Retrieve Two-Line Element (TLE) data for a satellite using its NORAD ID. This tool enables precise satellite tracking and orbital predictions by accessing up-to-date TLE information from the N2YO Satellite Tracker MCP Server.
Calculate and visualize a satellite's trajectory over a specified time period using the NORAD ID and observer's coordinates for precise tracking and analysis.
Track and retrieve the real-time position of a satellite based on an observer's location using latitude, longitude, and NORAD ID; supports future prediction up to 300 seconds.
Configure the N2YO API key to enable satellite tracking, allowing querying of satellite positions, pass predictions, and TLE data via natural language requests.
Find upcoming radio communication passes for a satellite based on your location. Enter the satellite's NORAD ID, your latitude, longitude, and optional altitude to get pass details for the next 10 days.
Track upcoming satellite visual passes from your location by entering NORAD ID, coordinates, and optional parameters like days ahead and minimum visibility duration.
Provides access to satellite tracking data from N2YO, allowing users to query satellite positions, predict passes, and access TLE data through natural language requests.
Enables MCP clients to access Google Earth Engine's satellite imagery and geospatial analysis capabilities. Provides tools for vegetation analysis, crop classification, disaster monitoring, and interactive map creation using petabytes of satellite data.