Find upcoming satellite radio communication windows for your location by entering satellite ID and coordinates to plan observation sessions.
MIT
213,473 tools. Last updated 2026-06-19 17:07
"Satellite" matching MCP tools:
- Calculate satellite trajectory over time for visualization using NORAD ID and observer coordinates to track orbital paths.MIT
- Predict visible satellite passes for a specific location by entering satellite NORAD ID and observer coordinates to plan observation sessions.MIT
- Get the current position, altitude, and speed of any cataloged satellite by NORAD number. Optionally calculate azimuth, elevation, and range from an observer location.MIT
- Get strategic awareness of active work through satellite overviews, commitment tracking, open loop management, pattern detection, and data export.MIT
- Assess internet health in any country by analyzing BGP shutdowns, DNS censorship, blocked domains, and satellite availability to provide a composite score and summary for journalists and responders.MIT
Matching MCP Servers
- Flicense-qualityDmaintenanceEnables satellite orbital mechanics calculations including visibility predictions, access window analysis, and TLE generation from natural language descriptions. Supports 200+ world cities and multiple orbit types (LEO, MEO, GEO, SSO, Molniya, Polar).Last updated
- Alicense-qualityDmaintenanceSatellite Tracking MCP ServerLast updated4MIT
Matching MCP Connectors
N2YO MCP — wraps the N2YO Satellite Tracking REST API (n2yo.com)
CelesTrak MCP — satellite orbital elements (TLE / GP data) for any tracked object.
- Download multiple Copernicus satellite images concurrently for Earth observation tasks. Supports full product downloads or quicklooks for testing.LGPL 3.0
- Calculate the centripetal force and acceleration required to keep an object moving in a circular path. Use for car turns, satellite orbits, and centrifuges.Apache 2.0
- Calculate monthly and annual AC energy production for residential or commercial solar PV systems at any global location using satellite-derived solar resource data. Returns AC/DC energy, capacity factor, and irradiance.MIT
- Download satellite imagery from Copernicus Sentinel missions using image IDs. Supports full product downloads or quicklooks for testing, requiring authentication for access to Earth observation data.LGPL 3.0
- Retrieve satellite orbital data (TLE/GP) from Space-Track.org by NORAD ID or object name, providing quality-scored results with source citations for verification.
- Check satellite internet provider connectivity during ground-based internet shutdowns by monitoring active BGP prefix announcements from major providers like Starlink and Viasat.MIT
- Retrieve real-time wildfire hotspot data from NASA FIRMS satellite imagery to monitor active fire locations, track spread patterns, and support emergency response planning with quality-scored, auditable information.
- Assess crop insurance risk for Kenyan smallholder farmers by analyzing NDVI satellite data and historical drought patterns. Provides a parametric risk score based on county, crop, acreage, and season.MIT
- Detect active fire hotspots using NASA satellite data (VIIRS, MODIS) by specifying a bounding box and time range. Returns latitude, longitude, brightness, confidence, fire radiative power.MIT
- Calculate orbital radius, velocity, period, and centripetal acceleration for a circular orbit at a specified altitude above a planet.Apache 2.0
- Retrieve the Two-Line Element set for the International Space Station to calculate its orbital trajectory and track satellite position.MIT
- Calculate photovoltaic potential for Italian addresses using satellite roof analysis. Estimate energy production, cost savings, ROI, and optimal system sizing based on annual consumption and housing type.MIT
- Retrieve full-disc natural color Earth images from the DSCOVR satellite EPIC camera, taken daily from Lagrange point L1, for any specified date.MIT
- Search for Copernicus satellite imagery and download matching products for Earth observation analysis. Supports filtering by location, date, cloud cover, and mission.LGPL 3.0