Enter your concrete area, thickness, and project details to instantly get a detailed cost breakdown — labor, equipment, haul-away, and disposal fees included.
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Based on contractor industry rates
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✓ Labor cost breakdown✓ Equipment & haul-away included✓ Rebar & reinforcement options✓ Last verified May 2026
Longest dimension of the concrete to be removed.Please enter a valid length greater than 0.
Shorter dimension of the concrete area.Please enter a valid width greater than 0.
Standard slab: 4 in. Driveway: 6 in. Foundation: 8–12 in.Please enter a valid thickness greater than 0.
Rebar and thickness increase labor and equipment cost significantly.
Tight access forces hand-demo or small equipment, raising cost 30–80%.
Recycling is often cheaper than landfill disposal and is environmentally preferred.
Results appear instantly. No sign-up required.
Your Demolition Cost Estimate
Total Project Cost Range
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Low Estimate
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Midpoint Estimate
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High Estimate
Cost Breakdown by Line Item (midpoint)
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Labor
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Equipment
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Disposal / Haul
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Per Sq Ft (mid)
—Area (sq ft)
—Volume (yd³)
—Est. Weight (tons)
—Dump Truck Loads
Recommended Budget (midpoint + 15% contingency)
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Estimates are based on national US contractor averages for 2025–2026 and reflect mid-market labor and equipment rates. Costs vary significantly by region — urban markets and areas with high disposal fees can run 40–60% above these figures. Always get 3 quotes from licensed demolition contractors before committing.
Step 1: Area (ft²) = Length (ft) × Width (ft)
Step 2: Volume (ft³) = Area × Thickness (ft)
Step 3: Volume (yd³) = ft³ ÷ 27
Step 4: Weight (tons) = yd³ × 2.025 tons/yd³ (avg density 150 lb/ft³)
Step 5: Dump Truck Loads = CEIL(Weight ÷ 10 tons per load)
Step 6: Base Labor = Area × labor_rate ($/ft² by project type & access)
Step 7: Equipment = Area × equip_rate ($/ft² by project type & access)
Step 8: Disposal = Weight × disposal_rate ($/ton by method)
Step 9: Total Mid = Labor + Equipment + Disposal
Step 10: Low = Total Mid × 0.75 | High = Total Mid × 1.40
Step 11: Budget = Total Mid × 1.15 (15% contingency)
How to Use This Concrete Demolition Cost Estimator
Measure the concrete you need removed.
Walk the site with a tape measure and record the length, width, and thickness of the concrete. For driveways, measure the total paved area including aprons. If you don't know the thickness, probe at a crack or exposed edge — most residential slabs are 4 inches, driveways 6 inches, and foundation walls 8–12 inches. Thickness has a direct impact on both weight and difficulty.
Select the correct project type.
An unreinforced patio breaks apart quickly with a jackhammer and demolition is straightforward. A heavily reinforced slab requires cutting the rebar with a torch or grinder and separating steel from concrete before hauling — that's 2–3x the labor. Be honest about what's in your slab: if you don't know, assume lightly reinforced for a driveway poured after 1990.
Assess site access honestly.
If a skid steer or small excavator can reach the slab and a dump truck can pull up within 30 feet, you have easy access. A backyard surrounded by fencing, a slab under a deck, or any scenario requiring hand-wheel equipment out through a gate is moderate to difficult. Tight access can double the labor cost because every chunk must be hand-carried.
Use your results for contractor comparison.
The estimate gives you a realistic range before you talk to anyone. Print it or copy it using the buttons above. When quotes come in, compare them line-by-line against this breakdown. A quote that's 30% below the low estimate should raise a flag — ask what it doesn't include.
⚠ Pro Tip: The single biggest driver of demolition cost is access — not thickness, not reinforcement. A perfectly accessible unreinforced 4-inch driveway can be demolished for $1.50–$2.50/ft². That same slab behind a 3-foot gate with no truck access will cost $4–$6/ft². Get the access situation right before estimating anything else.
How Concrete Demolition Cost Is Calculated
Concrete demolition pricing has three distinct cost components that contractors price separately. Understanding each one helps you evaluate quotes and avoid paying for scope you don't need.
Cost Component
How It's Priced
Example (200 ft², 4 in slab)
Labor (breaking & loading)
$/ft² based on type & access
200 ft² × $1.50 = $300
Equipment (jackhammer, skid steer)
$/ft² or daily rate amortized
200 ft² × $0.80 = $160
Haul & disposal (landfill fee + truck)
$/ton or flat per load
3.7 tons × $60/ton = $222
Total (mid estimate)
Sum of above
$682 (~$3.41/ft²)
Common Project Size Reference Table
Approximate demolition costs at national mid-market rates. Easy access, standard landfill disposal. Costs vary significantly by region.
