Solar Command is a fully interactive, canvas-powered solar system simulator built entirely inside a Framer code component. Visitors don’t just observe the solar system — they command it. From a skeuomorphic Mission Control dashboard, users can warp time, lock targeting on any planet or moon, toggle scientific HUD overlays, and pilot a free-roaming camera across a procedurally rendered galaxy. Every celestial body is backed by real NASA orbital data, making it as factually grounded as it is visually spectacular.
Live HTML5 Canvas simulation — 60fps orbital mechanics with procedural planet textures, atmosphere glows, ring systems, and a parallax multi-layer starfield
16 named moons across all planets, each with factually accurate orbit periods
Time Warp control — compress or expand time from real-time to 10,000× simulation speed via a tactile slider
Cinematic vs. Realistic motion modes — toggle between NASA-factual orbital speeds and visually readable compressed ratios
Click-to-lock targeting — click any planet or moon to snap the camera and pull up a live Telemetry HUD with factual stats (mass, radius, distance, orbital period)
Pilot Mode — WASD / arrow key free-roaming camera with smooth easing and momentum
Galaxy-scale zoom reveal — zoom all the way out to see the Milky Way context surrounding the solar system
Collapsible Command Deck UI — a bottom-docked skeuomorphic control panel with toggleable HUD layers, audio bus, and galaxy visibility controls
Zero external dependencies — the entire simulation runs inside a single self-contained Framer code component
Solar Command is a fully interactive, canvas-powered solar system simulator built entirely inside a Framer code component. Visitors don’t just observe the solar system — they command it. From a skeuomorphic Mission Control dashboard, users can warp time, lock targeting on any planet or moon, toggle scientific HUD overlays, and pilot a free-roaming camera across a procedurally rendered galaxy. Every celestial body is backed by real NASA orbital data, making it as factually grounded as it is visually spectacular.
Live HTML5 Canvas simulation — 60fps orbital mechanics with procedural planet textures, atmosphere glows, ring systems, and a parallax multi-layer starfield
16 named moons across all planets, each with factually accurate orbit periods
Time Warp control — compress or expand time from real-time to 10,000× simulation speed via a tactile slider
Cinematic vs. Realistic motion modes — toggle between NASA-factual orbital speeds and visually readable compressed ratios
Click-to-lock targeting — click any planet or moon to snap the camera and pull up a live Telemetry HUD with factual stats (mass, radius, distance, orbital period)
Pilot Mode — WASD / arrow key free-roaming camera with smooth easing and momentum
Galaxy-scale zoom reveal — zoom all the way out to see the Milky Way context surrounding the solar system
Collapsible Command Deck UI — a bottom-docked skeuomorphic control panel with toggleable HUD layers, audio bus, and galaxy visibility controls
Zero external dependencies — the entire simulation runs inside a single self-contained Framer code component
Muhammad Abubakar