a European electric motor and gear distributor
How a Motor Parts Distributor Automated More Than 6 km of Daily Warehouse Transport
A European motor and gear distributor replaced 30–40 daily cart walks with an AMR hauling up to 10 loaded carts, automating 6+ km of indoor transport and improving ergonomics.
- 6+ km
- daily walking cut
- 30-40
- trips removed
- 10 carts
- per AMR run
- 80 m
- core route
Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.
Order fulfillment drowned in repeat cart walks
A European electric motor and gear distributor moves heavy motors and gearboxes between its warehouse and shipping area all day. Employees pushed loaded carts along an eighty meter path thirty to forty times per shift.
Those repeat runs added up to more than six kilometers of walking and material handling daily. Skilled warehouse staff spent hours on transport instead of picking, packing, and customer service.
Heavy parts raised ergonomic risk. Leadership wanted automation that could haul real cart loads without redesigning the whole building or hiring another wave of walkers for peak weeks.
- Thirty to forty manual trips per day on an eighty meter lane
- More than six kilometers of daily walking and cart pushing
- Heavy motors created strain and pulled staff off higher-value tasks
One AMR lane tied into existing fulfillment flow
The distributor worked with a local integrator to deploy an autonomous mobile robot sized for industrial cart trains. The unit moves up to ten loaded carts per trip between warehouse storage and the shipping zone.
Control software coordinated transport tasks with existing workflows so supervisors could queue moves without rewriting the whole WMS overnight. Training stayed short because operators interact with the robot at pickup and drop points, not inside a custom cockpit.
The AMR shared floor space with foot traffic during rollout. Routes were validated on the live eighty meter path so the robot could handle real congestion, not just an empty aisle on Sunday.
- Autonomous cart moves on the warehouse-to-shipping lane
- Integration with site controllers and fulfillment software
- Operator training focused on handoff points and basic recovery
Daily walking gave way to supervised automation
After go live, the site automated more than six kilometers of daily internal transport and eliminated thirty to forty repetitive cart trips each day. Workers reported less unnecessary walking and better ergonomics when heavy parts ride on the robot train.
Team leaders said transport time fell enough that staff could stay on order fulfillment and quality checks. The mobile robot became part of the standard shift rather than a demo that only ran when executives visited.
Leadership framed the project as protecting people while keeping throughput steady on a route that never stopped being busy.
What US distributors should copy from this lane-first AMR pilot
Motor, HVAC, and electrical wholesalers across the US run the same eighty meter problem on a different floor plan. AMR rental or warehouse robot rental on one dock lane proves minutes saved per trip before you wire every aisle into a fleet dashboard.
Service Robot Co. compares cart-towing AMRs and pallet movers across vendors, then finances, maps, trains, and services the unit nationwide. Month to month material handling robot rental fits seasonal spikes when a second shift appears for a catalog launch.
Start with the route that generates thirty plus walks a day. If the robot clears six kilometers of manual pushing, you have a template for the next building wing without betting the whole capital budget on day one.
