Distribution Warehouse Construction in Texas

Count the trailers first. A distribution warehouse is sized around how many trucks can sit, back and turn on the site, and the building gets shaped to fit that count. Tilt-up panel construction is the structure most Texas distribution owners end up with, because a flat site, a big footprint and a short schedule are exactly what a casting bed and a crane do best. The slab becomes the factory floor for the walls, and the walls become the building.

The sequence is the same on every job. We prepare the pad, pour the floor slab, cast the panels on top of it, set the crane, lift, brace, tie the panels to each other, hang the joists and deck, and roof. Each step decides whether the next one starts on time. The step people underestimate is the first: a distribution slab that is not flat and not cured cannot serve as a casting bed, and the panel faces will show it.

We build these buildings for developers, third-party logistics operators and corporate owners across the state. The market gives you plenty of reasons to move fast, and a few reasons to slow down and check the ground, the fire water and the power before a panel is cast.

The corridors that move freight decide where these buildings land. Union Pacific's Dallas Intermodal Terminal sits partly in Wilmer and partly in Hutchins in southern Dallas County, and the warehouses around it are built for containers coming off rail and leaving on trucks. In the Houston area, Conroe Park North is a 1,655-acre industrial park on FM 3083, two miles east of I-45, with concrete streets and city water and sewer already in the ground. It also holds an 858,000-square-foot distribution center on 72 acres, which gives you a feel for the scale that a single tilt-up owner will ask for.

Closer to the Beltway 8 and Highway 288 area, a Class A distribution building of 216,000 square feet sits on a 12-acre purchase in Pearland's Lower Kirby District. That is a more common size than the megaplants, and it is the size where tilt wall is hardest to beat on price and speed. For work in the first of those corridors, see our page on the southern Dallas inland port area, and for the second, our page on Conroe.

A modern distribution shell is a long list of repeated parts. There is a slab with tight flatness tolerances for narrow-aisle trucks and racking, a wall of dock positions on one or both long sides, a clear height that pushes past 32 feet in newer product, and a roof that has to carry sprinkler piping, lighting and sometimes rooftop equipment. We pour the slab in strips with load-transfer devices at the joints, and we match the joint layout to the racking plan whenever the tenant is known.

The panel set carries the roof, so the dock cutouts, personnel doors and clerestory openings are laid out on the casting bed with the same care as the structural embeds. The details are in our work on dock pits, levelers and doors and on super-flat warehouse floors. Neither of them is an afterthought. Both are settled before the first yard of concrete is ordered, and a building that is mostly doors and transfer lanes is a different animal, covered on our cross-dock truck terminal page.

A 200,000-square-foot shell can often be on its feet in a few weeks of lifting, but only if everything behind that day is ready. The slab has to cure before it takes the weight of panels and the crane. The panels have to reach lifting strength, which the engineer sets on the drawings, and the braces have to be on the site and tested. When we sequence a distribution building we work backward from lift day and put the long-lead items on the same schedule: embed plates, joists, deck, dock equipment, roofing and the fire pump.

Weather is the other calendar. Wind during lifts stops a crane the same way lightning stops a pour, and a wet spring in the eastern half of the state can stretch the grading phase by weeks. We carry float for both and tell the owner early when we are using it. Our service page on weather and schedule planning shows how we build that float into the contract dates.

Laredo's Killam Industrial Park lists a 400,000 SF warehouse with 30-foot clear height, 118 dock doors and 324 trailer parking spaces on 32.78 acres. The numbers show how much of a distribution property is paving. The truck court, the apron and the trailer stalls take as much engineering as the building. Pavement thickness, joint spacing, dolly pads for landing gear and stormwater routing all belong to the same drawing set as the panels.

We coordinate the truck courts with the building, not after it. Concrete trailer aprons are cheaper to build once than to rebuild after a season of forklift traffic, and the grade at the dock is what keeps rainwater out of the pit. Read more in our notes on truck courts and dock aprons. Fire lanes, turning radii for 53-foot trailers and the entrance drive must also pass the city's review, so we put those in front of the plan reviewer early.

The buyers fall into two camps. Developers and REITs build speculatively and sell or lease the building once it is up, so they want a shell that suits the widest range of tenants. Operators build for themselves or on a lease with defined requirements: a rack plan, a conveyor layout, an automation provider. We work with both, and we price each differently, because the operator has more specific loads and the developer has more risk.

If you are a landlord, take a look at our page for industrial developers and REITs. If you run the freight, our page for logistics and 3PL operators speaks to the requirements you carry. Either way, the tilt-up system gives you the clear span and the dock count you need at a cost per square foot that is hard to beat.

Three items move the cost of a distribution building more than anything else. The first is the ground: expansive clay across much of the state means moisture conditioning, lime or select fill, and a design that accounts for potential vertical rise. The second is the dock count and the size of the truck court. The third is the roof, because insulation, deck and membrane prices move with the market. Houston's industrial vacancy rate stood at 6.8% in the second quarter of 2026 according to a local news report, which tells you demand is real and subcontractors are busy.

When subs are busy, early procurement beats late negotiation. We lock the long-lead items first and price the rest as the drawings firm up. If you are comparing structures, our notes on the speculative industrial shell show where a no-tenant building differs from a build-to-suit.

Bring the trailer count, the clear height and the target date. We will walk you through the pour, cast, lift and roof schedule and tell you where the risk is on your site.

How tall can a tilt wall distribution building go?

Panels for modern distribution product regularly reach 36 feet or more, and taller is possible with thicker panels, added reinforcing and a lift plan with spreader beams. The limit is usually the crane and the lifting insert design rather than the concrete. Tell us the clear height your racking needs and we will have the engineer confirm the panel thickness.

How long does it take to build a 300,000 square foot shell?

Site work and the slab come first, then roughly a month or two of casting depending on how many beds we have and whether the slab allows stacking. Lifting itself is measured in days. Roof, dock equipment and fire protection finish the shell. A realistic window from notice to proceed is eight to twelve months once permits are in hand, and the permit review can be the longest piece.

Does the building need a fire pump?

Often it does. Warehouse sprinkler demand at high-piled storage can exceed what city water mains deliver, so many sites carry a tank and a pump house. We bring the fire protection engineer in during design so the pump, the underground piping and the dock layout do not collide.

Can we expand the building later?

Yes, if it is planned from day one. Leave one end wall as a knockout panel or plan a future wall with removable embeds, keep the slab joint pattern aligned and size the utilities for the full build. Doing this at design stage costs little. Doing it afterward means cutting and rebuilding a working wall.

Why does the slab matter so much for a warehouse?

It carries racking, forklifts and the panel casting. A slab out of tolerance makes truck travel rough and can crack under point loads. We specify joint spacing, curing and finishing with the racking plan in mind, and we check flatness before the tenant moves in.