Concrete Driveway Cost Calculator

How Much Does a Concrete Driveway Cost?

A concrete driveway typically costs between $4 and $18 per square foot, depending on size, thickness, finish type, and your geographic region. The national average for a standard 480 square foot driveway (40×12) with a broom finish falls between $3,800 and $5,200 installed.

The biggest cost factors are the finish type and regional labor rates. A basic broom finish is the most affordable option, while stamped or polished concrete can double the total project cost due to the additional skill and time required.

Concrete Driveway Finish Types

Broom Finish

The most common and affordable option. A broom is dragged across the wet surface to create a textured, slip-resistant finish. Cost-effective and functional, broom finish is the standard for most residential driveways.

Stamped Concrete

Stamps are pressed into the wet concrete to create patterns resembling brick, stone, slate, or wood. Stamped concrete is significantly more expensive due to the stamps, release agents, and coloring required, plus the skill needed to get clean patterns.

Exposed Aggregate

The top layer of cement paste is washed away to reveal the aggregate (stones) underneath. This creates a durable, textured surface with a natural appearance. Moderately more expensive than broom finish.

Polished Concrete

The surface is mechanically ground and polished to a smooth, glossy finish. Most commonly seen in commercial settings, polished driveways are premium-priced but create a stunning, modern look.

Regional Cost Differences

Labor rates vary significantly across the United States. The Northeast and West Coast tend to have the highest concrete installation costs (20–30% above average), while the Southeast and Southwest are typically 5–10% below the national average. The Midwest generally falls near the national average.

Factors That Increase Driveway Cost

• Demolition and removal of an existing driveway ($1–$3/sqft additional)
• Poor soil conditions requiring excavation and gravel base preparation
• Sloped or curved driveways requiring extra formwork
• Heated driveways with embedded radiant tubing
• Decorative borders or multiple colors
• Thicker slabs for heavy vehicles (RVs, trucks)

Frequently Asked Questions

How long does a concrete driveway last?

A properly installed concrete driveway lasts 25–50 years with minimal maintenance. Sealing the surface every 2–3 years and avoiding de-icing salts can extend its lifespan significantly.

Concrete vs. asphalt driveway — which is cheaper?

Asphalt is cheaper upfront ($3–$5/sqft vs. $5–$10/sqft for concrete), but concrete lasts twice as long and requires less maintenance. Over a 30-year period, concrete usually costs less in total.

How thick should a driveway be?

Standard passenger vehicle driveways should be 4 inches thick minimum. If you park heavy trucks, RVs, or boats, go with 5–6 inches. The edges and apron (where the driveway meets the street) should be 6 inches thick regardless.

How long before I can drive on a new driveway?

Wait at least 7 days for passenger vehicles and 10–14 days for heavier vehicles. The concrete continues to gain strength for 28 days after pouring.

Do I need a permit for a new driveway?

Most municipalities require a permit for new driveways or driveway replacements, especially if you are connecting to a public road. Check with your local building department before starting work.

Should I seal my concrete driveway?

Yes. Applying a penetrating concrete sealer within the first year and every 2–3 years after protects against moisture, freeze-thaw damage, staining, and UV degradation. Sealing costs about $0.15–$0.30/sqft if you DIY it.

Can I pour a concrete driveway myself?

Technically yes, but driveways are challenging DIY projects. The volume of concrete, the speed required for finishing, the importance of proper grading for drainage, and the cost of mistakes make this a project best left to experienced contractors for most homeowners.

What is the best time of year to pour a driveway?

Spring and fall offer the best conditions — moderate temperatures (50–80°F) with lower humidity. Avoid extreme heat (which causes rapid drying and cracking) and freezing temperatures (which prevent proper curing).

Related Calculators

• Concrete Calculator — volume calculator for any concrete project
• Concrete Slab Calculator — with rebar and material breakdown
• Concrete Block Calculator — CMU block wall estimator

Estimates only. Actual costs vary by contractor, site conditions, and market rates. Consult a licensed professional for your specific project.