You're witnessing a real-time orbital simulation powered by the LEOS (Low Earth Orbit Simulation) engine. This advanced physics-based simulation calculates precise satellite trajectories using actual orbital mechanics principles and Keplerian motion equations.

The engine models gravitational effects, atmospheric drag, and real-world orbital parameters to create authentic satellite behavior in Low Earth Orbit (LEO).

CRTS1 - Earth Observation Satellite equipped with advanced optical sensors and high-resolution imaging payload. Designed to monitor environmental conditions, weather patterns, and surface features with multi-spectral imaging capabilities.

BULLDOG - Experimental support satellite with cutting-edge propulsion systems and communication relay capabilities. Serves as a technology demonstrator for next-generation satellite networking and autonomous orbital maneuvers.

The satellites follow realistic orbital paths calculated using Kepler's laws of planetary motion. Their velocity and altitude change throughout their orbit as they respond to Earth's gravitational field.

LEO satellites orbit between 160-2,000 km above Earth's surface and complete an orbit approximately every 90-120 minutes at speeds exceeding 7.8 km/s (28,000 km/h) For simulation purposes we have increased the visual speed..

Try clicking on the satellites to view detailed information and follow them in orbit. You can rotate around satellites and zoom in close to examine them.

Press ESC to exit satellite view while maintaining your current position, or press 'R' to reset to the default view.