How To Optimize Transportation Cross-Docking And Transloading Routes

Transportation cross-docking involves receiving shipments from multiple warehouses or suppliers as less-than-truckload (LTL) deliveries and consolidating them into full truckload (FTL) shipments at a central distribution hub. This process reduces freight costs, shortens delivery timelines, and improves logistics coordination across supply chain partners. With Route4Me, you can automate both inbound LTL and outbound FTL logistics using advanced multi-depot and single-depot routing workflows. Simply upload your address data, define your routing logic, and let the system generate optimized routes that reduce miles, time, and costs. Whether you manage five warehouses or five hundred, Route4Me adapts to your scale and complexity.

Plan optimized inbound and outbound transportation cross-docking routes by importing your address data.

 

To plan and optimize routes for transportation cross-docking and transloading, first, go to “Plan New Route” in the Navigation Menu, then select the “Upload a File” option.

Plan transportation cross-docking routes with Route4Me's route planning and optimization software.

 

To plan multiple routes from different depots or warehouses to a single distribution center:

  1. Go to the “Optimization” tab.
  2. Select “Multiple Drivers Route” to plan all routes automatically.
  3. Choose “End route at any address” so each route finishes at the distribution center (TCD does not support return).

Learn more about using advanced constraints like Pieces, Volume, Revenue, and Weight.

Set multiple routes from various depots to a single distribution center using automatic routing and optional advanced constraints.

 

Import your address spreadsheet into Route4Me, ensuring it includes “Address”, “Depot”, and Route” columns. In the “Depot” column, mark depots with “1” and route stops (distribution centers) with “0“, then use the “Route” column to assign each address to its corresponding multi-depot route.

Upload your spreadsheet, marking depots and stops and assigning each address to its route.

 

Create address pairs so each route starts at its depot (first address) and ends at the main distribution center (second address) for efficient multi-depot routing.

Pair each depot with the distribution center to define multi-depot routes.

 

After uploading your spreadsheet, Route4Me displays the data for review. Ensure all columns contain the correct information, marking addresses as depots with “Yes” in the “Depot” column. You can let the system process automatically by selecting “Auto (attempt detection)” or manually match column titles to their data. Once verified, click “Continue to Review” to proceed.

Review your uploaded spreadsheet, mark depots and verify columns.

 

In the “Verify Addresses on Map” window, review all addresses and their geocoding, confirm depots and the main distribution center, then click “Finish Import”.Check addresses and depots on the map.

 

Once the routes are planned, each delivery route begins at its assigned depot, transporting products to the main distribution center as less-than-truckload (LTL) shipments. If the routes are set as “End route at any address”, vehicles will not return to their depots after unloading, ensuring efficient multi-depot cross-docking operations.

Planned routes start at each depot and deliver LTL shipments to the distribution center.

 

After planning inbound LTL routes, you can create outbound FTL routes from the distribution center to end customers:

  1. Go to the “Optimization” tab
  2. Select Single Driver Route or Multiple Drivers Route.
  3. Choose the route endpoints.
  4. Set advanced constraints, such as Pieces, Volume, Revenue, and Weight.

Create outbound FTL routes from the distribution center by selecting the route type and endpoints.

 

Upload your address spreadsheet and include a “Depot” column to ensure all distribution routes start from the same distribution center. Learn more about single-depot routing.

Upload your spreadsheet with all routes starting from the same distribution center.

 

In the “Verify Addresses on Map” window, review all addresses and their geocoding. Confirm the distribution center as the depot, and ensure all routes will start from the same single depot. Then, click “Finish Import” to finalize.

Confirm the distribution center as the depot so all routes start from it.

 

Once one or multiple routes are planned, each distribution route starts from the same depot and serves multiple locations. If set as “Roundtrip”, vehicles return to the same depot or distribution center after unloading.

Route4Me streamlines transportation cross-docking by delivering goods to the main distribution center as LTL shipments and then sending assembled pallets to end customers as FTL (full truckload), ensuring efficient, cost-effective operations. Simply import a spreadsheet with addresses, and Route4Me automatically plans thousands of optimized routes.

Route4Me automates LTL inbound and FTL outbound routing for efficient, cost-effective cross-docking.

 

 

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About author: Alex Yasko

Alex Yasko is the Go-to-Market Product Manager and Information Architecture Manager at Route4Me. With thousands of hours of experience, Alex specializes in breaking down complex last-mile optimization and routing scenarios into simple, actionable instructions, helping last-mile businesses streamline their operations effortlessly.

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About Route4Me

Route4Me has over 40,000 customers globally. Route4Me's Android and iPhone mobile apps have been downloaded over 2 million times since 2009. Extremely easy-to-use, Route4Me's apps create optimized routes, synchronize routes to mobile devices, enable communication with drivers and customers, offer turn-by-turn directions, delivery confirmation, and more. Behind the scenes, Route4Me's operational optimization platform combines high-performance algorithms with data science, machine learning, and big data to plan, optimize, and analyze routes of almost any size in real-time.