Logistics and Fulfillment Centers in Texas
Order volume peaks in the fourth quarter, and a fulfillment center that is not racked, powered and staffed by October has missed its year. That calendar pressure is what separates a fulfillment building from a plain warehouse. The owner is not buying square feet. The owner is buying a date, and every design decision is tested against it.
Fulfillment work packs a lot into a building: tall racking, conveyor and sortation systems, packing stations, returns processing, a big employee parking field and a ring of dock doors for parcel carriers. Many Texas fulfillment buildings are pre-engineered metal for a simple reason. They can be priced early, ordered early and erected on a published calendar, which lets the racking and automation contractors start sooner.
What follows covers how we build these centers, why Texas air and ground freight shape the sites, and where the money goes.
Air cargo, parcel hubs and why location matters
Fulfillment follows the fastest way to the customer. AllianceTexas, a 27,000 acre master-planned development, includes industrial, logistics and aviation land uses around Fort Worth Alliance Airport, which covers 1,198 acres and has two runways of about 11,000 feet. DFW International Airport handled 858,952.3 tons of cargo in 2025 and has 21 cargo airlines offering freighter service. In the Rio Grande Valley, Valley International Airport extended its main runway from 8,400 to 9,400 feet between December 2022 and July 2024 so that parcel freighters could operate there, and El Paso's air cargo complex has two 144,000 square foot buildings.
Each of these places supports a different fulfillment pattern. Near an airport hub, buildings serve next-day and same-day promises and need generous truck courts. In the border region they serve cross-border e-commerce and returns. Our work in Alliance and around DFW Airport is aimed at the first pattern, while Harlingen and El Paso fit the second.
Racking, mezzanines and automation loads
A fulfillment frame is designed around the equipment. Rack legs put heavy point loads on the slab. Conveyors and sortation hang from the roof structure. Pick modules or multi-level platforms stand on their own columns inside the building. We ask for each of these loads before the frame is designed, because adding conveyor weight to a finished roof means reinforcing members after the panels are on.
Our mezzanines and platforms work gives you extra pick levels without adding to the footprint, which makes the most of expensive land. For higher stacking, see the discussion in high-bay crane-ready buildings, since the frame behaves much the same at 36 feet whether you hang a crane or a conveyor.
Who does what on site
We manage the erection of the steel, panels and doors and manage the concrete, paving, fire protection and electrical through licensed trades. The racking vendor and the automation contractor are usually hired by the owner, and we coordinate their access. Racking installers need a certified slab and clear floor, so we plan a handoff date that suits them. Delays at this handoff are common, and a meeting among the trades a month before it avoids most of them.
Fire protection is a big item. High-piled storage usually needs a sprinkler system designed for the commodity and the rack height, and a pump and tank if the city water supply is not enough. We bring the fire protection engineer in early because the sprinkler design affects the roof framing.
What moves the number
Clear height and floor flatness lead the list. A flat, level floor is needed for narrow-aisle equipment and automated vehicles, and it costs more to place and finish. Power is next: automation and charging for electric forklifts raise the electrical service size, and the service can be the longest lead item. Sprinklers, lighting and the office and break areas follow. Large employee parking fields add paving cost that is easy to forget.
We give a price per square foot for the shell and list the allowances for racking support, sprinklers and electrical. When you compare us with another builder, ask for the same inputs: clear height, floor flatness spec, fire protection design basis and electrical service size.
Where we build these centers
We take fulfillment and logistics work in the metro areas and along the freight corridors across the state. Owners usually come to us after they have a site and a lease or a purchase in progress, and a delivery date. We take that date seriously. If it cannot be met, we say so up front, along with the tradeoffs: a smaller first phase, a staged slab, or an early steel release. See also our warehousing and distribution page for the owners we serve.
Working backward from peak season
We start with the date racking must be turned over and count backward. The slab needs time to cure and be measured for flatness. The roof must be on before racking and conveyor go in. The steel has to be on site before that, so the order has to be released before drawings are fully finished. That chain usually puts the steel order at the very start of the project, and the calendar shows it plainly.
If the date cannot be met for the full building, we look at phasing. A first phase with the dock wall and half the floor can open for peak season while the second phase is built behind a temporary wall. Owners who have used this approach like it because it brings revenue forward and lets the operation learn before the whole building is in use.
For freight that does not stop, a truck terminal is a better fit than a storage building.
Give us your open date and your racking plan
Send the date you need to start picking, the rack heights and the site. We will return a schedule that works backward from that date and a shell budget.
Common Questions
How tall should a fulfillment building be?
It depends on whether you use standard pallet rack, shuttle systems or multi-level pick modules. Many are 32 to 40 feet clear. A taller building costs more in steel, panels and sprinklers, and it needs more of your own capital in racking. We price two heights side by side.
What floor flatness do I need?
If you run narrow-aisle trucks or automated vehicles, ask your equipment vendor for the required flatness and levelness numbers before the slab is designed. Those numbers set the placing method and the cost. Do not leave it to the finisher to decide.
Why does the electrical service take so long?
Automation, charging and cooling raise the load, and utilities have to study and build the service. Texas has seen rapid load growth, and large customers can face extra steps. We ask for the electrical load calculation at the start and send the service request in week one.
Can the building be built in phases?
Yes. Pre-engineered frames extend along an endwall. We place utilities and the dock wall so a second phase can be added. See distribution centers for how phasing works at scale.
