3D FMEA Monte-Carlo Reliability Simulator
Watch a 3D life-support reliability block diagram run thousands of Monte-Carlo mission trials: components fail stochastically at their own rate, a redundant path survives a single failure a single-path chain cannot, and the empirical success rate converges live onto the analytic FMEA formula.
This scene turns the same life-support FMEA reliability chain — O₂ generator, CO₂ scrubber, power bus — into a repeated stochastic experiment instead of a formula plot. A 3D reliability-block diagram wires the components in series along a conduit, with the CO₂ scrubber switchable into a redundant parallel pair. Each simulated mission run advances a shared clock; every node independently rolls a chance to fail based on its own failure rate, flashing red and sparking when it does. A run that keeps every series stage alive — and at least one unit alive in any redundant pair — through the full trial length counts as a mission success; a run that doesn't resets and starts over. Watch the empirical success rate across thousands of trials converge onto the exact analytic reliability the series/parallel formulas predict, and see firsthand why a redundant path survives failures a single point of failure cannot.
Simulate a Monte-Carlo reliability-block diagram to see failure chances converge to the analytic formula over mission trials.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install