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an automotive aftermarket parts distributor operating a large U.S. distribution center

How an Automotive Parts Distributor Cut Warehouse Travel Waste 16% with AMRs

A documented U.S. aftermarket parts distributor cut warehouse travel waste 16% and lifted pick rate 16% after phased AMR deployment across a 750,000-square-foot center.

16%
Less travel
16%
Pick rate up
750k sf
DC footprint
112 mi
Saved daily

Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.

Tall shelving in a distribution center aisle where pickers walk long distances each shift.
Photo: Daniel Andraski

Miles of Walking Between Pallets and Picks

An automotive aftermarket parts distributor needed faster product movement across a 750,000-square-foot distribution center without shutting docks during a automation pilot.

Published reporting says contributors were walking the equivalent of more than 15,000 miles per month, burning time on pallet and cart moves instead of value-added picking.

Leadership wanted flexible automation that could plug into existing workflows through simple mapping rather than rebuilding the whole warehouse at once.

  • Cut non-value travel across a high-volume DC
  • Keep shipping active during phased AMR rollout
  • Improve pick rate without a full labor spike

Phased AMRs for Pallets and Carts

Operations rolled out autonomous mobile robots for pallet and cart movements using drag-and-drop workflow software tied to mapped routes inside the building.

Teams started with lanes where travel waste was easiest to measure, then expanded as staff learned how to hand off loads at aisle ends and dock doors.

Operational excellence leads tracked distance and pick metrics daily so gains stayed visible to floor supervisors during the first months.

  • Map high-traffic pallet lanes before peak season
  • Train pickers on handoff points at aisle ends
  • Expand AMR zones after baseline travel metrics are stable
Pallet stacks near a warehouse lane where horizontal moves dominate daily travel.
Photo: Nikita Grishin

Sixteen Percent Less Travel, Sixteen Percent Better Picks

A warehouse associate scanning cartons after travel time was cut on the floor.
Photo: Tiger Lily

The distributor reported a 16 percent reduction in contributor travel distance, about 112 miles saved per day across the operation.

Pick rate and revenue per labor hour also rose 16 percent in the published case, with faster dock deliveries and shorter order cycle times cited as downstream effects.

Floor staff shifted time from walking to picking and exception handling, which leadership framed as the main reason cycle times improved without adding headcount.

What Distribution Leaders Should Benchmark

This is a documented real-world example, not a Service Robot Co. deployment. It shows how pallet and cart AMRs can attack travel waste in a large aftermarket DC without a full conveyor rebuild.

Service Robot Co. stays vendor neutral, maps routes with your warehouse team, and packages buy or lease financing with RoboCare service so you have one partner from pilot through multi-zone expansion.

Frequently asked questions

In this case, leadership emphasized a phased roll-out with simple mapping so pallets and carts could keep moving while new zones went live. Your layout and peak calendar should dictate how small the first pilot lane can be.

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