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Warehouse Fleet Traffic Manager

Watch a fleet of shelf-carrying warehouse robots either jam each other into gridlock with purely reactive local collision avoidance, or flow smoothly through the same narrow aisle grid under centralized, air-traffic-control-style time-sloted routing.

Robotics & Kinematics3DAdvanced60 FPS

A fleet of mobile shelf-carrying robots shares one narrow aisle grid, continuously fetching pods and delivering them to picking stations. Toggle between purely reactive, uncoordinated navigation — where independent shortest-path planning repeatedly jams the fleet into circular deadlocks at busy intersections — and a centralized traffic manager that reserves conflict-free time-slots through the grid in advance, so the same robots and the same task load flow through smoothly instead.

⚙ Under the hood

Run a fleet of shelf-carrying warehouse robots through a shared aisle grid and compare purely reactive, uncoordinated navigation — which repeatedly jams into circular deadlocks at intersections — against a centralized traffic manager that reserves conflict-free time-slots in advance, keeping the same fleet and task load flowing smoothly.

roboticswarehousemulti-robottraffic managementdeadlockpath planninglogistics3D

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