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N2YO Satellite Tracker MCP Server

by MaxwellCalkin
OverviewInspectSchemaRelated ServersScoreDiscussions
TypeScript
Remote
MIT License

N2YO Satellite Tracker MCP Server

A Model Context Protocol (MCP) server that provides access to N2YO satellite tracking data, including TLE (Two-Line Element) data, satellite positions, and pass predictions.

Overview

This MCP server integrates with the N2YO.com API to provide satellite tracking capabilities. N2YO is a real-time satellite tracking service that offers comprehensive data on satellites, including military, weather, GPS, amateur radio, and commercial satellites.

Key Features

  • Natural Language Queries: Ask questions like "What satellites will be over France at 6:00 tonight?"

  • TLE Data Access: Get Two-Line Element data for any satellite by NORAD ID

  • Category-based Search: Find satellites by type (military, weather, GPS, etc.)

  • Country Filtering: Filter satellites by country or organization

  • Real-time Positioning: Get current satellite positions relative to observer

  • Pass Predictions: Predict when satellites will be visible from your location

  • Overhead Tracking: Find all satellites currently above a specific location

  • ⭐ Radio Pass Optimization: Communication windows for amateur radio operators

  • ⭐ Satellite Name Search: Find satellites by name instead of NORAD ID

  • ⭐ Recent Launch Tracking: Monitor newly deployed satellites

  • ⭐ Space Debris Monitoring: Track debris for collision avoidance

  • ⭐ Trajectory Visualization: Get satellite paths over time

Related MCP server: Aviation Model Context Protocol

Installation

git clone <repository-url> cd n2yo-satellite-tracker-mcp npm install npm run build

Setup

  1. Get N2YO API Key: Register at N2YO.com and generate an API key from your profile

  2. Configure the server:

    • Option A (Recommended): Set environment variable N2YO_API_KEY=your-api-key

    • Option B: Use the set_n2yo_api_key tool to configure your API key during runtime

  3. Start tracking: Use the various tools to track satellites

Usage

# Option A: Set API key via environment variable (recommended) N2YO_API_KEY=your-api-key npm start # Option B: Start server and set API key via tool later npm start

The server connects to MCP-compatible clients via stdio transport.

Tools Available

set_n2yo_api_key

Configure your N2YO API key for accessing satellite data.

Parameters:

  • apiKey (required): Your N2YO API key

query_satellites_natural

Answer natural language questions about satellites (🌟 NEW FEATURE).

Parameters:

  • query (required): Natural language query like "What satellites will be over France at 6:00 tonight?"

  • categoryFilter (optional): Filter by category: "all", "military", "weather", "gps", "amateur", "starlink", "space-stations"

Supported Query Patterns:

  • Location: Countries (France, Germany, USA), cities (Paris, London, New York)

  • Time: "tonight", "6:00 PM", "tomorrow morning", "in 2 hours", "now"

  • Categories: Can be specified in query or categoryFilter parameter

query_satellites_with_tle

Find satellites by natural language query and return structured data with Name and TLE (🌟 NEW FEATURE).

Parameters:

  • query (required): Natural language query about satellites (e.g., 'ISS', 'Starlink satellites over California', 'military satellites')

  • categoryFilter (optional): Filter by category: "all", "military", "weather", "gps", "amateur", "starlink", "space-stations"

  • maxResults (optional): Maximum number of satellites to return (default: 10)

Returns structured JSON with:

  • Satellite names and NORAD IDs

  • Complete TLE data for each satellite

  • Position information

  • Query metadata

get_satellite_tle

Get Two-Line Element (TLE) data for a specific satellite.

Parameters:

  • noradId (required): NORAD catalog number (e.g., "25544" for ISS)

get_satellites_by_category

Browse satellites by predefined categories.

Parameters:

  • category (required): One of: "military", "weather", "gps", "navigation", "amateur", "geostationary", "noaa", "starlink", "space-stations", "earth-resources"

  • country (optional): Country code filter (e.g., "usa", "china", "russia")

get_satellite_position

Get current position of a satellite relative to an observer location.

