🛰️ Satellite Tracker: A Live Visualization of Starlink & 30k+ Satellites

Welcome to satellitemap.space, a premier platform for the live tracking and visualization of global satellite networks. This tool allows users to monitor the real-time positions of over 30,000 satellites, including the massive Starlink constellation, GPS networks, and various other orbital arrays, all rendered on an interactive 3D globe.

⚠️ Technical Requirement: This application relies on JavaScript to function. Please ensure it is enabled in your browser to access the interactive map, day/night visualizations, and orbital data.

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🌟 Core Capabilities

The platform leverages modern WebGL visualization to provide a high-performance experience. Users can explore:

• Real-time orbital paths and satellite positions.
• A dynamic 3D globe featuring day/night cycles.
• Comprehensive tracking for the Starlink constellation.
• Monitoring of GPS and diverse satellite networks.
• Mapping of terrestrial ground station locations.
• Access to launch data and general satellite databases.

🛠️ System Navigation & Data Flow

The following diagram illustrates how the platform organizes its constellation data and user functions:

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📊 Constellation Metrics & Monitoring

Users can dive deep into the status of various satellite groups. While some features are currently active, others are in development:

• Growth & Orbits: Track how constellations expand and move.
• Decays: Monitor satellites leaving orbit.
• Ground Stations: Visualize the infrastructure supporting the satellites.
• Launch History: Coming soon — a comprehensive table of past and future launches.
• Constellation Events: Coming soon — tracking re-entries and specific orbital events.

Current Space Status:

• People in Space: 0 (Current count)
• News: Integrated live video feeds and current space industry updates.

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🧮 Advanced Tools & Calculators

Beyond simple tracking, the site offers a suite of analytical tools:

1. Re-Entries: Predict when satellites will return to Earth.
2. Transit Finder: Locate satellites passing overhead.
3. TLE Analysis: Analyze Two-Line Element sets.
4. Photo Simulator: Plan satellite photography.
5. Close Approaches: Identify when two objects nearly collide.
6. SatNOGS Radio: Integration with satellite ground station networks.

To understand the physics behind these movements, the system calculates orbital periods using the formula: $T = 2\pi \sqrt{\frac{a^3}{GM}}$ (Where $T$ is the period, $a$ is the semi-major axis, $G$ is the gravitational constant, and $M$ is the mass of the Earth.)

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🕹️ User Interface & Controls

The interface is designed for both desktop and mobile accessibility.

Interaction Guide

Simulation & Management

The Sim panel allows for advanced data manipulation:

• Custom Load: Populate the loader panel with specific data.
• Clear/Reset: Wipe the current view or reset the simulation.
• Export CSV: Save simulation data to a local file.
• Auto Play: Start the tourGuide for an automated walkthrough.

Example CSV Export Format:

Satellite_ID, Latitude, Longitude, Altitude, Velocity
STARLINK-1234, 34.05, -118.24, 550km, 7.6km/s
GPS-01, 0.00, 0.00, 20200km, 3.9km/s

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🖼️ Visual Interface

Quick Links:

• Help | Dev Diary | Feedback
• Space-track Status | Share

For those specifically interested in SpaceX's network, the Starlink section provides a dedicated page for tracking launched and in-orbit satellites.