

Orbitalradar
Orbital Radar is a real-time satellite tracking platform that visualizes every object currently orbiting Earth — including active satellites, space debris, mega-constellations like Starlink, and upcoming re-entries.
Cost / License
- Free
- Proprietary
Platforms
- Online
Features
- Anomaly Detection
- Interactive map
- Browser-based
- Orbital Mechanics
Tags
- stem-education
- space-technology
- starlink-tracker
- satellite-passes
- space-enthusiasts
- iss-tracking
- aerospace
- re-entry-tracker
- space-debris
- real-time-data
- collision-alerts
- astronomy
- Javascript
- astronomy-software
- satellite-tracking
- space-education
- satellite-intelligence
- Web Application
- satellite-map
- orbit-visualization
Orbitalradar News & Activities
Recent activities
Orbitalradar added Orbitalradar as alternative to ISS Live Now, Heavens Above and Fluent ISS- Orbitalradar added Orbitalradar
Orbitalradar information
What is Orbitalradar?
Orbital Radar is a real-time satellite tracking platform that visualizes every object currently orbiting Earth — including active satellites, space debris, mega-constellations like Starlink, and upcoming re-entries. Built with performance and accessibility in mind, it runs entirely in the browser with no installs or logins required.
Whether you're a space enthusiast, researcher, educator, or just curious about what’s flying overhead, Orbital Radar offers a powerful yet intuitive interface to explore the rapidly changing space above our heads.
Key Features: 🌍 Live satellite tracking across LEO, MEO, and GEO orbits — no delay, no fluff.
🛰 Full orbital data on thousands of satellites, including purpose, operator, and trajectory.
- Anomaly detection that flags unexpected changes in satellite behavior (e.g., sudden mean motion shifts).
🧠 Close approach & collision alerts between satellites and debris.
📡 Upcoming passes for major stations and satellites — visible from your location.
🗂 Custom filtering by orbit type, provider (e.g., Starlink, OneWeb), status, and more.
🔥 Re-entry tracking for objects predicted to deorbit.
📱 Mobile-friendly design with a separate lightweight interface optimized for smaller screens.
Orbital Radar is designed to be both educational and operational — equally useful for hobbyists, teachers, journalists, and professionals working in space or telecom.




