Supply Chain Radar

Walmart opens LTL consolidation program to more prepaid suppliers

Walmart is expanding access to its inbound consolidation network for suppliers that use prepaid freight terms, a move aimed at reducing fragmented less-than-truckload shipments into its U.S. distribution network.

The new Prepaid Consolidation Program lets participating suppliers combine smaller shipments at Walmart automated consolidation centers before freight moves to the retailer’s 42 regional distribution centers, according to reports from Sourcing Journal.

Walmart has three automated consolidation centers in Colton, California; Minooka, Illinois; and Lebanon, Pennsylvania. The network had previously been available to suppliers using collect freight terms, where Walmart arranges the transportation. The new program extends the model to prepaid suppliers that traditionally controlled their own freight from origin to Walmart facilities.

The operational change is simple on paper: fewer small inbound moves, more consolidated truckload flow and cleaner allocation across Walmart’s regional DC network. FreightWaves reported that suppliers that once might have handled separate purchase orders for many DCs can use a single national purchase order to one location, with Walmart combining inventory and routing it onward.

Sourcing Journal reported that suppliers can move shipments through Walmart directly or use approved third-party logistics providers C.H. Robinson, Hub Group and RJW Logistics. Pricing is based on a region-specific price-per-case rate that covers handling at the consolidation center and transportation to regional DCs.

For vendors, the tradeoff is worth watching. Consolidation can cut pallet handling, labor and LTL cost headaches, especially for suppliers that cannot fill a trailer. It can also put more of the inbound freight plan inside Walmart’s network logic. That may be efficient, but it gives the retailer more control over timing and flow into its stores.

Walmart said the program will expand in phases, with participation based on volume alignment and capacity.