Parameters:

  • noradId (required): NORAD catalog number

  • observerLat (required): Observer latitude (-90 to 90)

  • observerLng (required): Observer longitude (-180 to 180)

  • observerAlt (optional): Observer altitude in meters (default: 0)

  • seconds (optional): Seconds in future for prediction (0-300, default: 0)

get_visual_passes

Get upcoming visual passes of a satellite for an observer location.

Parameters:

  • noradId (required): NORAD catalog number

  • observerLat (required): Observer latitude (-90 to 90)

  • observerLng (required): Observer longitude (-180 to 180)

  • observerAlt (optional): Observer altitude in meters (default: 0)

  • days (optional): Days to look ahead (1-10, default: 10)

  • minVisibility (optional): Minimum visibility in seconds (1-300, default: 300)

get_satellites_above

Get all satellites currently above an observer location.

Parameters:

  • observerLat (required): Observer latitude (-90 to 90)

  • observerLng (required): Observer longitude (-180 to 180)

  • observerAlt (optional): Observer altitude in meters (default: 0)

  • searchRadius (optional): Search radius in degrees (1-90, default: 70)

  • categoryFilter (optional): Filter by category or "all" (default: "all")

get_radio_passes ⭐ NEW

Get upcoming radio communication passes optimized for amateur radio operators.

Parameters:

  • noradId (required): NORAD catalog number

  • observerLat (required): Observer latitude (-90 to 90)

  • observerLng (required): Observer longitude (-180 to 180)

  • observerAlt (optional): Observer altitude in meters (default: 0)

  • days (optional): Days to look ahead (1-10, default: 10)

  • minElevation (optional): Minimum elevation in degrees (1-90, default: 10)

search_satellites_by_name ⭐ NEW

Search for satellites by name or international designator.

Parameters:

  • query (required): Search term (satellite name or international designator)

Example queries: "ISS", "Starlink", "NOAA", "GPS", "1998-067A"

get_recent_launches ⭐ NEW

Get satellites launched in the last 30 days.

Parameters: None

get_space_debris ⭐ NEW

Track space debris above an observer location for collision avoidance.

Parameters:

  • observerLat (required): Observer latitude (-90 to 90)

  • observerLng (required): Observer longitude (-180 to 180)

  • observerAlt (optional): Observer altitude in meters (default: 0)

  • searchRadius (optional): Search radius in degrees (1-90, default: 70)

get_satellite_trajectory ⭐ NEW

Get satellite trajectory over time for visualization and planning.

Parameters:

  • noradId (required): NORAD catalog number

  • observerLat (required): Observer latitude (-90 to 90)

  • observerLng (required): Observer longitude (-180 to 180)

  • observerAlt (optional): Observer altitude in meters (default: 0)

  • seconds (optional): Time period in seconds (1-3600, default: 300)

Resources Available

n2yo://api/status

Current N2YO API configuration and usage status including:

  • API key configuration status

  • Transaction counts for each endpoint

  • Daily API limits

n2yo://categories/list

Available satellite categories for searching:

  • Military satellites

  • Weather satellites

  • GPS operational satellites

  • Amateur radio satellites

  • And more...

n2yo://countries/list

Available countries and organizations for satellite filtering.

n2yo://limits/info

Information about N2YO API transaction limits and current usage.

Natural Language Query Capabilities

The query_satellites_natural tool can understand and parse various natural language patterns:

Supported Locations (100+ countries and cities)

  • Countries: France, Germany, USA, China, Russia, Japan, UK, Canada, Australia, etc.

  • Major Cities: Paris, London, New York, Tokyo, Berlin, Moscow, Sydney, etc.

  • Query Examples:

    • "over France"

    • "above Germany"

    • "in New York"

Supported Time Expressions

  • Relative Times: "tonight", "tomorrow", "now", "right now"

  • Specific Times: "6:00 PM", "18:00", "6:00 tonight"

  • Future Times: "in 2 hours", "tomorrow morning"

  • Query Examples:

    • "at 6:00 tonight"

    • "tomorrow morning"

    • "in 3 hours"

Example Natural Language Queries

  • "What satellites will be over France at 6:00 tonight?"

