Concrete costs $4–$12 per square foot installed in 2026 for standard residential work, with most homeowners paying $2,500–$7,500 for a typical 2-car driveway and $1,000–$3,000 for a small patio. The biggest cost drivers are slab thickness and reinforcement, finish (broom, stamped, or polished), site prep (excavation, base material, forming), and the cost of removing existing concrete if the job replaces an old slab. Plain broom-finished concrete is the budget tier; stamped, colored, and decorative finishes push the price 2–3x higher but rival the look of pavers at lower lifetime cost. This guide breaks down per-square-foot pricing by scope, the line items that separate a quote that holds up at 10 years from one that cracks at year three, and the questions to ask before signing.
| Service | Typical cost |
|---|---|
| Standard 4-inch slab (per sq ft installed) | $4–$8/sq ft |
| Reinforced 6-inch slab — driveway / heavy load | $7–$12/sq ft |
| Stamped or decorative concrete patio | $10–$25/sq ft |
| Colored / integral pigment add-on | +$1–$5/sq ft |
| Polished / sealed finish add-on | +$2–$4/sq ft |
| Driveway, 2-car (~600 sq ft) | $2,500–$7,500 |
| Patio, 12 × 16 (~192 sq ft) | $1,000–$3,000 |
| Garage / shop slab (~400 sq ft) | $1,800–$4,500 |
| Removal of existing concrete | $2–$6/sq ft |
| Concrete delivery only (per cubic yard) | $140–$220/yd³ |
Installed prices include forming, base prep, reinforcement, the pour, and basic finishing. Excavation depth, base material thickness, drainage, and site access all shift the bid. Decorative finishes (stamped, colored, exposed aggregate) are quoted separately on top of the base slab cost.
A 4-inch slab is the residential standard for patios, walkways, and shed floors — it handles foot traffic and light loads. A 6-inch slab is the driveway standard, especially if you park a truck, RV, or trailer; the extra 2 inches plus rebar adds $2–$4/sq ft but more than doubles the load capacity. Wire mesh ($0.30–$0.60/sq ft) is the budget reinforcement; rebar grid ($0.80–$1.50/sq ft) is the right call for any driveway or load-bearing slab. Fiber mesh in the mix ($0.20–$0.40/sq ft) reduces small surface cracking but doesn't replace structural steel. Skipping reinforcement to save money is the single most common cause of slabs cracking through within 5 years.
Plain broom finish is the budget tier (no add-on cost) and is the right call for utility slabs (garage floors, sheds) and driveways where look isn't the priority. Stamped concrete ($6–$15/sq ft on top of the base) replicates the look of brick, slate, or flagstone and is the most popular patio finish. Integral color (pigment in the mix) is $1–$3/sq ft; topical stain or color hardener is $2–$5/sq ft and gives more variation. Exposed aggregate (decorative stone in the surface) is $4–$8/sq ft on top — popular for pool decks and sloped driveways because it's slip-resistant. Polished concrete (interior, often basements) is $4–$8/sq ft and looks like a high-end commercial floor.
Site prep is often 30–40% of the total bid and is the area where cheap quotes cut corners. A proper slab needs 4–6 inches of compacted gravel base over native soil, formed edges (typically 2x lumber), and proper drainage slope (1/8–1/4 inch per foot away from buildings). Skipping the gravel base or pouring on uncompacted fill is why slabs settle and crack. Removal of trees, roots, or existing landscaping adds cost. Sloped sites need either a stepped pour or extra fill — both add 15–30%. The contractor who quotes 20% under everyone else is almost always cutting base depth or skipping rebar.
Standard residential concrete is 3,000–3,500 PSI and is fine for patios, walkways, and most driveways. Driveways with heavy vehicles, garage floors, and freeze-thaw climates benefit from 4,000 PSI mix ($5–$15 more per cubic yard). Air-entrained concrete (small air bubbles in the mix) is required in cold climates because it lets water expand without cracking the slab when it freezes — skipping air entrainment in a freeze-thaw region will crack a slab within 1–2 winters. Fiber additives reduce surface cracking. Rapid-set mixes ($20–$50 more per yard) are used when the slab needs to bear weight quickly (commercial repair work) but aren't typical for residential pours.
Tearing out an old slab and hauling it away typically runs $2–$6 per square foot — concrete is heavy, dump fees are real, and breaking it up requires either a jackhammer crew or a Bobcat with a breaker attachment. Reinforced slabs (driveways with rebar) are at the high end because every section has to be cut by the rebar before it can be lifted. Some contractors will deduct removal cost if you break up and dispose of the old slab yourself; the savings is real but the labor is brutal — a 600 sq ft driveway is several tons of broken concrete. Old slabs that are settling but not severely cracked can sometimes be 'mud-jacked' (pumped full of slurry to relevel) for $400–$1,500 instead of replacement — worth getting a quote for.
Concrete delivery is priced per cubic yard ($140–$220 in 2026), with most ready-mix companies charging extra fees for short loads (under 4–5 yards), long delivery distances (over 20 miles from the plant), and after-hours pours. Saturday and weekend pours add $50–$200 per truck. High-cost metros (NYC, San Francisco, Boston, Seattle) run 30–50% above the national median for both materials and labor. Remote rural areas pay more per yard because of trucking distance but less in labor. Cold-weather pours require accelerator additives, blankets, and sometimes heating ($200–$800 surcharge) — most contractors won't pour below 35°F without significant precautions.
