Distribution Center Construction in Texas
Three Class I railroads operate about 84 percent of the freight track in Texas, and a distribution center lives or dies by whether one of them, or an interstate ramp, or a port gate, is close to your fence. Steel framing is rarely what makes a distribution project succeed. Location, truck flow and speed to occupancy do that, and the building has to be designed around them.
We build distribution centers as pre-engineered metal buildings because the system fits the way these projects are bought. You know your throughput, your tenant or your own volume, and you need a date. A rigid frame with wall panels, a thick slab and a long dock wall can be priced early and erected on a published calendar. The cost per square foot is clear before you sign.
If your volume is mostly parcels and e-commerce, a logistics and fulfillment center has a different layout, and a high-turn freight site may belong in a truck terminal and cross dock. What follows is how we think about the choices that change the price, using Texas freight geography and recent projects as the context.
Rail, ports and border crossings decide where these buildings go
Texas has more than 10,000 miles of railroad track and 23 ports, 12 of them deep-draft. Port Houston alone reported 4,303,345 TEUs across its public terminals in 2025, a record. That volume lands as containers that have to be devanned, sorted and reloaded on trucks within a few miles of the terminal. Inland, Union Pacific's intermodal terminal in southern Dallas County drew Unilever, Procter & Gamble, Whirlpool and Medline to the city of Wilmer after it was built. Those tenants did not come for the view. They came for the rail ramp and the interstate.
Different freight corridors produce different buildings. Near a port, the building often receives containers and needs heavy truck courts and quick turns. Near an intermodal ramp, it is built for cross-country trailers and drop yards. Our southern Dallas inland port work and our Bayport work show the contrast.
The warehousing and distribution owners we work with usually compare a first-phase building with a second phase on the same parcel.
Start with the truck court, then size the box
Most owners ask for square footage first. We ask for the number of trailers on site at the busiest hour. A distribution center needs a truck court deep enough for a tractor and 53 foot trailer to turn and back without blocking the drive, and that court is paved with concrete thick enough for repeated heavy axle loads. If the court is short, the building is slow no matter how well the frame is built. Trailer parking, queuing space on site and gate location are part of the plan from the first sketch.
Once the court is right, we set the dock wall. Dock doors, levelers, seals, bumpers and a clean dock-high floor all line up along one face, sometimes two. Clear height and column spacing follow your racking and sortation layout. Where the operation is conveyor heavy, we check roof loading early so that sprinklers, lighting, conveyor hangers and rooftop equipment are in the engineering and not added later with a field fix.
Approvals that affect the schedule
Texas does not hand you one commercial code. State law sets the International Building Code as the municipal floor and lets each city adopt amendments, so a building in one city can face different fire access and sprinkler rules than the same plan across the road. A large distribution box typically needs fire lane design, hydrant spacing, a sprinkler design for the storage class, and a storm water plan. Any office space also needs accessibility registration with the state when the project cost is $50,000 or more, and a plan review has to occur before the inspection.
Power is the item that surprises new owners. Automated sortation, charging areas and cooling add load, and the utility lead time can be longer than the steel. We bring the electrical load into the first meeting, not the last.
What we manage and the trades we coordinate
We erect the frame, set the wall and roof panels, hang the overhead doors and trim the building. Concrete, paving, fire protection and electrical are managed by us and performed by licensed trades. This split gives you one point of contact for the schedule and keeps accountability where it belongs. The same crew that sets anchor bolts and foundations templates also checks the steel as it arrives, which catches layout errors while they are cheap to fix.
For owners who want a single agreement from concept to certificate of occupancy, our metal building design-build service holds the design, price and schedule in one contract.
Where the dollars go on a distribution center
A distribution center looks simple on paper, yet the concrete and site work often take more of the budget than the steel. Expect heavy concrete for the court, a thick dock slab, and storm water detention on large parcels. Spec projects like the 216,000 square foot Class A distribution building planned in Pearland's Lower Kirby district, and the 858,000 square foot distribution center reported in Conroe Park North (a medium confidence source), show the range from mid-size to very large.
The frame itself is predictable. Clear height, bay spacing and roof load are the knobs. Insulation, lighting and dock equipment are the next layer. We price each separately so you can compare options like higher clear height against more dock doors.
Speed to occupancy
We schedule distribution centers so that the long-lead items start first: engineering, steel, overhead doors and dock equipment. Grading and slab work run alongside fabrication. Erection of a large building is a matter of weeks once the slab cures and the steel arrives. The final stretch, with fire inspection, utility connection and racking, is where tenants lose time, so we plan it with you and keep the calendar current.
Tell us your freight corridor and trailer count
Send the parcel, the rail or port access, and the dock count you expect. We will return a design-build budget, a steel lead time and a calendar with the approvals marked.
Common Questions
How much trailer parking does a distribution center need?
It depends on your turns, but the court and the parking are sized together. We count trailers at peak, add a queue allowance, and check the turning radius for 53 foot trailers. Many cities set a minimum parking ratio too. The result is often a site where concrete area exceeds the building area.
Is a metal building strong enough for conveyor and sortation loads?
Yes, if the loads are in the engineering at the start. We ask for conveyor, sprinkler and rooftop equipment weights before the frame is designed. Adding load after the steel is fabricated usually means reinforcing in the field, which is slower and more expensive.
What does the state require on a building with offices?
Accessibility rules apply. The state accessibility program requires construction documents for registration on projects of $50,000 or more, and a plan review before inspection. Smaller projects still need to comply. We include that registration in the schedule.
Why does power take so long?
Texas load is growing fast. The grid operator serves about 90 percent of the state's electric load, and large customers face study and interconnection steps. A typical distribution center is far below the largest thresholds, but utility lead times still affect move-in. We ask for the service request early.
Can I phase a large distribution center?
Yes. Many owners build a first phase with the slab and utilities sized for the second. A pre-engineered frame can be extended along the endwall, so we set up the endwall with expansion in mind. See our work on building expansions and additions for details.
