Live Starlink Satellite Tracker

This live Starlink satellite tracker shows the real-time positions of Starlink satellites orbiting Earth right now. The interactive map visualizes satellite movement across the globe using current orbital data, allowing you to see where Starlink satellites are located, how fast they move, and how they are distributed in low Earth orbit.

Starlink operates thousands of satellites as part of a global constellation designed to deliver low-latency satellite internet. This tracker helps users understand how that constellation behaves in real time, whether for education, satellite visibility, or general curiosity.

  • What this map shows: Live positions of Starlink satellites in orbit
  • Orbit type: Low Earth orbit (LEO)
  • Update frequency: Near real-time using current orbital elements
  • Coverage: Global
  • Primary use cases: Education, visualization, satellite tracking, stargazing

Data Source & Freshness Block

Data Source & Accuracy
This tracker uses publicly available satellite orbital data (Two-Line Element sets, or TLEs) to calculate real-time satellite positions. Satellite locations shown on the map are approximations based on these orbital models and may differ slightly from SpaceX’s internal telemetry.

Last Reviewed: Q1 2026
This page and tracking logic are reviewed quarterly to ensure accuracy, usability, and alignment with current Starlink constellation deployments.

Live Starlink Satellite Tracker: How It Works

The Live Starlink Satellite Tracker is a real-time visualization tool designed to show the positions and movements of Starlink satellites as they orbit Earth. Using data from TLE (Two-Line Element) files, the tracker pulls the latest orbital data and displays satellite locations on an interactive map that automatically focuses on the active satellites when loaded.

This cutting-edge system continuously updates the positions of satellites based on the current time, allowing you to observe SpaceX’s revolutionary internet constellation in motion. Each pulsing red marker represents an active Starlink satellite, with comprehensive information available at your fingertips.

Key Features and Functionality

  1. TLE Data Retrieval: The tracker fetches real-time orbital data for satellites from publicly available TLE feeds. These files contain precise orbital parameters used to calculate each satellite’s position at any given moment.
  2. Satellite Propagation: Using advanced orbital mechanics algorithms, the system processes TLE data to simulate each satellite’s path. This specialized software calculates factors like gravitational effects, atmospheric drag, and other orbital perturbations.
  3. Real-Time Updates: The tracker refreshes satellite positions every 10 seconds, providing an up-to-date view of the constellation as it orbits approximately 340-550 km above Earth at speeds around 7.5 km/s.
  4. Interactive Information: Click on any satellite marker to view detailed information, including:
    • Satellite name and identifier
    • Current latitude and longitude
    • Altitude in kilometers
    • Orbital speed
    • Additional mission-specific data
  5. Visualization Options:
    • Satellite Trails: Toggle this feature to visualize each satellite’s recent path, displaying trajectory history.
    • Night Mode: Switch to a darker map for improved visibility in low-light environments.
    • Satellite Names: Display identifying labels alongside each satellite for easier tracking.
    • Zoom Controls: Easily reset the view or focus on specific areas of interest.
    • Automatic Focus: The map automatically centers on active satellites when loaded.
  6. Cross-Platform Compatibility: Our tracker works seamlessly across devices, including desktops, tablets, and mobile phones.

| Related: Explore our detailed Starlink Ground Stations Locations guide showing the complete infrastructure powering satellite internet worldwide!

Starlink is SpaceX’s ambitious project to create a global high-speed internet network using thousands of small satellites in low Earth orbit (LEO). Unlike traditional satellite internet that uses a few satellites in geostationary orbit (35,786 km above Earth), Starlink’s LEO constellation provides significantly lower latency and higher speeds.

As of 2025, SpaceX has launched over 5,500 Starlink satellites and continues regular deployments. The completed constellation is planned to include approximately 12,000 satellites in its initial phase, with potential expansion to 42,000 satellites in future phases.

Why Only a Limited Number of Satellites Are Displayed

Our tracker currently displays a subset of Starlink satellites for several important reasons:

  1. TLE Data Limitations: The tracker utilizes publicly available TLE sources, which may not include comprehensive data for every satellite in the rapidly expanding constellation.
  2. Performance Optimization: Rendering the entire constellation (thousands of satellites) in real-time would require substantial processing power. To ensure smooth performance and a responsive user experience across all devices, we’ve optimized the display to show a representative selection.
  3. Visualization Clarity: Displaying all satellites simultaneously would create significant visual clutter, making individual tracking difficult. Our curated selection provides a clearer visualization while still demonstrating the constellation’s coverage pattern.
  4. Educational Focus: The limited display allows users to better understand individual satellite behavior, orbital mechanics, and constellation patterns without overwhelming technical detail.

Educational Value

This Starlink tracker serves as an excellent educational tool for:

  • Students: Learn about orbital mechanics, satellite technology, and space operations.
  • Space Enthusiasts: Track cutting-edge space infrastructure in real-time.
  • Educators: Demonstrate principles of physics, engineering, and telecommunications.
  • Stargazers: Identify visible Starlink satellites that might be observable from your location.

Tips for Using the Tracker

  • Best Viewing Experience: For optimal visualization, use the Starlink tracker on a larger screen in full-screen mode.
  • Understanding Satellite Movement: Satellites appear to move faster when directly overhead and slower near the horizon due to perspective.
  • Predict Visibility: Use the tracker to determine when satellites might pass over your location, making them potentially visible in the night sky shortly after sunset or before sunrise.
  • Explore Different Views: Toggle between day and night modes to see how the visualization changes, and experiment with the trail feature to better understand orbital patterns.
  • Stay Informed: Check back regularly as new satellites are frequently launched and added to the constellation.

Disclaimer

Note: This Starlink Tracker is an independent, third-party tool and is not affiliated with Starlink or SpaceX in any way. The data used to track Starlink satellites is pulled from publicly available TLE files, and the tracker is solely for informational and educational purposes.

While we strive for accuracy, the satellite positions and related data shown are based on the best publicly available information and may not reflect real-time changes, deorbiting events, or operational adjustments made by SpaceX. For official information about Starlink services and coverage, please visit the official Starlink website.

Frequently Asked Questions

A Starlink satellite tracker is a tool that displays the approximate real-time positions of Starlink satellites using orbital data.

How accurate is this tracker?

The tracker is highly accurate for visualization and educational purposes, but may differ slightly from exact real-time positions due to orbital prediction limits.

The map shows satellite positions globally. Visibility from the ground depends on lighting conditions, satellite orientation, and your location.

Starlink satellites orbit Earth roughly every 90 minutes, resulting in rapid movement across the map.

It shows the majority of active satellites based on available orbital data. Newly launched or maneuvering satellites may not appear immediately.

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