720,294 commercial trucks crossed the Pharr-Reynosa International Bridge in 2021, according to FreightWaves, 8% more than in 2020. Spread over a year, that is a long line of tractors with a finite number of places to go once they clear inspection. Some go to a packing house, some to a cold store, and many go to a terminal where the freight is split, re-sorted and put on other trucks heading north. A cross-dock is that place: a building that exists to move freight from one trailer to another in as little time as possible.
The same report said a proposed second commercial bridge would add four lanes to the current four, with the U.S. side estimated at about $45 million. We treat proposals as proposals. What matters for a terminal today is that truck counts are high, trade is large and a day lost at the dock is a day of idle drivers and spoiled loads.
We think in trailer positions and truck turns. A terminal succeeds when a driver can enter, drop, hook and leave without waiting for anyone, and that is a design problem as much as a construction problem.
A cross-dock is long and narrow because freight moves across it, not through it. Doors on both long sides let inbound trailers back in on one face and outbound trailers on the other, with a floor in between for sorting. A common width is under 200 feet, and length is set by the number of doors the operator needs. Everything in the design serves door count and the clear path between doors.
That is why site shape matters. A cross-dock needs truck courts on two sides of the building, with space for trailers to wait, and that takes a wide lot. We test the site with turning-path drawings before we advise on it. Related buildings include the broader distribution center, which adds storage depth, and the more automated logistics and fulfillment center. A terminal has little storage, so its footprint is mostly doors, floor and pavement.
Pavement does the heavy work. A terminal's court sees constant truck traffic, loaded trailers sitting on landing gear, and tight turns that scrub the surface. Concrete is the rule in the dock approach and wherever trailers park, because asphalt rutting under landing gear is a persistent problem in Valley heat. We design joints, dowels, subgrade and slope to carry the loads and shed water. We manage our truck courts and dock aprons scope as a system, not as a side item.
Lighting, striping, signs and gates complete the picture. A terminal runs around the clock, and its lighting must serve drivers and yard workers safely at night. We plan the lighting layout, the guard shack and the gate queue with traffic flow in mind. For the lot beyond the court, see parking lot construction.
Border freight operates under a clock. The bridge handles inspection, and the 2020 expansion of the Pharr port of entry, a $40 million project helped by city funds under CBP's Donations Acceptance Program, added 24 secondary inspection bays, 13 of them with cold storage equipment for produce, and a 10,000 square foot agriculture inspection and training facility, with completion scheduled for spring 2022. Trucks that clear inspection move to nearby terminals, so those terminals receive freight in surges, not in a steady stream.
That affects design. A surge needs staging room and extra doors, or trucks queue onto public roads. The City of Pharr's bridge office reported that the value of goods crossing in 2021 was almost $42 billion, a record. We use numbers like that to explain why owners should not skimp on staging. When a plan lets trucks idle at the gate, drivers lose hours, and the terminal gets a bad name with carriers.
Hurricane Hanna in July 2020 gave the Valley a hard lesson. FreightWaves reported that the bridge itself stayed open, but streets leading north from it, McColl, Jackson and 10th Street, carried no truck or car traffic because the flood zone was almost at capacity, and at least three tractor-trailers blew over on State Highway 281 near Edinburg. The bridge was open and the freight could not move, which is the worst kind of flood for a terminal.
We plan for it. Access roads matter as much as the building; we study the routes in and out, locate the site on higher ground where possible, and set the dock floor above the surrounding grade. Electrical gear, fuel tanks and truck wash systems go above flood levels. For a wider look at where terminal sites fall, see the Pharr International Bridge area, and for the contract approach, see site development and utilities.
On December 8, 2025, GSA, CBP and the City of Donna signed a Donation Acceptance Agreement to expand the Donna Land Port of Entry for commercial traffic, with north and southbound inspection facilities for fully laden commercial vehicles; the mayor cited over $62 million in infrastructure investment at the Donna International Bridge. For terminal owners, Donna is a place to watch, though we do not treat an agreement as a finished crossing, and we do not know when commercial traffic there will begin.
Owners considering a terminal near any crossing should ask what is built today, what is funded and what is merely proposed. We help by reviewing the public record and pairing it with the owner's own carrier relationships. Industry context matters too; our logistics and distribution clients commonly pair a terminal with trailer parking and a small service building for the carriers they serve.
Terminals are built to a short schedule. Site work and pavement take longer than the building, so we start earthwork quickly and sequence pours so the court is finished when the walls are. Building envelope is simple: tilt-up or metal, a flat roof, few windows. The dock equipment, doors and levelers are the long-lead items, and we order them at the same time as steel or panels.
The cost drivers are door count, pavement area, lighting and site utilities. A terminal with 80 doors costs far more than one with 30, but the cost per door is lower on the larger one because the overhead is spread. We provide the owner with numbers in the plan stage so they can pick a size that matches the freight, not one that matches a hope.
Give us your door count, peak trailers and site. We will draw the court and give you a schedule.
It depends on trailers per day, dwell time and the share of freight that crosses without storage. We start with peak-hour volumes and work back to door count and court depth. Leaving room to add doors later is cheap at the start and costly after.
Landing gear concentrates heavy loads on small areas, and Valley heat softens asphalt. Concrete resists rutting and lasts longer under constant traffic. Asphalt can still be used in lighter areas, such as employee parking.
We study the routes in and out as well as the building. After Hurricane Hanna, roads north of the bridge were closed by floodwater even though the bridge was open. We pick higher ground when possible and set the dock floor and key equipment above flood levels.
Yes. A common approach is to pave the full court, build the first section of the building and extend the dock face later. We design the first phase so extension does not disturb operations.
We do not advise waiting on a proposal. The current bridge carries large truck volumes today, and proposals can change. If you build where trucks already move, you can profit while the plans develop.
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.
