Concrete Removal Cost Calculator

Get an instant free estimate for concrete removal and demolition based on area, slab thickness, reinforcement, and site access.

How is Concrete Removal Cost Calculated?

Concrete removal is priced per square foot. The slab thickness sets the base rate — from ~$3/sq ft for a 4-inch sidewalk to ~$6.50/sq ft for an 8-inch+ slab — then reinforcement (mesh or rebar) and site access adjust it, plus haul-away and disposal. Most residential concrete removal runs $2-$8 per square foot, so a typical driveway is roughly $1,200-$4,000.

Estimate Your Project Cost

Project Location

Enter your state and zip code for a localized estimate.

Area to Remove

Enter the area of concrete to remove in square feet (length × width). A typical driveway is 400-600 sq ft; a patio 200-400 sq ft.

Slab Thickness:

Reinforcement:

Site Access:

Additional Services:

Haul & Disposal / Dump Fees (+$2/sq ft)
Jackhammer / Hand Demolition (+$1.50/sq ft)
Regrade & Level After Removal (+$1.50/sq ft)
Saw-Cut Clean Edges (+$1/sq ft)
Remove Gravel Base Too (+$1/sq ft)
Permit (+$200)

Key Factors Influencing Concrete Removal Cost

Thickness & Reinforcement

The thicker the slab, the more material there is to break up and haul, so cost rises with thickness. Reinforcement is the other big factor: plain concrete breaks cleanly, but wire mesh and especially rebar hold the pieces together and must be cut during demolition, slowing the work and adding 15-35% to the cost. Heavy, reinforced commercial slabs are the most expensive to remove.

Access & Disposal

  • Site Access: Machine-accessible slabs are cheap to demo; hand-breaking and hauling from a backyard can add 50%+.
  • Disposal: Concrete is heavy, so haul-away and dump/recycling fees (often by weight) are a significant cost.
  • After Removal: Regrading, base removal, and saw-cutting clean edges prepare the area for its next use.

Average Concrete Removal Cost by Slab

Slab TypePer Sq FtTypical Total
Sidewalk (4 in, 100 sq ft)$2 - $5$500 - $800
Patio (4 in, 300 sq ft)$3 - $6$900 - $1,800
Driveway (6 in, 500 sq ft)$4 - $7$2,000 - $3,500
Heavy / Reinforced Slab$6 - $10$3,000 - $6,000+

Common Add-Ons

Add-OnCostNotes
Haul & Disposal$2/sq ftTruck away and pay dump/recycling fees.
Hand Demolition$1.50/sq ftJackhammer/hand work where no machine fits.
Regrade & Level$1.50/sq ftGrade the soil after removal.
Saw-Cut Edges$1/sq ftClean cut where a slab meets concrete that stays.
Remove Gravel Base$1/sq ftExcavate the base layer under the slab too.

How to Estimate Concrete Removal Cost Manually

Concrete removal (demolition and haul-away) is priced per square foot. Thickness sets the base rate, then reinforcement and site access adjust it. Here's how to estimate it.

Step 1: Measure the Area

Multiply length × width of the concrete to remove. A driveway is roughly 400-600 sq ft, a patio 200-400 sq ft, a sidewalk by its length × width. Total multiple areas together.

Step 2: Thickness & Reinforcement

Removal rates per sq ft by thickness:

  • 4 in (sidewalk/patio): ~$3/sq ft
  • 6 in (driveway): ~$4.50/sq ft
  • 8 in+ (heavy/commercial): ~$6.50/sq ft

Reinforcement: wire mesh +15%, rebar +35% (steel must be cut).

Step 3: Site Access

Access multiplier: easy (machine access) ×1.0, moderate (limited access) ×1.2, difficult (hand-break & haul, e.g. a backyard) ×1.5. Hauling/disposal, regrading, and saw-cutting clean edges are common add-ons.

Step 4: Apply the Formula

Sq Ft × (Thickness Rate × Reinforcement × Access) + Add-ons = Total

Example: 400 sq ft 6-inch rebar-reinforced patio ($4.50/sq ft × 1.35), difficult access (×1.5), with haul/disposal (+$2/sq ft): 400 × ($4.50 × 1.35 × 1.5) + 400 × $2 = $3,645 + $800 = $4,445.

