AI infrastructure logistics, from the substation to the rack

Why an AI campus ships differently from a traditional data center

An AI training or inference campus draws far more power per rack than a conventional data center, often several times more, and that changes everything upstream of the rack. The substation is larger, so the transformers and switchgear are heavier. Many sites add generators or on site power to get around utility connection waits, so there are more generator enclosures and more fuel systems to move. The racks are cooled with liquid, so the site needs coolant distribution units, manifolds and dry coolers that a traditional build did not. And the racks themselves can weigh three thousand pounds or more fully loaded, which rules out ordinary pallet handling.

The result is a longer equipment list, a heavier one, and a tighter sequence: the switchgear cannot be energized before the transformer lands, the racks cannot be set before the cooling loop is in, and a module that arrives a week early sits in a laydown yard with nobody to unload it.

Planning the sequence, not just the trucks

We ask for the equipment list and the site schedule at the start, and we plan the moves as one sequence. Transformers and switchgear go first, on RGNs and flatbeds, usually with permits. Generators and their enclosures follow on step decks. Chillers, dry coolers and air handlers come next, then the prefabricated electrical and mechanical modules. Racks, network cabinets and cable reels are the last to arrive, because they are the last to be installed and the most sensitive to sitting in a yard.

Each of those is a different trailer and often a different carrier, and that is the job: finding the right equipment for each piece, vetting the carrier through Highway before dispatch, matching the delivery to the day the crane and the crew are on site, and keeping the whole list in one set of hands so a change on the site changes every truck that needs changing.

Where the West is building

The campuses we hear about most are in the places we already run. The Phoenix area, including Mesa, Goodyear and Chandler, is one of the largest data center markets in the country and a place our flatbed partners load for us regularly. Hillsboro, west of Portland, has a cluster of hyperscale campuses along the subsea cable landings. The Reno and Sparks area, Las Vegas, Salt Lake City and West Jordan, Santa Clara, Sacramento and the Inland Empire all have builds in progress or announced.

Our dispatch records show regular loads into and out of the Phoenix area, the Inland Empire and Las Vegas, along with regular trips up the coast to the Puget Sound. We reach Portland and the Bay Area several times a year as well. Salt Lake City and the Reno area are covered too, and we book a truck for either one as soon as a shipper has freight ready. Those are the lanes a western AI build needs, and they are described on the Phoenix, Las Vegas, Salt Lake City and Portland pages.

What we will and will not claim

Our dispatch records tag each load with its trailer, its lane and who hauled it, not with the commodity, so we do not claim a number of AI campus loads and we will not invent one. What we can show is the equipment experience the moves need: regular flatbed work through vetted carriers, step deck and lowboy loads when a piece called for them, our own dry van fleet for van freight, and power only moves for equipment that ships on its own trailer. The rest of this section walks through each kind of equipment and what it takes to move it well.

Lead times and the things that go wrong

Three things delay AI infrastructure freight more than anything else. The first is permits: an over width transformer needs a permit from every state it crosses and escorts above certain widths, and those take days, not hours. The second is the site: a laydown yard that is not ready, a crane booked for a different day, or a gate that cannot take a lowboy with a 100 foot turning path. The third is weather on the passes between Southern California and the Northwest or the Mountain West, which can delay a load by a day in winter.

We plan for all three. Oversize pieces are quoted with the permit time built in, site details are confirmed with the contractor before the truck is dispatched, and winter trips over the Siskiyous, Donner or the Cajon Pass carry a day of slack rather than a delivery time the road might not permit.