The short answer
Concrete flatwork in Stafford follows the same national cost structure as anywhere, priced mostly by square footage, thickness, and finish, with one local addition: proper base prep on this soil's expansive clay is a real cost driver, not an optional upgrade. The ranges below are typical of national cost data; they are not a quote for a specific project.
Install and repair ranges
| Job | Typical range |
|---|---|
| Driveway install | $8–$18/sq ft (≈ $6,000 for a standard 2-car driveway) |
| Driveway repair (avg) | ~$1,812 (range $830–$2,838) |
| Plain patio install | $4–$12/sq ft (recent installs commonly ~$10–13/sq ft) |
| Exposed aggregate | ~$7–$18/sq ft (~$2–3/sq ft over plain) |
| Stamped / decorative | ~$10–$22/sq ft (stamping adds ~$6–10/sq ft over plain) |
| Tear-out & replace | Plain-install range, plus demolition and haul-off |
All figures are national aggregator/rate-sheet data (2026), presented as typical ranges, not a quote for any specific address or scope.
What moves the number, generally
- Square footage. The largest single driver on any flatwork job.
- Thickness. 4 inches is the residential standard for both driveways (ACI 330R reference) and patios/sidewalks (ACI 332); stepping up to 5–6 inches for heavier loads adds material cost.
- Reinforcement. Wire mesh is the cheaper crack-control default (~$0.15–$0.30/sq ft); rebar, where structural load calls for it, runs roughly $0.50–$0.90/sq ft.
- Finish. Plain broom is the floor; exposed aggregate and stamped/decorative finishes add real premiums, as shown above.
- Demolition and haul-off. A factor on any tear-out & replace job over an existing slab.
- Site access. Harder-to-reach pour locations add labor.
What's different about cost in Stafford
One line item matters more in Stafford than almost anywhere: the soil is measurably expansive. A USDA Soil Data Access point query at the Stafford centroid returns a dominant Bernard clay component with a measured Liquid Extraction Percentage of 7.3%, expansive by the standard threshold. The base prep that protects a slab on this soil (compacting the subgrade to roughly 95% standard Proctor density, then placing a 4–6 inch #57 crushed-stone base course to separate the slab from the active clay layer) is standard construction practice everywhere, but it is not optional here the way it might be treated as an upgrade on more stable soil. A bid that skips or shortcuts that step will look cheaper up front and cost more over the life of the slab, because the differential movement this soil produces finds the shortcut and cracks through it.
The same logic applies to drainage: keeping water from pooling at the slab edge, and keeping the perimeter soil from swinging fully dry then fully saturated, is cheap relative to a resurface or replacement, and it's the spend that makes the base prep pay off long-term. See clay soil & cracking for the full mechanism this spend is defending against.
Why a single square-footage number misleads here
Concrete pricing is, in principle, more computable than some trades. Area times a per-square-foot finish range can produce a reasonable output range. But a price built on square footage alone flattens away the two variables that move a Stafford quote the most: how much base-prep and drainage correction a given lot's clay actually needs, and which finish tier you want. Budget from the ranges and drivers above instead. They carry the real spread that a square-footage-only number papers over.
Bottom line
Budget the national ranges above as a starting point, and treat base prep and drainage on Fort Bend clay as a line item to ask about explicitly, not a hidden extra. A bid that details the subgrade compaction and base course is scoping for this soil; one that doesn't mention either is scoping for a different market.
Area covered
Stafford 77477, and the surrounding Fort Bend County area.