Frequently Asked Questions

In 2026, concrete removal typically costs $2-$8 per square foot, so removing a 400-600 sq ft driveway runs about $1,200-$4,000, and a smaller patio or sidewalk $500-$2,000. The cost depends on the slab's thickness (a 4-inch sidewalk is far easier than an 8-inch reinforced driveway), whether it's reinforced with wire mesh or rebar (which must be cut), how accessible the site is for machinery, and disposal fees for hauling the heavy debris away. Most homeowners pay $3-$6 per square foot for a typical residential slab removal including haul-away.

The biggest factors are thickness, reinforcement, access, and disposal. Thicker slabs take much longer to break up and haul. Reinforcement — wire mesh or especially rebar — slows demolition because the steel must be cut as the concrete comes apart. Site access is huge: a driveway a machine can reach is cheap to demo, while a backyard patio with no equipment access must be broken by hand and wheeled out, dramatically increasing labor. Finally, concrete is extremely heavy, so hauling and disposal (dump/landfill fees, which are often charged by weight) is a significant part of the total.

Sometimes, but not always — always clarify. Concrete is dense and heavy, so hauling it away and paying disposal or recycling fees (often charged by the ton) is a real cost. Some contractors include haul-away and disposal in their per-square-foot price; others quote demolition separately and bill disposal as an add-on (this calculator treats haul/disposal as an option at about $2/sq ft). Recycling concrete at a crushing facility is common and sometimes cheaper than landfill disposal. If you have a way to use or dispose of the broken concrete yourself, you may be able to lower the cost by handling removal of the debris.

Plain (unreinforced) concrete breaks apart relatively cleanly when struck with a breaker or jackhammer. Reinforced concrete contains steel — wire mesh or, more substantially, rebar — embedded in it to add strength. During demolition, that steel holds the broken pieces together and must be cut with saws or shears as the slab is broken up, which slows the work considerably and requires extra equipment and labor. Rebar-reinforced slabs (common in driveways, structural slabs, and commercial work) are the slowest and most expensive to remove, which is why reinforcement adds roughly 15-35% to the removal cost.

Access is one of the most overlooked but significant cost drivers. When a slab is in an open, reachable area — like a front driveway — a contractor can bring in a skid steer, mini-excavator, or hydraulic breaker and a dump truck or trailer right up to it, making demolition and loading fast and cheap. When the concrete is in a fenced backyard, behind the house, or otherwise unreachable by machinery, crews must break it up by hand with jackhammers and haul the heavy debris out by wheelbarrow across the property to the truck. That hand labor can easily increase the cost by 50% or more compared to an easily accessed slab.

Small slabs can be a DIY project, but it's hard, heavy work. You can rent an electric or pneumatic jackhammer to break up a thin (4-inch) unreinforced slab, but the real challenges are the physical effort, dealing with any rebar, and — most of all — disposing of the rubble, since concrete is extremely heavy and most household trash service won't take it. You'd need to rent a dumpster or haul it to a recycling/disposal facility (with fees by weight). For a small sidewalk or patio section, DIY can save money; for driveways, thick or reinforced slabs, or anything requiring disposal of tons of debris, hiring a pro with the right equipment is usually worth it.

For simple removal of a residential slab, patio, or driveway on your own property, a permit often isn't required — but it depends on local rules, and it's worth checking. Permits are more likely to be required if the concrete is in the public right-of-way (like a city sidewalk or curb), if removal affects drainage or grading, or if it's part of a larger construction project that's already permitted. Also, always have utilities located (call 811) before any breaking or digging near or under a slab, since lines may run beneath it. A licensed contractor will know local requirements and handle any needed permits.

Once the concrete and (if requested) its gravel base are broken out and hauled away, you're left with bare soil that's usually uneven and may have a depression where the slab sat. Most projects include or add regrading and leveling to prepare the area for whatever comes next — new concrete, pavers, landscaping, grass, or a garden. If you're replacing the concrete, the contractor will grade and compact a proper base before the new pour. If you're converting to landscaping, you may need to bring in topsoil. This calculator offers regrading and base-removal as add-ons so the estimate reflects getting the area ready for its next use.