The container clears the Port of Long Beach at 6:00 AM. Forty-eight hours later, the pallets inside it are sitting on a dock in Albuquerque. Seventy-two hours after that, half of them are on outbound trucks heading to customers in Phoenix, El Paso, and Denver. The other half are in a building, staged for purchase orders that will pull them over the next quarter.
The piece of that timeline that almost no one talks about is the part between Long Beach and Albuquerque. That’s intermodal drayage, and it’s the difference between a freight program that hits its dates and one that misses them.
What intermodal drayage actually is
Intermodal drayage is the short-haul movement of a shipping container between two modes of transport. The container starts on a ship. It gets unloaded at a port. From there it moves by truck to a rail terminal, by rail to an inland destination, and by truck again to its final stop. Each truck leg is drayage. The whole sequence is intermodal.
Standard drayage covers a container from the port to a nearby warehouse or rail yard. Intermodal drayage is the broader category — it includes the port move, the inland rail move, and the final truck leg out of the destination rail terminal. For West Coast imports landing in the Southwest, intermodal drayage is the entire freight path from ocean to inland warehouse.
The vocabulary gets thrown around loosely. In practice, what shippers actually need to know is this: drayage is the short truck leg, and intermodal is the rail leg connecting two truck legs. Together they form the movement that gets a port container to an inland building.
What a drayage truck and a drayage carrier do
A drayage truck is purpose-built for short, heavy, port-area work. Day cab tractors. Container chassis attached behind. The driver picks up a sealed container at a marine terminal, hauls it to a rail yard or a nearby warehouse, and drops the chassis. The route is often less than 50 miles. The tractor is back at the port within hours.
A drayage carrier is the company running those trucks. They hold port credentials, terminal access permits, and the dispatch infrastructure to coordinate with marine terminals, railroads, and inland destinations. Drayage carriers don’t run cross-country freight. They run the port-area and terminal-area work that connects ocean shipping to everything else.
The reason this matters for an importer: a national 3PL or freight broker who says they “handle drayage” is almost always subcontracting it to a local drayage carrier with port credentials. The work itself doesn’t change. The number of phone calls and the markup do.
Why Albuquerque, specifically
Geography. The Port of Long Beach is the most active container port in the United States. From Long Beach, freight bound for the Southwest has two reasonable inland paths.
Path one is direct truck. Long Beach to Albuquerque is roughly 14 hours by truck, one driver, two days if you’re being honest about hours-of-service rules. The container moves intact from port to inland warehouse. Cost is straightforward. Speed is acceptable.
Path two is intermodal. Long Beach to a rail terminal by drayage. Rail to a Southwest rail terminal — most often Albuquerque, El Paso, or Dallas. Drayage from the destination rail terminal to the inland warehouse. The container moves the same total distance, but most of it is on rail instead of road. Cost is lower per container. Speed is comparable for typical inland distances.
For freight bound for Southwest customers — Phoenix, Tucson, El Paso, Denver, Salt Lake — Albuquerque is the best inland breakout point on either path. Direct truck arrives there with one driver and one fuel tank. Intermodal rail arrives there because ABQ sits on the BNSF Southern Transcon route, which is the primary East-West freight rail line through the Southwest.
The freight pattern almost always converges in ABQ. The question is what happens once it lands.
What happens once a container lands in Albuquerque
Three operational moves, in roughly this order.
Drayage from the rail terminal or direct from the port. The container moves on a drayage tractor from its arrival point to a Southwest warehouse. For Johnson, that’s our Albuquerque building. The container arrives sealed. The dock crew unloads it. The chassis goes back to the rail terminal or the local equipment pool. This step is drayage and final-mile transport.
Transload from container to pallets. The container’s contents come off floor-loaded or palletized. If they’re floor-loaded, the crew breaks them down into pallets and shrink-wraps them. If they’re palletized already, they get reorganized for outbound distribution. This step is transloading, cross-docking, and freight rework.
Storage or outbound, depending on the inventory plan. Some pallets cross-dock straight to outbound LTL trucks heading to regional customers. Some sit in shared and public warehousing until purchase orders pull them. The split depends on the freight profile — and for most importers, it’s both.
The reason these three operations need to happen under one roof, under one operator, is timing. A handoff between three separate companies — a drayage carrier, a transload operator, and a warehouse — introduces three opportunities for the freight to wait. Sitting freight is sitting money. The point of 3PL integrated logistics is to collapse those handoffs.
For the parallel argument on when to cross-dock versus store the freight that lands, our post on transloading and warehouse storage decisions covers when each option fits.
Transloading versus cross-docking
These two terms are often used interchangeably. They are not the same.
Cross-docking is when freight moves from inbound dock to outbound truck without being unloaded into the warehouse. It stays on pallets, gets sorted by destination, and ships out. Storage time is hours, not days. The building is a sorting hub.
Transloading is when freight comes off one mode of transport (a container, a rail car) and onto another (LTL pallets, truck trailers). The freight is typically broken down or reorganized in the process. Transload involves more handling than cross-dock. Storage time can be hours to days depending on outbound scheduling.
For port-inbound freight to Albuquerque, transloading is usually the first operation that happens after the container arrives. Cross-docking is sometimes the second operation, if the pallets are scheduled for immediate outbound. Other times the pallets go into storage instead.
The combined operation — drayage to transload to cross-dock or storage — is the full path from ocean container to inland customer. Understanding which steps your freight needs is most of the procurement decision.
What drayage actually costs and why
Drayage rates are not a fixed number. They vary by lane, by fuel cost, by port congestion, by chassis availability, and by carrier capacity at the moment. Three cost components dominate.
The line haul rate. Per-mile pricing for the drayage move itself. This is the base cost.
Accessorial charges. Chassis use, container dwell time at the port, demurrage if the container sits past free time, detention if the carrier waits at the destination. These add up fast on container freight. Asset-based operators with their own equipment can keep accessorials lower than brokers running on rented chassis.
Fuel and surcharges. Diesel pricing, peak season surcharges, port congestion fees. These move with the market.
For inland destinations like Albuquerque, the per-container drayage cost is competitive with West Coast warehousing costs in part because of the lower fuel and labor markup once you’re inland. The real cost optimization is in reducing accessorials and dwell time — which is an operator question, not a rate question.
What to look for in a drayage and transload partner
Four questions cut through the marketing.
Do they hold port credentials and have local drayage capacity? A 3PL that “handles drayage” but doesn’t own port-credentialed equipment is brokering the work. That’s not always bad, but you should know which one you’re paying for.
Can they transload and cross-dock under the same roof? Container freight rarely fits one operational mode. The partner needs to handle both transload and cross-dock without moving the freight to a second building.
Do they have storage capacity for the freight that doesn’t ship out immediately? This is the differentiation between a pure transload operator and a full 3PL. Importers need both — most freight programs split between fast outbound and longer-dwell storage.
Are they asset-based or are they brokering the building? This determines who’s actually accountable when the freight is sitting on the dock at 4:00 PM on a Friday. Our previous post on asset-based versus non-asset 3PLs covers that distinction in detail.
The bottom line
Intermodal drayage is the path that gets a container from a West Coast port to an inland warehouse. For Southwest distribution, that path almost always converges on Albuquerque. What happens once the container lands — drayage, transload, cross-dock or storage, outbound — is the operational work that determines whether the program runs on time or doesn’t.
The math says Albuquerque. The execution says one operator handling all of it under one roof.
