Space Life Support Risk Matrix
Interactive 3D risk-matrix simulator for spacecraft life-support subsystems: tune component MTBF, redundancy and mission duration to see failure probability, system risk score and where each subsystem lands on a live probability-vs-severity grid.
A spacecraft's environmental control and life-support system (ECLSS) is only as safe as its weakest subsystem's failure math. This simulator models five real ECLSS subsystems — oxygen generation, CO2 scrubbing, water recovery, thermal control and power distribution — as exponential-reliability components, and lets you tune each one's mean time between failures, consequence severity, standby redundancy and mission duration to see exactly where it lands on a live 3D probability-versus-severity risk matrix, the same triage tool mission-assurance teams use to decide which hazards need engineering action before flight.
Tune MTBF, redundancy and mission duration for five spacecraft ECLSS subsystems and watch each one land live on a 3D probability-versus-severity risk matrix.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install