  • "Show me military satellites above Germany now"

  • "What Starlink satellites are over New York right now?"

  • "Which satellites will be above Tokyo tomorrow morning?"

  • "Find weather satellites over London in 2 hours"

Satellite Categories

The server supports the following satellite categories:

  • military (30): Military satellites

  • weather (3): Weather satellites

  • gps (20): GPS operational satellites

  • navigation (24): Navy Navigation Satellite System

  • amateur (18): Amateur radio satellites

  • geostationary (10): Geostationary satellites

  • noaa (4): NOAA satellites

  • starlink (52): Starlink constellation

  • space-stations (2): International Space Station and others

  • earth-resources (6): Earth observation satellites

Example Usage

Configure API Key

{ "tool": "set_n2yo_api_key", "arguments": { "apiKey": "YOUR-N2YO-API-KEY" } }

Natural Language Queries (🌟 NEW)

{ "tool": "query_satellites_natural", "arguments": { "query": "What satellites will be over France at 6:00 tonight?" } }
{ "tool": "query_satellites_natural", "arguments": { "query": "Show me military satellites above Germany now", "categoryFilter": "military" } }
{ "tool": "query_satellites_natural", "arguments": { "query": "What Starlink satellites are over New York right now?", "categoryFilter": "starlink" } }

Get ISS TLE Data

{ "tool": "get_satellite_tle", "arguments": { "noradId": "25544" } }

Find Military Satellites

{ "tool": "get_satellites_by_category", "arguments": { "category": "military", "country": "usa" } }

Track ISS Position

{ "tool": "get_satellite_position", "arguments": { "noradId": "25544", "observerLat": 40.7128, "observerLng": -74.0060, "observerAlt": 0 } }

Get ISS Pass Predictions

{ "tool": "get_visual_passes", "arguments": { "noradId": "25544", "observerLat": 40.7128, "observerLng": -74.0060, "days": 7 } }

Find Satellites Overhead

{ "tool": "get_satellites_above", "arguments": { "observerLat": 40.7128, "observerLng": -74.0060, "searchRadius": 80, "categoryFilter": "military" } }

Radio Communication Passes ⭐ NEW

{ "tool": "get_radio_passes", "arguments": { "noradId": "25544", "observerLat": 40.7128, "observerLng": -74.0060, "days": 7, "minElevation": 15 } }

Search Satellites by Name ⭐ NEW

{ "tool": "search_satellites_by_name", "arguments": { "query": "ISS" } }

Recent Launches ⭐ NEW

{ "tool": "get_recent_launches", "arguments": {} }

Space Debris Tracking ⭐ NEW

{ "tool": "get_space_debris", "arguments": { "observerLat": 40.7128, "observerLng": -74.0060, "searchRadius": 85 } }

Satellite Trajectory ⭐ NEW

{ "tool": "get_satellite_trajectory", "arguments": { "noradId": "25544", "observerLat": 40.7128, "observerLng": -74.0060, "seconds": 600 } }

API Limits

N2YO provides free API access with the following daily limits:

  • TLE requests: 1,000 per day

  • Position requests: 1,000 per day

  • Visual passes: 100 per day

  • Radio passes: 100 per day ⭐

  • Above requests: 100 per day

  • Launch date requests: 100 per day ⭐

Development

# Watch mode for development npm run dev # Build for production npm run build # Start the server npm start

Popular Satellites

Some commonly tracked satellites you can use for testing:

  • ISS: 25544

  • Hubble Space Telescope: 20580

  • GPS satellites: Use category "gps"

  • Starlink: Use category "starlink"

  • Weather satellites: Use category "weather"

Contributing

  1. Fork the repository

  2. Create a feature branch

  3. Make your changes

  4. Add tests if applicable

  5. Submit a pull request

License

MIT License - see LICENSE file for details.

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