Regional Distribution Center Strategy: A Guide to Building Your Network

Updated August 2026

Key Takeaways

• Choose your network model based on what you're optimizing for: centralized minimizes cost, decentralized maximizes delivery speed, and hub-and-spoke balances both—the comparison table below can help you match a model to your priorities.
• Add a regional distribution center when specific signals appear in your network: rising parcel costs, missed delivery windows or single-facility risk exposure.
• The right number and location of distribution centers should come from modeling total network cost against your service-level targets, not from real estate cost alone.
• Major U.S. distribution corridors such as Inland Empire, Chicago, Dallas-Fort Worth, Atlanta, Phoenix, New Jersey and Pennsylvania's I-78/I-81 Corridor each solve for a different combination of speed, cost and access.
• Distribution network design (how many facilities, where and how they connect) is a distinct decision from individual building selection. Get your network structure right first, then evaluate specific sites.

Building an efficient distribution network starts with understanding where your warehouses should be and how they should work together. For logistics-driven businesses, the decision of where to place a regional distribution center affects delivery times, freight costs, labor availability and customer satisfaction. Read on to learn about the key concepts, strategic approaches and location factors that shape a winning distribution network. 

What Is a Distribution Network and Why Does It Matter? 

A distribution network is the system of warehouses, transportation lanes and inventory positions a company uses to move goods from origin to end consumer. It includes every logistics distribution center, fulfillment hub and cross-dock facility in a company's supply chain footprint. 

The structure of that network directly affects operating costs and service levels. A poorly designed network can create redundant freight miles, slow replenishment cycles and expose a business to more points of failure. 

Conversely, an optimized network reduces transit times, lowers per-unit shipping costs and allows companies to respond faster to demand shifts or disruptions. 

For businesses managing significant product volume across multiple markets, distribution network design is often the most important supply chain decision they can make. 

What Are the Key Components of a Distribution Network? 

An optimized distribution network typically includes several interconnected elements: 

• Primary distribution centers: Large-format facilities that receive bulk inbound freight from manufacturers or ports and either hold inventory for longer-term storage or redistribute freight to regional facilities or end customers. 
• Regional distribution centers: Mid-tier facilities serving a particular geographic region that receive product from primary distribution centers and enable faster last-mile delivery to customers. 
• Last-mile delivery hubs: Smaller infill sites designed to support same-day or next-day delivery within dense population areas. 
• Transportation lanes: The defined, recurring flow of goods connecting nodes in the distribution network, specifying the origin, destination, travel mode, typical volume and frequency of shipments. 
• Inventory positioning logic: The rules governing how much stock is held at each node and how replenishment flows between tiers. 

Each component must be calibrated to the others. Adding a regional distribution center without updating transportation lanes, for example, can create inventory imbalances rather than solve them. 

What Strategic Distribution Approaches Should You Consider?

Before committing to a network structure, compare the three primary distribution models against what matters most to your business: cost, speed or a balance of both.

Centralized distribution consolidates inventory into one or two large facilities, typically near major freight corridors or population centers. This approach lowers inventory carrying costs and simplifies replenishment but typically increases outbound freight spend and extends delivery windows to distant markets.

Decentralized distribution places multiple regional distribution centers with inventory closer to end customers, shortening last-mile distance and improving service speed while reducing network disruption risk. The tradeoff is higher inventory holding costs due to duplication and more complex network management.

Hub-and-spoke distribution combines elements of both models. A central hub facility handles bulk receiving and national replenishment, while spoke facilities in key metros handle regional fulfillment. This model is common among parcel and large-scale distribution networks because it balances efficiency with speed.

How Distribution Models Compare Operationally

The right model depends on a company's product type, order profile, customer expectations and total freight budget. 

What Factors Should Guide Your Distribution Network Design?

