Concrete Patio Cost: Typical Prices per Square Foot (2026)

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A typical concrete patio cost in 2026 runs roughly $8 to $14 per square foot installed for a plain broom-finished slab, and roughly $11 to $20 per square foot once you add color, exposed aggregate or a decorative border. That puts a common 12 x 16 foot patio somewhere around $1,600 to $3,500 before removal of an old slab, extra excavation or a permit. These are typical national ranges, not quotes. Local labor rates, how far the concrete truck can reach, soil conditions and the size of the job move the number more than anything else. This guide breaks down what is inside a fair quote, which line items matter for a slab that lasts on the Front Range, when patching an old patio makes more sense than replacing it, and how a home inspector looks at an existing patio. It summarizes general guidance as of 2026; your city or county building department and your contractor’s written scope take priority for any specific project.

Part of our Structure & Exterior guide — start there for the full picture →

Concrete Patio Cost at a Glance

Most contractors quote patios per square foot, with a minimum charge for small jobs. The table below shows typical installed ranges, meaning labor, materials, forming, base and a standard finish are included unless a row says otherwise.

Typical national range, 2026 — get local quotes. Ranges are rules of thumb gathered from common contractor pricing, not figures from a cited agency.

Typical totals by patio size

Because the minimum charge and setup costs are spread over fewer square feet, small patios cost more per square foot than large ones. As a rough planning guide for a plain broom-finish slab on reasonably flat, accessible ground:

• 10 x 10 feet (100 sq ft): roughly $1,000–$2,000, often at or near the minimum charge
• 12 x 16 feet (192 sq ft): roughly $1,600–$3,200
• 16 x 20 feet (320 sq ft): roughly $2,600–$4,800
• 20 x 24 feet (480 sq ft): roughly $3,800–$7,000

Add removal of an existing slab, color or aggregate, steps down from a door and any permit fee on top. For background on how a slab patio is built and how long it typically lasts, see our main guide to the concrete patio.

What Drives the Price of a Concrete Patio

Two patios with the same footprint can come in at very different prices. These are the cost drivers that show up most often when homeowners compare quotes.

Labor and crew time

Labor is usually the largest share of the bill. A crew has to excavate, compact a base, set forms, place reinforcement, pour, screed, float, edge, joint and finish the slab, then return to strip the forms. Concrete gives the crew a limited working window, so a larger pour may need more finishers on site at once. Hot, dry and windy days speed up setting and can push contractors to schedule early-morning pours or add crew, which shows up in the price.

Access to the backyard

If a ready-mix truck can back up next to the forms, concrete goes straight down the chute. If the patio is behind the house with a narrow side yard, a fence or landscaping in the way, the crew has to wheelbarrow or pump the concrete. A pump truck is a separate charge, and wheelbarrow work adds labor hours.

Base preparation and soil

A slab is only as good as the ground under it. Most patios sit on a compacted layer of gravel or road base over undisturbed or compacted soil. Soft fill, organic topsoil and expansive clay need more excavation and more base, which costs more but prevents settling and heaving later. On the Front Range, clay soils that swell when wet and shrink when dry are common in many neighborhoods, and a thin base over that kind of soil is one of the most frequent reasons a patio cracks or tilts within a few years.

Thickness and reinforcement

A standard residential patio is commonly poured about 4 inches thick. Areas that will carry a hot tub, a masonry fire pit or an outdoor kitchen are often thickened to 5 or 6 inches and may get thickened edges under the load. Reinforcement can be welded wire mesh, rebar on chairs, fiber added to the mix, or a combination. Rebar placed on supports so it ends up in the middle of the slab adds material and labor but helps hold cracked sections together. Mesh that is laid on the ground and never lifted into the concrete adds cost without much benefit, so ask how it will be supported.

Finish and decorative options

A broom finish is the baseline and the least expensive. Integral color raises the cost of each yard of concrete. Exposed aggregate requires a surface retarder and washing at the right moment to reveal the stones, which adds skilled labor. Stamped finishes are a separate category with their own pricing, pattern choices and maintenance schedule; they typically cost noticeably more than a plain slab.

Removal and disposal

Breaking out an old patio, loading the rubble and paying disposal or recycling fees can add a meaningful amount, especially if the old slab is thick or heavily reinforced. Breaking and cutting concrete creates respirable crystalline silica dust. OSHA’s construction standard requires employers to control worker exposure, and its guidance notes that applying water to a saw blade when cutting concrete substantially reduces the dust created. A contractor who plans for dust control is a good sign, particularly if the patio sits next to open windows or a neighbor’s yard.

