Metal Buildings for Warehousing and Distribution in Texas
Houston's industrial vacancy rate stood at 6.8 percent in the second quarter of 2026, according to a local business report. For a landlord that means space is moving. For a tenant or owner-user hunting for 40,000 square feet near a Houston-area freeway, it means the right building may not be available, and the only way to get one is to build. That is when a warehouse operator or a developer calls a metal building contractor.
We build for warehouse and distribution owners at the small and mid-size end of the market: third-party logistics firms, regional wholesalers, parts distributors, building-supply yards, e-commerce sellers, and developers who build spec bays to lease. We do not build million-foot tilt-wall boxes for national tenants here. We build the 20,000 to 200,000 square foot buildings where a pre-engineered frame is the quickest and least expensive route to a dry, secure, forklift-friendly floor.
Warehouse buyers care about three things in this order: dock doors and truck courts, clear height, and the date they can load product. Everything else bends around those.
What a distribution building costs, and why
Distribution buildings are measured in dollars per square foot, and the number moves for specific reasons. Clear height raises steel weight. More dock doors add framing, levelers and concrete. A fully insulated shell for a heated or cooled space adds panels or blanket insulation. Fire suppression sized for the commodity class can be a significant item if the racks are tall or the product is flammable. Paving and truck courts, which the owner sometimes forgets in the first budget, can rival the cost of a small building.
A quote that lists every one of these lines, like the ones we prepare for any distribution center, helps a developer decide whether to build 60,000 square feet or 100,000. In Katy, a developer's 97,000 square foot warehouse along Highway 99 was reported to be divisible into spaces as small as 9,500 square feet, a reminder that flexible bay sizes matter to tenants. We design column grids and demising walls so that a single building can be leased in pieces without rebuilding the frame.
Dock, floor and frame decisions
The frame comes from the work done inside. A forklift warehouse wants a clear span so aisles can follow the racking layout, not the column lines. Our warehouse metal shells start with a rigid frame at 24 to 32 feet clear, with end walls designed for future expansion. Where a building will hold pallets on tall racks, we coordinate the floor flatness, slab thickness and anchor bolts for rack legs with the rack supplier early, so the concrete is poured right the first time.
Truck courts and dock doors come next. We lay out dock-high positions, drive-in doors and canopy covers, then the trailer parking count. If the project has no street connection yet, civil work will drive the schedule more than the building. For buildings that need uninterrupted floor area, see clear-span buildings for how width, snow load and wind interact.
Where Texas distribution space is being built
Near Houston, Conroe Park North is a 1,655-acre industrial park that already holds an 858,000 square foot distribution center on 72 acres and a service center on 25 acres. In Pearland, a 662,000 square foot, two-building logistics park on 38 acres was reported 100 percent leased in April 2026. In the Rio Grande Valley, state records show a 71,530 square foot warehouse in Pharr costing $4.2 million, registered in April 2026 with a planned completion in November 2026.
Those examples show different scales and a common pattern: buildings get leased or finished quickly when they match what the market asked for. TxDOT reports over 10,000 miles of railroad track in Texas, with three Class I railroads running about 84 percent of freight track. Rail-served sites can add flexibility for bulk commodities, but most small distribution users still depend on trucks, so frontage on a freeway or a county road matters more than the rail map.
Fire protection, floors and loading safety
Warehouse fires are a business risk, and fire protection should be a design item, not an afterthought. The insurer, the fire marshal and the sprinkler designer all want to know the commodity, rack height and storage arrangement. We obtain that information early and ask for a water supply test, because available fire flow can decide whether a site works or needs a pump and tank.
Worker safety also begins in design. Dock levelers, wheel chocks or vehicle restraints, clear sightlines at truck doors, forklift traffic lanes and adequate lighting make a warehouse safer and more efficient. In Texas the city or county building department reviews plans under a locally adopted code, and projects of $50,000 or more register with the state for accessibility review. We include the restroom, entrance and parking features that review will look for.
Getting to first load
The question distribution owners ask is "when can I put product in?" We build the schedule backward from the date you need to load, which is often tied to a lease, a peak season or a customer start date. Site clearing, utilities and foundation run first, and structural steel is released early so it is fabricated while the pad is built. Erection of a warehouse shell goes quickly compared to site-built alternatives, then the dock doors, floor finishes, lighting and fire protection follow.
We also plan for the part owners often miss: rack installation, racking inspection, equipment delivery, and a certificate of occupancy. Those items can add weeks. Our schedules show them as milestones, with the date by which the building must be dry so interior contractors can start.
If you operate a plant that feeds a distribution hub, compare notes with the practices of manufacturing owners, where equipment installation often runs in parallel with finishing. Operators who store product for farm customers will find overlap with agriculture and agribusiness buildings.
Need space to load by a certain date?
Send us the product, the racking plan and your target load date. We will propose a building size, a dock layout and a schedule that starts with the steel date.
Common Questions
What clear height should I build for?
Match the racking and forklift plan. Many users choose 24 to 32 feet at the eave. Taller buildings cost more in steel and sprinklers, so we help you test the pallet-position count against building cost before committing.
Can a pre-engineered building be divided for several tenants?
Yes. We design demising walls, separate utility meters, individual dock doors and fire separation so bays can be leased separately. Plan the wall locations before the slab is poured because they affect footings and sprinkler zones.
Is a metal warehouse faster than a tilt-wall building?
For smaller buildings, usually yes, because steel can be fabricated while the site is prepared. Very large buildings with heavy loads or high fire ratings may favor tilt-up. We discuss both and tell you when the other method fits better.
How many dock doors do I need?
A common starting point is one dock door for every 5,000 to 10,000 square feet, depending on how fast product turns. Cross-docking and parcel work need more. We size doors against trucks per day, not just square footage.
Do you handle the paving and truck court?
We coordinate it with a civil team and show it as a separate line in the budget. Pavement thickness depends on truck weight and soil, and it can be a large portion of the total job.
