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Wind-Aware Drone Return-to-Home Simulator

Fly a drone outbound under a chosen wind, then compare a naive fixed-battery-percentage return-to-home rule against a smart wind-aware trigger that recomputes the real return-trip energy cost in real time.

Robotics & Kinematics3DModerate60 FPS💨 Air & Wind

A multirotor drone flies outbound from its home pad, burning battery as it goes. The physical distance it has to cover on the way back is the same either way — but the battery cost is not, because a headwind on the return leg forces the rotors to work far harder than a tailwind-assisted outbound leg ever did. This simulator compares a naive return-to-home rule that only watches a fixed battery percentage against a smart rule that continuously recomputes the real energy cost of getting home under the current wind, so you can watch one strategy strand a drone short of the pad while the other brings it back with charge to spare.

⚙ Under the hood

Fly a drone outbound under a chosen wind and compare a naive fixed-battery-percentage return-to-home rule against a smart wind-aware trigger that recomputes the real return-trip energy cost in real time — watch the naive rule strand a drone in a headwind while the smart rule brings it home with charge to spare.

Three.jsdroneUAVreturn-to-homebattery managementheadwindwind-aware navigationrobotics

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install