Permits, steps and extras

Many jurisdictions do not require a permit for a ground-level patio slab, but some do, and rules change when the slab is attached to the foundation, includes steps, adds a roof or sits in a drainage easement. Check with your city or county building department and your HOA before you sign. Steps down from a patio door, a landing, drainage work, a footing for a future patio cover and gas or electrical sleeves under the slab are all extras worth pricing in the same quote so they are not added later as change orders.

Line Items That Make a Patio Last: Slope, Joints and Sealing

Some details cost little at the time of the pour but decide whether the patio stays flat, dry and crack-controlled for decades. A quote that leaves them out may be cheaper for the wrong reason.

Slope away from the house

A patio should be sloped so water runs away from the foundation, not toward it. Many contractors aim for roughly 1/8 to 1/4 inch of fall per foot as a rule of thumb, adjusted for the yard and local requirements. A flat or back-pitched patio sends rain and snowmelt toward the foundation wall, where it can soak expansive soils, wet the crawlspace or basement and freeze along the door threshold. If the yard itself drains poorly, look at grading and outlets before you pour; our guide to yard drainage covers swales, downspout extensions and other fixes that may need to happen first.

Control joints and isolation joints

Concrete shrinks as it cures and moves with temperature, so it will crack somewhere. Control joints, either tooled into fresh concrete or saw-cut soon after the pour, give it a planned place to crack. Common rules of thumb space them no more than about two to three times the slab thickness in feet (so roughly 8 to 12 feet apart for a 4-inch slab) and cut them to about a quarter of the slab depth, with panels kept close to square. An isolation joint, a strip of flexible material where the patio meets the house foundation, steps or posts, lets the slab move without binding. Our guide to the concrete expansion joint explains the difference and how joints should be sealed.

Curing and sealing

Concrete gains strength slowly and needs moisture during the first days to cure properly. A sealer applied after the concrete has cured enough helps the surface shed water and resist staining and deicer damage. Ask what sealer is included, when it will be applied and how often it should be renewed. If you plan to do the resealing yourself, our roundup of the best concrete sealer options compares penetrating and film-forming products.

Paving choices and runoff

A solid concrete slab sheds all of the water that lands on it. The EPA notes that alternatives such as pervious concrete and interlocking pavers allow rain and snowmelt to seep through the surface into underlying layers of soil and gravel, which reduces runoff. That can matter on small lots where the patio and roof already send a lot of water toward one side yard. If you are weighing a slab against pavers, our paver installation cost guide covers the price and base requirements for that option.

Repair, Resurface or Replace?

Not every cracked patio needs to come out. The decision usually turns on whether the slab is structurally sound and draining correctly, or whether the problem is only on the surface.

When repair or resurfacing makes sense

• Hairline shrinkage cracks that are not widening and have no height difference across them can usually be filled and sealed.
• Surface scaling or light spalling on a slab that is still flat and well supported may be a candidate for a polymer-modified overlay.
• A section that has settled slightly may be raised by slab-lifting methods, depending on the cause and the slab’s condition.

When replacement is usually the better value

• The patio slopes toward the house and cannot be corrected by lifting.
• Cracks have vertical offsets that create trip hazards, or sections are rocking.
• Large areas are scaling, crumbling or breaking up, often after years of deicer use and freeze-thaw cycles.
• The slab is undermined by erosion or was poured over soil that keeps moving.

A common rule of thumb: if repairs would cost more than about a third to half of replacement and would not fix the underlying drainage or support problem, replacement is usually the better long-term buy. Another rule of thumb is age. A well-built patio slab can last several decades, so a 10-year-old patio that is failing usually points to a base or drainage problem that a new slab must fix, not just repeat.

How to Read a Concrete Patio Quote

Get two or three written quotes for the same scope. A quote that only says “patio, 200 sq ft, $X” is hard to compare. A fair, detailed quote usually lists:

• Patio dimensions and total square footage, with a sketch or site plan
• Removal and disposal of any existing concrete, landscaping or sod
• Excavation depth and the type and compacted depth of the gravel base
• Slab thickness, including any thickened areas, and the concrete mix or strength the supplier will deliver
• Reinforcement type and how it will be supported in the slab
• Finish (broom, exposed aggregate, color) and color samples if applicable
• Slope direction and approximate fall away from the house
• Control joint layout and isolation joints at the foundation, steps and posts
• Curing method and whether a sealer is included
• Permit responsibility, utility locates and cleanup
• Payment schedule and a written warranty on workmanship

Red flags

• No base or “we pour right on the dirt.” Some soils can support a slab with minimal base, but on clay or fill this is a common cause of early failure.
• Very large deposits before any work starts, or cash-only pricing.
• Pressure tactics such as “leftover concrete from a job down the street” or a price good only today.
• No mention of joints or slope. These are basic and should be on paper.
• Vague answers about permits on a job that includes steps, a roof, a footing or a change at the foundation.
• Bundled upsells such as a “full outdoor living package” that rolls lighting, heaters, sealing contracts and landscaping into one number you cannot compare.

