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EVA Glove Fatigue — 2D Torque & Endurance Model

2D biomechanical model of pressurized-glove joint resistance versus Rohmert-style hand-muscle fatigue during an EVA valve-turning task: drive suit pressure, grip effort and cadence (or squeeze manually) and watch a live torque-vs-time strip chart, fatigue curve and success rate evolve exactly as the underlying equations dictate.

Long-Duration Spaceflight Physiology2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
2d-space-human-factors ↗ Open standalone

Every EVA glove fights the astronaut's own hand: suit pressure keeps the fabric joints straight, so closing a fist to turn a stuck valve means overcoming a resistance torque before any useful work gets done. This 2D simulator lays the same pressurized-glove biomechanics and Rohmert-style muscle-fatigue curve out as a live schematic plus a scrolling torque/fatigue strip chart, so you can watch drive torque, glove resistance and accumulated fatigue race against each other frame by frame. Tune suit pressure, grip effort and task cadence — or switch to manual mode and time your own squeezes by hand — and see exactly when a tired hand stops being able to win against its own suit.

⚙ Under the hood

2D biomechanical model of pressurized-glove joint resistance versus Rohmert-style hand-muscle fatigue during an EVA valve-turning task: drive suit pressure, grip effort and cadence (or squeeze manually) and watch a live torque-vs-time strip chart, fatigue curve and success rate evolve exactly as the underlying equations dictate.

spacehuman-factorsergonomicsbiomechanicsevafatigue

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install

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