Count the trucks and the design gets honest. The Pharr-Reynosa International Bridge saw 720,294 commercial trucks cross in 2021, 8% more than in 2020, according to FreightWaves, and the city's bridge office put the value of goods crossing that year at almost $42 billion. A share of that freight ends up in a warehouse within a few miles of the bridge, and every one of those trucks needs a place to turn, back in, drop a trailer and leave again.
General Contractors of Pharr builds the truck court, the dock apron, the trailer parking and the drive lanes that make a building work for freight. A court that is too shallow forces drivers to jackknife on the street. A pavement that is too thin develops ruts under dolly legs within a season. An apron that slopes toward the building collects water at the doors. These are common failures, and each one costs far more to fix than to build correctly.
We design and build around trailer positions and truck turns. If a layout looks good on paper but slows the yard, we say so, and we offer an alternative. The goal is a yard that moves trucks at shift change without anyone waving their arms.
We start with the truck. The design vehicle is usually a 53-foot trailer behind a tractor, and the turning path of that rig sets the apron depth, the court width and the radius at the entrance. We lay out the dock positions, the trailer staging, the visitor and employee parking and the fire lane with the swept path overlaid, and then we test the plan against a real shift: how many trucks arrive at once, how long a dock door is occupied, and where the next truck waits.
Queuing matters at produce buildings, where arrivals cluster after a crossing opens or a harvest window closes. A court without a place for waiting trucks backs traffic onto the public road, and cities do not tolerate it. We build staging lanes and sometimes a separate check-in lane on the property so the street stays clear. When it helps, we draw the layout with the owner's dispatcher at the table, because the person who runs the yard knows where it jams.
Heavy truck pavement is typically reinforced concrete, either jointed or continuously reinforced, over a prepared and compacted subgrade. Dock aprons and dolly pad areas, where landing gear concentrates load, take the most abuse and are almost always concrete. Asphalt may serve in lighter drive lanes and employee parking. The pavement design comes from the engineer and depends on traffic counts and soil support, and we build it to the section shown, with proof-rolling, density testing and thickness checks.
Permits and plan review for a truck court come through the city, and driveway connections to a state highway need state approval. The Texas Department of Licensing and Regulation requires projects costing $50,000 or more to be registered for accessibility review, which affects accessible routes between parking and the building. Inside the court, grading has to satisfy the drainage plan and often the district, so stormwater design and permitting are coordinated before the first form is set.
After Hurricane Hanna in July 2020, FreightWaves reported that the Pharr-Reynosa International Bridge stayed open but the streets heading north from it, including McColl, Jackson and 10th Street, had no truck or car traffic because the flood zone was still almost at capacity. That is a good reminder that a yard is only as good as the road it connects to. We help owners think about alternate access, higher entrances and where trucks wait when the main route is under water.
On the property, the apron and court must drain away from the building and into inlets that can take a heavy storm. Subgrade stability is the second concern. Standing water under a concrete court softens the base, so we prefer a well-compacted base with positive drainage and sealed joints. Details such as recessed trench drains at dock pits and curb cuts for sheet flow are small items that decide whether the yard is usable on day two of a storm.
Truck court work usually happens after the building shell is dry, because heavy concrete and paving trucks would otherwise cut up the building pad. But the yard also has to be done before the tenant takes occupancy, and tenants of freight buildings often want to start moving product the day the certificate of occupancy arrives. We stage the yard pours so that the dock apron goes in first, the staging area follows and the visitor parking comes last.
A 71,530 square foot warehouse registered at 9401 S. Lamar in Pharr shows a typical window: the state record lists construction starting April 30, 2026 and finishing November 1, 2026. Within a window like that, the paving needs to be ready ahead of the final inspection. We carry a short critical path for it, order reinforcing and dowels early, and book the concrete supplier before the roof is finished. If you are comparing it with a similar scope on a warehouse or distribution center project, ask us for the yard schedule separately.
A truck court is a mixed-traffic area. We design with separate pedestrian routes, marked crossings, bollards at the building and clear sight lines at corners. Dock door bumpers, wheel chocks and vehicle restraints are coordinated with the dock equipment vendor. Lighting is checked so drivers can see at night, because freight shifts do not all run in daylight.
During construction the same problem exists in reverse. An active yard that stays open while we build requires barricades, flaggers and a traffic plan. When we work next to a live operation, our phased construction approach keeps trailers moving and workers separated from them, using temporary routes that are inspected every day.
We build truck courts and aprons across Pharr, San Juan, Alamo, Donna, Weslaco and Mercedes, including sites in the bridge corridor and the industrial parks that surround it. The Customs and Border Protection port expansion at the Pharr crossing, reported as scheduled for completion in spring 2022, adds 24 secondary inspection bays, 13 of them with cold storage equipment for produce, a reminder that the public side of the border is investing in the same cold-chain capacity that private yards need.
For owners comparing Valley parcels, we can review a site's truck court potential before you buy. Depth, access, drainage and turning radius are usually decided by the lot shape. A parcel that looks large on a map may not give a 53-foot trailer the room it needs once easements and setbacks are applied.
General Contractors of Pharr will overlay the swept path on your parcel, price the pavement options and build the yard so the next truck is not waiting on the last.
It depends on the trailer length and the turning path. Many designs use a deep court so tractor-trailers can back in from one side without blocking the drive lane. We lay out the turning path on your actual lot and adjust before drawings are final.
Concrete for the apron and landing gear zones, almost always. Asphalt works for lighter lanes at lower cost, but heavy trucks that turn on it in Valley heat can rut it. We price both and recommend the mix that fits your traffic.
It is a thickened concrete slab where trailer landing gear sits when a trailer is dropped. Asphalt can sink under that point load. If you stage detached trailers, dolly pads protect the pavement.
Often yes, with a phased plan, temporary routes and flaggers. We map the traffic before we start, and we avoid pours near active dock doors during shift change. It takes more planning, and we will tell you if a full closure is the safer choice for a short period.
We raise the court grade where allowed, route water to inlets and detention, and design entrances for alternate access. We also tell logistics operators plainly when a site has limits that pavement cannot solve.
Every project starts with the site, the schedule and the approvals it needs. Request a project review and we will walk through yours.
Tell us about the property, the building, the schedule and the approvals you expect. We will review the scope and follow up with next steps.