Questions to ask every contractor

1. How deep will you excavate, and how will you compact the base?
2. What reinforcement will you use, and how will it stay in the middle of the slab?
3. Where will the control joints go, and when will saw cuts be made?
4. How will you slope the patio, and where will the water go?
5. What happens if the soil under the old patio is soft or wet once it is exposed?
6. Who pulls the permit, if one is needed, and who calls for any inspection?
7. How long before we can walk on it, put furniture on it, or use deicer on it?

Before any digging, the contractor or homeowner should call 811 to have underground utilities marked. Gas lines, irrigation, low-voltage wiring and sometimes sewer cleanouts run under backyards.

Front Range Factors That Affect Cost and Lifespan

Colorado’s Front Range is hard on exterior concrete, and a few local conditions are worth paying for up front.

Freeze-thaw cycles

Front Range winters swing above and below freezing many times, often in the same day when the sun hits a south-facing patio. Water that soaks into the surface or collects in low spots expands when it freezes, which can break the top layer away over time. Air-entrained concrete, proper finishing (not overworking the surface or adding water during finishing), good curing and sealing all help. Freezing soil can also lift slabs and steps, a separate problem from surface scaling.

Frost depth and footings

A slab-on-grade patio usually floats on its base rather than sitting on deep footings. Posts for a future pergola or patio cover, however, usually need footings below the frost line. Front Range frost depths are commonly 30 to 36 inches, but the required depth is set locally, so check with your building department before you plan footings into the patio pour.

Expansive soils and drainage

Expansive clay is a known issue in parts of the Front Range. When it gets wet it swells and when it dries it shrinks, and that movement can lift or crack a slab. Keeping water away from the patio edges and the foundation, using an adequate gravel base, and placing downspouts so they do not discharge onto the patio or into the soil beside it all reduce movement. Where the soil is especially active, a contractor may recommend deeper over-excavation and more base, which raises the price but is often worth it.

Deicers, sun and altitude

The EPA notes that road salt can damage private and public property and has corrosive effects in large quantities. On a young patio, salt-based deicers combined with freeze-thaw are a common cause of scaling. Many contractors advise avoiding deicers during the first winter and using sand for traction instead. When you do use a melt product, choose one labeled for concrete; our best ice melt for concrete roundup compares options. Strong sun at altitude also bakes dark-colored concrete; the EPA notes that conventional paving can get very hot at mid-day and that paving materials which reflect more solar energy stay cooler, which is worth weighing when you pick a color for a west-facing patio.

How a Home Inspection Flags Patio Problems

If you are buying a home with an existing patio, the inspection is the best time to learn whether it will need work. The ASHI Standard of Practice directs inspectors to inspect “adjacent and entryway walkways, patios, and driveways,” along with “vegetation, grading, surface drainage, and retaining walls” that are likely to affect the building adversely. The same standard notes that the inspector is not required to evaluate geological and soil conditions.

Within those limits, an inspector may note:

• Patios or walkways sloped toward the house, or puddling against the foundation
• Cracks with vertical offsets that create trip hazards
• Settled or heaved sections, gaps at the foundation or step separation
• Scaling, spalling or crumbling surfaces
• Missing or failed sealant in joints against the house
• Downspouts discharging onto the patio or against the foundation

An inspection is visual and does not include coring or soil testing. When a report flags significant movement, the usual next step is evaluation by a qualified concrete contractor, or by a structural engineer if the movement may be connected to the foundation. Our structure and exterior hiring guide walks through when to bring in each type of specialist.

If you want an independent look at a patio, driveway or grading issue before you buy or before you sign a contractor’s quote, contact our team to schedule a Front Range inspection.

References

• ASHI Standard of Practice for Home Inspection — American Society of Home Inspectors
• Silica, Crystalline: Construction — Occupational Safety and Health Administration
• Soak Up the Rain: Permeable Pavement — U.S. Environmental Protection Agency
• Winter Is Coming! And With It, Tons of Salt on Our Roads — U.S. Environmental Protection Agency
• Using Cool Pavements to Reduce Heat Islands — U.S. Environmental Protection Agency

Holding a patio quote or buying a home with a cracked slab? Reach out to our team for an independent Front Range inspection.