Meshtastic Site Finder

Meshtastic Site Finder is a lightweight web application for identifying, mapping, and evaluating potential locations for Meshtastic nodes—especially fixed, solar-powered, or infrastructure-mounted deployments.

The goal is to help communities build more resilient, better-placed Meshtastic networks by making it easier to visualize geography, elevation, and existing structures that are well-suited for long-range LoRa mesh coverage.

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What This Is

Meshtastic Site Finder is designed to answer questions like:

• Where should I put a fixed Meshtastic node to maximize coverage?
• Which tall structures could host a solar-powered relay?
• How can a community coordinate node placement instead of guessing?

It focuses on site discovery and planning, not device configuration or live network telemetry.

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Core Features

• 🗺️ Interactive Map

  • Pan and zoom to explore candidate locations
  • Designed for desktop and tablet use

• 🏗️ Structure-Oriented Discovery

  • Emphasis on tall, prominent, or infrastructure-adjacent locations
  • Suitable for solar, rooftop, or mast-mounted nodes

• 📍 Community-Friendly Planning

  • Helps groups coordinate placement decisions
  • Useful for clubs, emergency communications groups, and local mesh builders

• ⚡ Lightweight & Static

  • Runs entirely in the browser
  • Can be hosted cheaply (or free) on static hosting

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What This Is Not

To set expectations clearly:

• ❌ Not a live Meshtastic network monitor
• ❌ Not a replacement for Meshtastic firmware, apps, or radios
• ❌ Not a guarantee that a location is deployable or permitted
• ❌ Not authoritative infrastructure data

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Important Elevation & Sea Level Disclaimer

• Elevation values are not normalized to sea level.
• The tool does not account for mean sea level (MSL), geoid models, or tidal reference systems.
• Elevation or height-related data should be treated as relative and approximate only.
• Comparisons across regions—especially coastal, floodplain, or low-lying areas—may be misleading if sea level context is required.

Always validate elevation, line-of-sight, and terrain assumptions using authoritative topographic or surveying data before making deployment decisions.

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Use Cases

• Community Meshtastic networks
• Emergency communications planning
• Maker and hacker groups
• Amateur radio / LoRa experimentation
• Resilience and preparedness projects
• Educational demonstrations