Concrete, Paving and Sitework for Logistics and Warehouse Developers in Texarkana, Texas

Spec warehouse economics reward the developer who delivers a clean, flat, correctly docked shell on time, because the first tenant decides whether the next building gets financed. The concrete and the dirt work are a large share of both the cost and the risk. A slab that curls, a dock apron that ponds water, or a truck court that rutted in the first wet spring will show up in a tenant call long after the general contractor has moved on.

We build the ground-level pieces of distribution and warehouse projects in Bowie and Cass counties: building pad preparation, floor slabs, dock pits and aprons, truck courts, trailer parking, and the underground utilities and detention that the site needs to drain. We work for developers who hold the land, for owner-operators, and for the contractors who build for them.

Our job is to make the site cheap to operate: flat floors, durable pavement and water that leaves the lot instead of staying under the trailers.

The floor, the dock and the truck court

A typical logistics package begins with clearing, mass grading and a proofed building pad, then moves to utilities, footings, the floor slab, dock pits and aprons, and finally the heavy-duty paving. We usually recommend building the truck court in reinforced concrete rather than asphalt because landing gear and turning trailers punish flexible pavement, and our truck courts and dock aprons work is built on that principle.

Inside the building, the floor is the product. A warehouse floor with racking or narrow-aisle equipment is held to flatness and levelness limits that ordinary slab work does not meet, and a super flat floor slab needs laser screeds, a disciplined joint layout and a curing plan that does not leave one corner drying faster than another. We discuss those targets with your racking supplier and engineer before we price.

Freight corridors and rail around Texarkana

The local freight story is strong. TxDOT describes the US 82 corridor in Bowie County as part of the Texas Trunk System, the National Highway System and the Texas Freight Corridor. A 3.5 mile segment of US 59 from Interstate 30 to Loop 151 has been designated I-369, and the I-30 widening replaces asphalt with continuously reinforced concrete pavement on a six-lane section toward the state line. Developers who site near these corridors are betting on truck access, and we have seen how construction on them affects delivery routes.

Rail adds another layer. The Texas Northeastern Railroad connects with Union Pacific and KCS at Texarkana, and TexAmericas Center's rail provider lists 38 miles of track on the East Campus and 100 rail-served acres on the Central Campus. A rail-served site changes the earthwork, because spur grades, track subgrade and drainage need to be coordinated with the rail operator.

From warehouse shells to cross docks

Our work runs across the logistics building family. A warehouse shell is the common starting point. A truck terminal or cross dock puts far more load on the exterior pavement and dock apron than a storage building does, since trailers cycle in and out all day. A distribution center sits somewhere between, with larger floors, more doors and more trailer parking.

Spec developers often tell us the building has to be divisible. TexAmericas Center completed a 150,000 square foot multitenant spec building on 24 acres on December 22, 2021, with 32 foot clear height, one dock door per 5,000 square feet and two drive-in doors, divisible to units as small as 13,000 square feet. That kind of flexibility affects slab joint layout and demising wall footings, so we ask about future tenant splits early.

Pad prep and slab design decide the budget

The biggest cost lever on a warehouse site is the pad. Moving a million cubic feet of clay and then proving it costs money, and the amount of undercut, lime treatment or imported fill depends on the soil report. The USDA describes a very-fine clay in the area with slickensides and wide shrinkage cracks, which tells us not to assume the ground will behave. We price subgrade work separately from the slab so you can see what each piece costs.

The second lever is slab thickness and reinforcement. A thicker slab or a fiber or steel mesh option can reduce cost over the life of the building, but only if it fits the racking and forklift loads. We offer value engineering with your design team before drawings are final, not after you have sent them to the city.

Shell schedules and wet springs

Developers want the shell turned quickly, and the concrete path is the critical one. We schedule footings and slab placements in a sequence that lets the tilt panels or metal erection follow without waiting on cure time, and we plan dock pits and ramps early because they are slow to form and poor to patch later. Our guidance for loading dock pits and ramps is to pour them before the apron so the two meet cleanly.

Weather is the schedule risk. The Piney Woods area gets 42 to 58 inches of rain a year according to the City hazard mitigation plan, so we plan for lost days and keep pump and dewatering equipment available. An unprotected pad that sits through a storm is a problem; a pad with crowned grades and sealed surface is a plan.

Sites we serve across the region

We work wherever logistics sites are going in the region: TexAmericas Center west of Texarkana, the Interstate 30 and Interstate 369 corridors, and sites along US 82 toward New Boston. The 2026 annual report coverage for TexAmericas Center says 1,536 jobs were created there, employment grew 136 percent over five years and 1.4 million square feet of industrial and commercial space is in use.

If you are comparing sites, TexAmericas Center and the I-30 corridor make different tradeoffs in access, rail and cost of dirt work, and we are glad to talk through the earthwork side of that comparison. For tenants in a related business, see how we work with industrial and manufacturing owners and agricultural operators who ship product.

Price the pad and the floor

Send the site plan, the racking layout and the soil report. We will return a priced pad, slab and paving package with the options laid out.

Common Questions

Is concrete or asphalt better for a truck court?

For trailer parking and dock approaches, reinforced concrete usually lasts longer because landing gear and turning axles damage flexible pavement. The upfront cost is higher, so some developers use concrete at the dock aprons and asphalt in the drive lanes. We price both and explain the maintenance tradeoff.

How flat does a warehouse floor need to be?

It depends on the racking and equipment. Narrow-aisle and high-bay racking need tight flatness and levelness, while a bulk storage floor can be looser. We ask for the racking supplier's requirement and the specification target, then plan the screed method, joint layout and curing to meet it.

Can you build on a rail-served site?

Yes. Rail adds track subgrade, drainage and clearance coordination. We work with the rail operator's standards and keep truck access and spur grades in the earthwork plan from the start.

How should we plan for a possible future tenant split?

Tell us before the slab is poured. Demising wall footings, floor joints and utility stubs are easy to include on the first pass and expensive to add after. The 150,000 square foot spec building at TexAmericas Center was designed to divide to 13,000 square foot units, which is the kind of flexibility we plan for.

What does a wet spring do to a warehouse schedule?

It can move the pad completion by weeks. We protect finished subgrade, crown the grades, keep sumps and pumps on hand, and revise the lookahead as soon as we know. A realistic baseline includes weather days.

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