A fully procedural, real-time exploration of spaceflight. Every pixel here is generated in your browser — WebGL nebula shaders, Kepler-accurate orbital physics, synthesised audio and a cinematic rendered frame by frame. Nothing is a stock image or a video file.
A spacecraft is a flying data centre with no maintenance window. Power, propulsion, attitude control, thermal management, communications and payload — a few hundred kilograms that must run flawlessly for fifteen years in hard vacuum. Hover a module to interrogate it.
Drag the globe to rotate, scroll to change altitude. Period, velocity, escape velocity, ground coverage and one-way latency are all computed live from Kepler's third law and the standard gravitational parameter μ = 3.986 × 10¹⁴ m³/s².
Fifty-six seconds of cinema with no video file behind it. Ignition, max Q, stage separation, orbital insertion, solar array deployment and downlink acquisition — particles, lens flares, camera shake and audio all generated at 60 fps. Click the scrubber to jump, or press Space.
This map polls a public tracking API every five seconds for the true position of ISS (ZARYA), NORAD ID 25544. If the network is blocked, an onboard propagator takes over and keeps flying the 51.6° inclination orbit so the display never goes dark.
From a beeping aluminium sphere to reusable boosters and constellations of ten thousand mass-produced spacecraft.
Every tile starts as a desaturated frozen frame. Hover and it saturates, accelerates and resolves into a running simulation. Click to lock it live.
Every subsystem on this page is procedural — the people flying it are not. Two callsigns on the roster for this build.
Owns the flight plan end to end — call authority on go/no-go decisions and overall mission direction.
Keeps every subsystem — power, propulsion, comms — nominal from ignition through orbital insertion.