link feasibility studies. Telecommunications Technicians: Troubleshoot signal drops and path obstructions. Ham Radio Enthusiasts: Plan long-distance VHF/UHF contacts. Network Architects: Design robust point-to-point microwave backhauls.

Why Choose RF Fresnel Calculator Built for the field, RF Fresnel combines complex physics with an intuitive mobile experience. Don't risk expensive truck rolls on obstructed paths—verify your link today.