Humanoid robots can use existing aisles, workstations, shelves, and tools, while quadrupeds cross slopes, steps, gravel, and mixed indoor-outdoor routes.
Vision, full-body control, and dexterous hands support picking, placing, tote handling, component transfer, and variable-object manipulation.
Multiple robots can divide transport routes, hand off tasks between stations, and coordinate work to improve logistics continuity.
Solution architecture can connect order data, inventory information, task dispatch, route planning, robot status, and execution feedback.
When products, storage locations, or production lines change, robot routes and task logic can be updated more flexibly than fixed tracks or dedicated conveyors.
Deliver parts, containers, tools, and consumables from storage points to production workstations according to task demand.
Identify designated boxes, move them between logistics nodes, and place them at specified workstations or staging areas.
Navigate warehouse aisles, scan labels, verify locations, and support material traceability and inventory workflows.
Use perception and manipulation skills to recognize items, sort mixed materials, place products, and assist packing.
Complete transport between elevators, corridors, workshops, show areas, warehouses, and service points where fixed automation is difficult.
Carry tools, sensors, components, or supplies over slopes, stairs, rough roads, and partially obstructed routes.
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