A truck court looks like empty pavement until a loaded tractor-trailer starts turning in it every day. Then the details show: the radius that clips a curb, the joint that spalls, the low spot that holds ice, the apron slope that makes a trailer roll. We build truck courts and trailer yards for owners who run trucks every day and want a surface that will not need repair in three seasons.
In the Santa Fe area, trucks arrive from a small number of corridors. I-25 runs through the city, US 84 and US 285 follow St. Francis Drive, and NM 599 forms a limited-access bypass on the northwest side, so most industrial traffic reaches a site by one of these. Local access roads, fire lanes and neighbor concerns then shape what the court can look like.
We design and build the court from the truck backward: the vehicle, its turning path, its parking position, the dock it serves and the water that comes off it.
Owners often ask why a court costs more than a parking lot of the same size. The answer is load, repetition and turning. A parked trailer concentrates tons on two small landing-gear pads, and a tractor turning at low speed scuffs and shears the surface in a way a car never does. Pavement designed for cars fails in a season or two under that treatment.
What a truck court includes
A complete court includes subgrade preparation, aggregate base, paving, joints, striping, curbs, drainage inlets, light poles and bases, bollards, signs, wheel stops and gate or fence connections. For heavier traffic, we use reinforced or doweled concrete in loading zones and asphalt or concrete in the circulation lanes, depending on turning movements and load.
The yard around it may include trailer parking stalls, drop areas, fueling and washing zones, scale pads and employee parking separated from truck traffic. We lay out each of those with safe paths for pedestrians, since the most serious incidents in a yard involve people on foot. Gates, queuing space and a clear one-way flow keep traffic orderly.
Lighting and security belong in the plan from the start, and we coordinate poles, bases and conduit with yard lighting and electrical site work. Dark yards invite accidents and theft, and they are hard to fix after the pavement is down.
Built from the truck backward
We start with the design vehicle, usually a 53-foot trailer with tractor, and plot its swept path through the entrance, the court and the dock positions. We test the layout with the actual turning radius, check where landing gear will sit when a trailer is dropped, and confirm that fire apparatus can still pass.
Subgrade work is next. We proof-roll, remove soft areas, add and compact base in lifts and test density. Most pavement failures start under the surface, so we treat the base as the real product. For sites that will be paved in sections, we protect the subgrade from weather in between.
We keep a record of base thickness, density tests and survey checks. A court is a long-lived asset, and when a lender, insurer or future owner asks how it was built, the answer is in the file rather than in someone's memory.
Cold, ice and monsoon water
At 6,000 feet and higher, freeze-thaw is a fact of life, and Las Vegas at 6,441 ft is a typical example. Pavement needs air-entrained concrete or well-compacted asphalt on an adequate base, joints sealed against water, and slopes that carry meltwater away from the dock instead of freezing across it. Even a gentle one to two percent slope matters.
Summer storms bring short, heavy runoff that can undermine edges. Inlets, curb cuts and edge protection are placed to catch water at the lowest point, and we coordinate with stormwater detention and drainage so the court drains to a planned outlet. Snow storage areas are set aside so plowed snow does not block hydrants or fire lanes.
Sites we build courts for
Typical sites include truck terminals and cross-docks, warehouses, logistics and fulfillment centers and small plants with regular shipping. Even a single-bay shop with a few deliveries a week benefits from a properly designed apron.
Corridors such as Cerrillos Road and St. Francis Drive and the NM 599 relief route attract trucking-dependent users, and their access points and signals often decide how the court should face the street.
Where the money goes
Concrete costs more than asphalt initially, but it holds up better under the point loads of landing gear and under turning trucks. Many owners choose concrete in the dock zone and asphalt for the rest. The larger driver is often the base: thick, stabilized or imported aggregate raises cost but reduces risk in soft soils.
We provide options with life-cycle costs, not only first cost. Joint spacing, doweling, thickness and reinforcement are choices with real effects. We also tie the court to dock aprons and loading zones, so a single design handles both. For those running logistics and distribution operations, the cost of downtime is the bigger number, and we plan phasing so some part of the yard always works.
Some owners later add tenants, cold storage or a second building, and a court that was designed with that in mind accepts the change easily. We leave stub-outs for future utilities, leave room for a second entrance and avoid placing permanent structures where a later truck path will need to go.
Send your truck count and site plan
Tell us the trailers per day, the largest vehicle and the site outline. We will sketch a court layout, outline options for paving and give you a first price.
Common Questions
Concrete or asphalt for a truck court?
Concrete handles concentrated loads and standing trailers better and lasts longer, while asphalt costs less up front and is easier to patch. Many yards use concrete at the docks and in turning areas, and asphalt in the rest. We price both.
How thick should the pavement be?
Thickness depends on traffic counts, axle loads and the soil beneath. The designer calculates it, and we build to the specified section. It is common for dock zones to be thicker than parking areas.
How do you keep ice off the court?
By grading. A slope away from the dock and toward inlets keeps meltwater from pooling and refreezing. We avoid placing inlets where trucks turn and add snow storage areas beyond the working lanes.
Can the court be built in phases?
Yes. If your yard needs to stay open, we build in sections and keep at least one route to every door. See how we run staged work under phased construction on occupied sites.
Do you handle fire lanes and gates?
Yes. Fire lane width, turning radius and loading are checked against the fire official's requirements, and gates are placed with enough queuing space so trucks do not back onto the street.