
Parking lots and drive lanes built from the subgrade up — stabilized, based, paved and striped by the same contractor that graded the site.
Asphalt is the surface every customer drives across, and in Houston it fails from the bottom up. Most of the potholes, alligator cracking and rutting on a commercial lot have nothing to do with the asphalt itself — they trace back to clay subgrade that was never stabilized, base that was too thin, or water that had nowhere to go.
We self-perform paving as part of our site work division, which means the crew building the pavement section also graded the site, installed the storm sewer and proof-rolled the subgrade. There is no handoff where a paving subcontractor inherits a pad they did not build and a drainage design they did not install.
The scope covers new commercial paving from subgrade to stripe, heavy-duty sections for trucks and fuel sites, and rehabilitation of existing lots — mill and overlay, repairs, sealcoating and restriping.
Much of Greater Houston sits on expansive clay that swells when it is wet and shrinks when it dries. Pave directly on top of it and the ground moves under the asphalt every season — and the asphalt cracks to match.
Stabilizing the subgrade with lime or cement is how that movement is controlled. Lime reacts with the clay, lowering its plasticity and turning a soft, moisture-sensitive soil into a firm working platform. Combined with properly compacted flexible base, it is the part of the pavement section that decides how long the lot actually lasts.
It is also the part that is easiest to cut when a bid needs to come down, which is why we price it explicitly and build it to the geotechnical report rather than to a rule of thumb.
A parking stall and a truck lane are not the same pavement. Loaded tractor-trailers, fuel delivery trucks and slow, turning traffic put far more stress on a section than passenger cars, and in Texas summer heat that stress shows up as rutting and shoving where vehicles brake, turn and stand.
Truck stops, travel centers and c-stores are among the projects we build most often, so heavy-duty sections are routine for us: thicker base and asphalt in truck routes, higher-temperature binder grades where traffic is slow or standing, and concrete where asphalt is the wrong material entirely — at fuel islands, where spilled fuel softens asphalt, and at dumpster pads and truck parking.
Asphalt costs less up front, can carry traffic within a day or two of paving, and is quick to renew with a mill and overlay. Concrete costs more but holds up better under standing loads, fuel spills and concentrated wheel traffic.
Most commercial sites get the best result from a mix: asphalt for parking and drive lanes, concrete for fuel canopies, dumpster enclosures, loading docks and heavy truck pads. Because we self-perform both asphalt and concrete, that choice is made on what each area of the site needs — not on which material a particular subcontractor sells.
An existing lot does not always need to be torn out. When the base is sound and the damage is at the surface, a mill and overlay removes the worn top layer and replaces it at a fraction of the cost of full reconstruction, keeping curb heights and drainage intact.
When the cracking is structural — alligator cracking, soft spots, recurring potholes — the failure is in the base or subgrade, and an overlay only covers it for a season. Those areas need full-depth repair first. We assess the lot and tell you which areas need which treatment, and phase the work so the business can stay open while it is done.
New sites are paved to the geotechnical report and civil plans; existing lots are assessed to separate surface wear from base failure.
Rough and fine grading, storm structures and curb lines set so water leaves the pavement instead of sitting on it.
Clay subgrade treated with lime or cement, mixed, compacted and tested before any base goes down.
Flexible base placed in lifts, compacted to density and proof-rolled ahead of paving.
Hot-mix asphalt placed and compacted, with heavy-duty sections in truck routes and phasing planned around site traffic.
Striping, ADA stalls and signage, wheel stops and markings — then a maintenance plan for sealcoating and crack sealing.
A properly built lot — stabilized subgrade, adequate base and good drainage — commonly lasts well over a decade, and longer with regular sealcoating and crack sealing. Lots that fail early almost always fail because of the subgrade or drainage, not the asphalt surface.
Houston-area clay swells and shrinks with moisture. Lime or cement stabilization makes it a firm, stable platform for the base and asphalt above. Skipping it is one of the most common reasons Houston parking lots crack and pothole within a few years.
Asphalt is usually the most economical choice for parking and drive lanes. Concrete is the better choice for fuel islands, dumpster pads, loading docks and areas where heavy trucks stand. Most commercial sites use both, and we self-perform both.
New asphalt can usually take light traffic within a day or two once it has cooled, depending on the weather. Striping and sealcoating follow on their own schedule — sealcoat is typically applied after the new asphalt has had time to cure.
Yes. Rehabilitation work is phased so entrances, fuel islands and part of the parking stay open at all times, and the phasing is agreed with you before work starts.
Yes. Accessible stalls, van-accessible spaces, access aisles, signage and routes are laid out to the ADA Standards as part of striping, along with fire lanes and directional markings.
Water, sewer and storm, earthwork, detention, paving and fuel systems — the dirt-to-pad scope, self-performed.
Foundations, slabs, structural concrete, masonry and steel — formed, poured and erected by in-house crews.
Fleet-backed hauling, cut and fill, and material supply — with the trucks we own, on the schedule we set.
Tell us about the project and we'll come back with a real scope and a real number.