Distribution network design decisions are made at the network level—how many facilities you need and how they should work together—not at the individual site level. (For highway, rail and port access, corridor selection and specific building criteria, see our warehouse location strategy guide.) The factors that are unique to the network-design decision include:

• Demand geography and service-level targets: How your customer base is distributed geographically determines how many nodes your network needs and where they should sit relative to one another, independent of any single site's merits.
• Inventory positioning and safety-stock trade-offs: Every facility you add to a network increases the total safety stock required to maintain the same service level, because inventory pooling efficiency drops as stock is split across locations. A network of four facilities typically requires roughly twice the safety stock of a single-facility network to hit equivalent fill rates—a cost that has to be weighed against the outbound savings each added node produces.
• Network resilience and risk diversification: A single-facility network concentrates all disruption risk—weather, labor, equipment failure—into one point of failure. Spreading the network across multiple regions trades some efficiency for continuity.
• Labor market depth across candidate markets: Distribution operations are labor-intensive, and a network's ability to scale hiring across several markets simultaneously is a different question than whether any one market has adequate labor supply.
• Incentives that shift total network cost: State and municipal incentives can change which markets make sense to add to your network, even when two candidate markets otherwise score similarly.

How Do You Build a Distribution Network Strategy?

Building a distribution network strategy is a market-level exercise that precedes individual site selection. A practical approach moves through these steps:

Step 1: Define your service-level requirements. Identify your target delivery windows by customer segment and map your customer concentration geographically.

Step 2: Model your network. Run a transportation cost optimization or network modeling exercise to identify the number of nodes and geographic zones that minimize total delivery cost while hitting service targets.

Step 3: Shortlist candidate markets. Based on modeling outputs, identify two to four candidate markets that fit your cost and service profile.

Step 4: Compare total network cost. Validate labor market conditions and compare total occupancy and operating costs across your shortlisted markets before committing to a market.

Step 5: Select sites and negotiate lease terms. Once your target markets are locked, assess specific buildings against features such as power capacity and loading dock configuration, then evaluate lease structures. Our warehouse location strategy guide walks through building-level factors like highway access, corridor selection and lease negotiation in depth.

What Role Do Key U.S. Markets Play in a Distribution Network?

The same market can serve a different purpose depending on your network model; the table below gives an overview of the typical role several major logistics markets play in distribution networks.

How Does a Regional Distribution Center Improve Network Performance?

A regional distribution center is often the right next move when specific operating pressures start showing up in your existing network—not a default upgrade every growing business needs. Use the table below to match what you're experiencing to how a regional facility could help.

Frequently Asked Questions About Regional Distribution Center Strategy

What is the difference between a distribution center and a warehouse?  

A warehouse is a facility primarily used for long-term storage of goods. A distribution center is designed for rapid throughput: receiving, sorting and shipping product with speed as the primary objective. Many modern logistics facilities blend both functions, but the design and operational focus differ. 

How many distribution centers does a company typically need?  

There is no universal answer. A small business serving a regional market may need only one facility, while a national shipper might require multiple nodes depending on target delivery windows and customer geography. Network modeling is the most reliable way to determine the right number and placement. 

What building size is appropriate for a distribution center?  

Distribution center size varies widely by industry, throughput volume and SKU count. High-velocity operations often require larger footprints up to or exceeding 1 million square feet, while specialty or B2B distributors might operate efficiently in smaller facilities of around 100,000 square feet or less.  

How long does it take to stand up a new distribution center?  

Timelines vary widely based on whether a business leases an existing building or pursues a build-to-suit or ground-up project. In general, leasing an existing facility is faster than pursuing a new development. Link Logistics has options across its portfolio of warehouses and distribution centers.  

What is zone skipping in distribution?  

Zone skipping is a strategy in which a shipper consolidates freight and injects it directly into a parcel carrier’s network near the delivery destination, bypassing intermediate carrier sortation zones. A regional distribution center positioned near a major population cluster enables zone skipping, which can significantly reduce per-package parcel costs for high-volume shippers. 

The Importance of Distribution Network Design  

Distribution network design is one of the most important strategic decisions a logistics-driven business can make. Whether you are building a network from scratch, optimizing an existing footprint or expanding into new markets, the fundamentals remain consistent: align your facility locations to your customer geography, model total network cost rather than just real estate cost, and choose markets that match your service targets. Once you've settled on target markets, our warehouse location strategy guide can help you evaluate and select specific buildings within them.

Link Logistics manages one of the largest portfolios of industrial properties in North America, with locations across major distribution corridors and regional markets. For companies designing or expanding their distribution network, exploring available inventory in key markets is a practical starting point for any network planning exercise.