A web-based astronomical visualization tool for tracking celestial objects and sky events using real-time orbital data.
What the product does and how it is positioned
AstraPixels is a digital mapping platform designed to visualize the positions and movements of celestial bodies. It utilizes an astronomy engine to process published orbital elements, providing users with a true-scale view of the solar system.
The tool includes features for browsing specific regions like the asteroid belt and tracking upcoming sky events. Users can interact with the map through various time scales and have the option to apply custom names to objects within the interface.
Source-supported ways to use the product
Monitoring the real-time or projected positions of asteroids and other space objects using orbital data.
Identifying and planning for upcoming astronomical occurrences through the platform's event directory.
The documented workflow, where available
Navigate to the interactive map interface to view the current layout of celestial objects.
Select a time scale such as live, hourly, or weekly to observe object trajectories.
Search for specific bodies or explore the asteroid belt to view detailed orbital facts and sources.
The core functionality of the platform relies on the integration of published orbital elements with a dedicated astronomy engine. This system computes the precise coordinates of celestial bodies to ensure the map reflects accurate positions based on available scientific data.
Every fact presented on an object's page is linked to its specific data source, allowing for verification of the orbital elements used in the calculation. This transparency is intended to support the reliability of the visual representation.
Checks to run with your own material and workflow
What was checked and when
Answers based on the source-checked product record
Positions are computed using published orbital elements processed through a specialized astronomy engine.
No, custom names are only displayed on the AstraPixels website and do not represent official IAU designations.
Users can view the map in real-time or select increments of one hour, one day, or one week.
Yes, the platform includes a dedicated section for browsing and tracking various sky events.
Every fact presented on an object's individual page includes a reference to its data source.
