🛰️ Space Station Rotation Control (2D)
Cross-section simulator of a rotating space-station hull. Tune spin rate and radius to set artificial gravity via g = ω²R, then release an object and watch the real Coriolis deflection emerge from its straight-line path in the fixed (inertial) frame versus the spinning deck.
⚙ Under the hood
Cross-section simulator of a rotating space-station hull. Tune spin rate and radius to set artificial gravity via g = ω²R, then release an object and watch the real Coriolis deflection emerge from its straight-line path in the fixed (inertial) frame versus the spinning deck.
PhysicsSpaceRotationArtificial GravityCoriolis Effect
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install