High-cost metros
$8–$18/sq ft
New York, San Francisco, Seattle, Boston
Mid-size cities
$5–$12/sq ft
Chicago, Denver, Atlanta, Dallas
Smaller cities & rural
$4–$8/sq ft
Rural Midwest, rural South, smaller towns
Regional ranges are approximate and vary by city, neighborhood, and individual contractor.
It depends on what's going on top. Patios, walkways, and shed floors are fine at 4 inches — that's the residential standard for foot-traffic and light loads. Driveways should be 6 inches minimum, especially if you park a truck, SUV, or anything heavier; a 4-inch driveway will crack and settle within 5–10 years under normal vehicle loads. Garage floors and shop slabs are typically 4–6 inches, depending on whether you'll have heavy equipment or vehicle lifts. RV and boat-trailer parking pads should be 6 inches with rebar minimum; commercial-grade work goes 8 inches. Going thicker than required is rarely worth the extra cost — adding rebar to a properly thick slab matters more than adding inches to an under-reinforced one.
All concrete cracks — that's not a contractor failure, it's chemistry. Concrete shrinks as it cures (typically 1/16 inch per 10 feet) and continues to expand and contract with temperature swings forever. The goal isn't to prevent cracks; it's to control where they happen. Control joints (saw-cut grooves) are placed every 8–12 feet to give the slab a planned weak point so cracks form at the joint instead of randomly. Properly placed control joints, adequate rebar, a good gravel base, and a 28-day cure time are the four factors that distinguish a slab that cracks at the joints (invisible, fine) from one that cracks across the surface (the contractor cut corners). Hairline cracks within the first year are normal; structural cracks wider than 1/8 inch are a warranty issue.
It's a budget vs. ease-of-repair tradeoff. Stamped concrete ($10–$25/sq ft installed) costs 30–50% less than equivalent paver work ($15–$35/sq ft installed) and looks nearly identical when new. Pavers win on long-term repairability — when one paver cracks or settles, you pop it out and replace one stone; when stamped concrete cracks, the crack is visible across the patterned surface and patching is rarely invisible. Pavers also handle freeze-thaw better because each stone moves independently. Stamped concrete wins on speed of install (1–3 days vs. 3–7 days for pavers), upfront cost, and uniform appearance. Choose stamped concrete for tighter budgets and warmer climates; choose pavers if you're in a freeze-thaw region, want long-term flexibility, or expect to expand the patio later.
Concrete is walkable at 24 hours and can handle light foot traffic at 2–3 days. Vehicle traffic on a driveway slab requires 7 days minimum, and 28 days is the standard for full design strength. The full chemical cure technically continues for years, but 28 days is when concrete reaches the PSI rating it was specified for. Sealing should wait at least 28 days for new concrete (sometimes longer in cold or humid weather) — sealing too early traps moisture and causes the seal to fail. The biggest cure-time mistake is letting heavy vehicles on too early; tire impressions in a 5-day-old driveway are permanent damage that requires resurfacing or replacement to fix.
Mostly, but with seasonal cost differences. Spring and fall are ideal — moderate temperatures, low humidity, fewer crews booked. Summer pours work fine but require extra water in the mix or pour timing (early morning) to prevent flash setting in heat above 90°F. Winter pours below 35°F require accelerator additives, insulating blankets, and sometimes heating — typical $200–$800 surcharge per pour and a 1–2 week longer cure time before you can drive on it. Most contractors won't pour below 25°F at all because the freeze-thaw risk to a fresh slab is too high. The cheapest pours are typically late summer (high availability, no winter premium); the most expensive are spring rush (everyone wants their patio done in May).
It depends on the slab's job. Patios and walkways under foot traffic only can sometimes get away with wire mesh or fiber-reinforced concrete instead of rebar — that's a $300–$600 savings on a 200 sq ft patio. Driveways, garage floors, and any slab that bears vehicle loads should always have rebar grid (#3 or #4 rebar at 16–24 inch spacing). Skipping rebar on a driveway is the single most common shortcut in low-bid concrete work — the slab looks identical for the first 2–3 years, then starts settling and cracking through, and the only fix is full replacement. Wire mesh placed in the bottom of the slab does almost nothing structurally; the rebar (or mesh) needs to be lifted to mid-depth on chairs to actually carry tension. If your contractor is laying mesh on the gravel base before the pour, that's a red flag.
Get 3 quotes for any pour over $1,500 and make sure each specifies: slab thickness, reinforcement type and spacing (rebar grid is the gold standard), base material depth (4–6 inches of compacted gravel is standard), PSI rating of the mix (3,500 PSI for residential, 4,000 PSI for driveways and freeze-thaw climates), control joint spacing and placement, finish type (broom, stamped, colored, exposed), and any sealing or curing compound application. Removal of existing concrete should be itemized separately. Watch for permits — some municipalities require permits for slabs over a certain size or for any work on a driveway approach to a public street. The cheapest quote is almost always cutting base depth, reinforcement spacing, or PSI rating — all of which are invisible at install and catastrophic at year 5. A fair bid for a typical 2-car driveway in a mid-cost market lands $4,500–$6,500 in 2026; significantly under that range is a warning, not a deal.
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