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About Parking Area Construction
Most parking areas that fail did not fail because of the tar, asphalt or paving on top — they failed because of what's underneath: an untested subgrade, poorly compacted layerworks, no fall built in to move water away, or unrestrained edges that break down within a season. We build new parking areas from bare ground for businesses, industrial premises, shopping centres, complexes, estates and municipal sites around Germiston, the East Rand and Johannesburg, treating the civil work as the job itself rather than a step before surfacing starts. That means proper site assessment and setting out, excavation to design depth, compacted sub-base and base layers, falls and drainage designed in before anything is cast, and kerbing to hold the edges once traffic starts using it. Once that base is right, we surface it with tar, asphalt or paving depending on how the area will be used.
What's Included
- Site assessed, set out and bay layout confirmed first
- Subgrade checked for stability, soft ground replaced
- Site cleared of vegetation, debris and bad surface
- Sub-base and base layers compacted in stages
- Deeper base under loading zones and turning areas
- Falls and levels set so water runs to drainage points
- Kerb inlets or channels tied in on larger sites
- Concrete kerbing installed to restrain edges, direct water
Our Process
- 1
Assess and Set Out
We measure the site, check the existing ground and drainage, and identify obstructions like existing services, manholes or boundary walls. Bay layout, traffic routes, turning areas and disabled bays are set out on site before any excavation starts, because a layout mistake is cheap to fix on paper and expensive to fix once the ground has been dug.
- 2
Excavate and Prepare
We clear the site of vegetation, debris and any existing unsuitable surface, then excavate to design depth. The exposed subgrade is checked for stability, and any soft or unsuitable material is removed and replaced rather than built over.
- 3
Compact and Drain
Sub-base and base layers are brought in and compacted in stages, checked as we go, with a deeper base under loading zones and turning areas that carry heavier traffic. Falls and levels are built into the compacted base so water runs to drainage points, kerb inlets or channels rather than collecting on the surface.
- 4
Kerb and Handover
Concrete kerbing is laid to line and level to define bays, restrain the edges of the base and surfacing course, and direct water to drainage points. Once the base is compacted, drainage is in and kerbing is set, the parking area is ready for its tar, asphalt or paving surfacing.
Project Gallery
Parking Area Construction FAQ
What is involved in building a parking area from the ground up?
Building a parking area from bare ground covers site assessment and bay layout, clearing and excavation, subgrade preparation, compacted sub-base and base layerworks, drainage design, and kerbing to restrain the edges. Surfacing, whether that is tar, asphalt or paving, goes down once all of that civil work is complete and checked. We do the whole sequence as one job with our own crew and plant, so nothing gets handed off between trades before the base is even finished.
Why does the base matter more than the surfacing on a parking area?
The base carries the load and controls where water goes; the surfacing is just the top layer sitting on it. A parking area with a well-compacted, properly drained base will handle years of traffic even if the surfacing eventually needs attention, while a parking area with a weak or badly drained base will rut, sink or crack no matter how good the tar, asphalt or paving on top of it is. Most of the parking areas we get called out to fix failed on the base, not the surface.
How do you prepare and compact the ground before building a parking area?
We clear the site, excavate to design depth, and check the exposed subgrade for stability rather than assuming it is sound. Any soft or unsuitable material gets removed and replaced. We then bring in sub-base and base layers in stages, compacting and checking each layer as we go, with a deeper compacted base under areas that will carry heavier or more concentrated traffic, like loading zones or turning areas. We own our compaction plant, so this stage is not held up waiting for hired equipment.
What causes a parking area to sink, rut or crack after it is built?
Almost always a base problem: ground that was not tested and turned out to be soft, layerworks that were not compacted to the density the traffic needs, or a drainage design that lets water sit against the base instead of running off. Once water gets into a weak base, traffic load pumps it around underneath the surface and the breakup happens fast, usually starting in the same handful of high-load spots like loading bays and turning areas.
How is drainage designed into a new parking area?
We set out the falls and levels across the whole site before the base is compacted, so water is directed to drainage points, kerb inlets or channels rather than being left to find its own way. On larger sites, kerbing and concrete water channels get tied into that same drainage plan as part of the civil build. Getting the falls right at this stage means the finished parking area does not develop standing water once it is surfaced and in use.
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