Explore procedurally generated solar systems with realistic physics, time-lapse control and other simulation features - all 3D with multiple viewports!
From the Plan Log
See all entries in the Plan Section.
Close-up view of a planet with simulation controls and celestial body information panel.
Wider view showing multiple celestial bodies and orbital paths.
Teskooano (pronounced tes-koo-ah-no) is an advanced 3D simulation engine that recreates the physics of celestial bodies with reasonable accuracy.
Teskooano implements full N-Body gravitational simulation, meaning every object in the system exerts gravitational force on every other object. Watch as planets orbit stars, moons orbit planets, and complex gravitational interactions create realistic celestial motion.
Built on Three.js, Teskooano renders complex celestial systems in real-time with physically accurate lighting, materials, and effects. The visualization engine can handle hundreds of objects while maintaining smooth performance.
Perfect for educational settings, Teskooano makes complex orbital mechanics intuitive and accessible. Experiment with different planetary configurations, observe gravitational interactions, and learn about celestial mechanics through direct observation.
When you first launch Teskooano, an interactive guided tour introduces you to all key features. The intuitive DockView-based UI allows for customizable layouts to suit your specific needs.
Teskooano leverages cutting-edge web technologies including:
Teskooano is completely open source under the MIT license. We welcome contributions, bug reports, and feature requests from the community.
