Truck Courts and Trailer Yards in the Denver Metro

I-76, I-270 and E-470 funnel trucks toward Commerce City, which is also served by U.S. Routes 6, 36 and 85 and sits where three major interstates meet. A distribution or manufacturing building placed there lives and dies by how fast tractors and trailers can enter, turn, back into a door and leave. The truck court is not a parking lot. It is a machine, and its geometry sets the building's throughput.

We build truck courts, trailer storage yards, driveways and staging lanes for industrial sites in the Denver metro. The work includes subgrade preparation, base course, concrete or asphalt paving, dolly pads for trailer landing gear, joint layout and sealing, striping, curbs, wheel stops, bollards and the drainage that keeps water and snowmelt off the pavement.

Plant managers and logistics leads rely on us to make sure the yard works on the busiest day of the year, not just the day of the ribbon cutting.

Reading the Traffic Before Choosing the Pavement

The first question is what will use the yard: number of trucks per day, axle loads, trailer parking duration, forklifts crossing the apron, and whether loaded containers will be stacked or dropped. A cross-dock with hundreds of daily door cycles asks more of its pavement than a storage building with a dozen trucks a week.

Next we study movement. Turning paths for 53-foot trailers set the court depth, usually in the range of 130 to 185 feet from dock face to far curb for full trailer maneuvering, and the entrance geometry has to fit the street and its turn lanes. We draw swept paths for the actual fleet, then adjust the building position if the plan does not work.

What We Build

A typical truck court package includes demolition of existing pavement where relevant, subgrade stabilization, aggregate base, reinforced concrete pavement in the dock approach, asphalt or concrete in lighter-use drive lanes, curb and gutter, trailer storage stalls with concrete dolly pads, striping and signage, crash-rated bollards at doors and utilities and gate or guardhouse pads.

We also install drainage structures, trench drains and snow storage grading, and we coordinate yard lighting, fencing and security with the trades that follow. Our dock aprons and loading zones work covers the heavily loaded strip directly at the building.

Subgrade First, Then Pavement

Pavement fails from below. We proof-roll subgrades, test density and moisture, and stabilize soft areas with lime, cement, geogrid or additional aggregate as the geotechnical engineer prescribes. Expansive clays, which are common along parts of the Front Range, can heave and crack slabs, so we pay particular attention to moisture control and joint design in those areas.

Base thickness, concrete mix, reinforcement and joint spacing are set to the engineer's pavement design. During placement, we monitor slump, air content and curing, saw joints at the right time and seal them. Everything is documented with test reports and survey checks of final slopes.

Concrete or Asphalt: Where the Money Goes

Concrete costs more than asphalt on day one and generally less over time in heavy truck areas, especially where trailers sit on landing gear or where trucks turn tightly and scrape. Asphalt remains economical for lighter-use drive lanes and employee parking. Many sites use both: concrete at dock approaches and trailer stalls, asphalt elsewhere.

Other cost drivers include the thickness of the stabilized subgrade, the number of joints and dowels, the drainage layout and the extent of fencing and lighting. We build alternates into the proposal so owners can compare life-cycle cost, not just first cost.

Fire Access, Drainage and Curb Cuts

Truck courts must also meet fire access rules: lane widths, turning radii, hydrant clearances and sometimes a second point of entry. Drainage has to meet the stormwater design, which often means directing runoff to a detention basin or inlet system detailed in our stormwater detention and drainage package.

Curb cuts, driveways and sight lines onto public roads need permits from the city or county. Rail-served sites may also have track crossings within the yard, which require coordination with the railroad. The Commerce City economic development campaign notes two Class I freight rail lines in the city, and we see that influence on truck court layouts whenever a spur or a crossing shares the same approach.

Managing Heavy Concrete Pavement

We schedule and inspect the concrete trade partners who set forms, place dowels and tie bars, strike off and finish large pours. Managing the pavement as one scope lets us tighten the sequence between subgrade acceptance and pour, protect the base from weather and keep quality under our control.

Winter is part of the planning. Denver averages roughly 49 to 54 inches of snow a year, so we schedule exterior flatwork for the warmer months where possible, and when we must pour in cold weather, we use blankets, heated enclosures and protected curing to prevent freezing and scaling.

Courts and Yards Across the Corridors

We build yards where trucks are: Commerce City and the I-70 and I-270 corridors, and Thornton along I-25 and E-470.

The DIA area adds Peña Boulevard and E-470 access, and the north Denver industrial areas saw the Central 70 rebuild add an express lane in each direction along I-70.

For logistics operators, our work on truck terminals and cross-docks and logistics and distribution facilities starts from yard flow and works backward to the building.

Design the Yard for the Fleet

Send us your fleet mix, door count and site plan. We will test turning paths, propose a pavement section and price concrete and asphalt options.

Common Questions

How deep should a truck court be?

For 53-foot trailers, a total depth of about 130 feet from the dock face is the common minimum, with 185 feet or more for easier maneuvering and trailer staging. The right number depends on door spacing, building shape and street access, so we run swept-path studies before you commit to a footprint.

Do we need concrete throughout the yard?

Not always. Concrete is most valuable where trailers are parked on landing gear, at dock approaches and at tight turns. Asphalt can perform well in lanes with steady moving traffic, and a mixed design is often the best value.

How do you handle snow storage?

We allocate areas where plowed snow can be stacked without blocking sight lines, drains or fire lanes, and we grade them to drain meltwater away from the pavement. Snow piles over inlets are a common cause of ice sheets, so we plan around them.

Can we expand the yard later?

Yes, if the design anticipates it. We leave dowels or keyed joints at future edges, size utilities for the expansion and keep detention capacity in mind. Planning now saves tearing out curbs and rebuilding drainage later.

What is the schedule for a large yard?

A 10-acre yard commonly takes eight to fourteen weeks of paving, subject to weather and subgrade conditions. We schedule around the building so crane and delivery traffic does not damage finished pavement.

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