EVA Spacewalk Biomonitoring Dashboard (2D)
Interactive 2D EVA biomonitoring simulator: drive an astronaut's workload during a spacewalk and watch heart rate, core temperature and suit O2 respond in real time on scrolling telemetry strip-charts, driven by the same heat-balance, Karvonen heart-rate and O2-consumption models mission control uses, while a pannable relay scene streams the downlink to a relay antenna.
During a real spacewalk, mission control watches an astronaut's heart rate, core temperature and suit consumables in real time over a bandwidth-limited biotelemetry downlink — the same triage a flight surgeon runs continuously through the EVA. This simulator renders a pannable 2D scene of an astronaut tethered near a station truss, driving their metabolic workload through four realistic activity levels while a heat-balance model tracks core temperature against the suit's liquid-cooling-garment water flow, a Karvonen heart-rate model tracks cardiac response, and the primary O2 tank depletes at a rate set by metabolic oxygen consumption. Three scrolling strip-charts — heart rate, core temperature and suit O2 — carry live caution/critical bands so you can watch each value approach its real flight limit, while streaming pulses along the downlink to a relay antenna show the telemetry link itself, complete with a data-rate control that visibly slows or speeds the stream.
Drive an astronaut's workload during a spacewalk and watch heart rate, core temperature and suit O2 respond on scrolling telemetry strip-charts, driven by the same heat-balance and Karvonen models mission control uses, while a pannable 2D scene streams the downlink to a relay antenna.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install