Project
Area (ft²)
Thickness
Est. Weight (tons)
Cost Range
Per Sq Ft
Small patio
100
4 in
1.9
$200–$450
$2.00–$4.50
Standard patio
200
4 in
3.7
$400–$900
$2.00–$4.50
Small driveway
400
6 in
11.3
$900–$2,200
$2.25–$5.50
Standard driveway
600
6 in
16.9
$1,350–$3,300
$2.25–$5.50
Large driveway
900
6 in
25.3
$2,000–$4,500
$2.20–$5.00
Garage floor
480
6 in
13.5
$1,100–$2,700
$2.25–$5.60
Reinforced slab
500
6 in
14.1
$2,000–$5,000
$4.00–$10.00
Costs are national US mid-market estimates for 2025–2026. Urban and coastal markets typically run 30–60% higher. Costs above exclude permits and any site restoration.
Which Demolition Method Is Right for Your Project?
The demolition method determines which equipment gets mobilized to your site — and has the single largest impact on your quote. Matching method to slab type prevents over-spending on heavy equipment for light work, and under-bidding work that requires hand demo.
Demolition method selection guide by slab type and site access.
Method
Best For
Equipment Needed
Typical Cost Premium
Notes
Jackhammer (electric or pneumatic)
Small areas, tight access, 4–6 in slabs
Electric or air hammer, wheelbarrow
Baseline — no premium
Best for yards, patios, confined spaces
Skid steer with breaker
Medium slabs (200–600 ft²), good access
Skid steer, hydraulic breaker attachment
+0% to +10%
Most common method for driveways
Excavator with hydraulic hammer
Large areas (600+ ft²), thick slabs
Tracked excavator, hammer, dump truck
+15% to +30%
Fastest for large jobs; requires open access
Saw-cut and remove sections
Partial removal, utility preservation
Walk-behind concrete saw, lifting equipment
+20% to +50%
Used when only part of a slab must go
Hand demolition only
Extreme access restriction, interior work
Sledgehammer, pry bar, manual carry-out
+60% to +150%
Slowest and most expensive — last resort
Partial removal is almost always more expensive per square foot than full removal. Contractors price efficiency into full removals — mobilization cost is fixed regardless of area. Removing only 200 ft² of a 600 ft² driveway may cost as much as removing the whole thing.
Common Mistakes When Estimating Concrete Demolition
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Ignoring disposal and haul-away costs.
Many homeowners get a quote that looks cheap, then discover the contractor quoted labor only — no hauling. Concrete is extremely heavy: a standard 20×20 ft driveway at 6 inches weighs roughly 22 tons. At $50–$80 per ton for landfill disposal plus trucking, that's $1,100–$1,760 in disposal alone. Always confirm whether a quote includes haul-away before signing anything.
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Not knowing if your slab has rebar.
Rebar increases demolition time by 30–60% and disposal cost because the steel must be separated from concrete (most recyclers require it). Probe at any crack or exposed edge. If your slab was poured after 1985 and is thicker than 4 inches, assume rebar is present. If you're not sure, ask the contractor to confirm before they price it — discovering rebar mid-job often triggers a change order.
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Underestimating truck loads needed.
A 10-wheel dump truck holds 10–14 tons of concrete rubble. It's tempting to assume one or two trucks will handle most residential jobs — but a 600 ft² driveway at 6 inches produces roughly 17 tons of broken concrete, which fills two full truck loads. Each load requires a permit in many municipalities and costs $300–$600 in disposal fees alone. Run the numbers before accepting a flat-rate haul quote.
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Not calling 811 before breaking ground.
In the US, dialing 811 (Call Before You Dig) is legally required before any excavation or demolition that penetrates the ground surface. Utility lines — gas, water, electric, fiber — are often shallowly buried beneath or adjacent to slabs. Striking one with a jackhammer or excavator causes serious injury, property damage, and fines. Call at least 48–72 hours before work begins.
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Skipping permits on permitted work.
Most municipalities require a demolition permit for removing large concrete structures, especially anything tied to a foundation or drainage system. Permits typically cost $50–$300 and require a short inspection. Working without a required permit can delay new construction, void homeowner's insurance claims, and trigger fines. Check with your local building department before work starts — the contractor should handle this, but verify they do.
Frequently Asked Questions
A standard single-car concrete driveway (around 400–600 square feet, 6 inches thick) costs $1,200–$3,500 to demolish and remove at national US averages, or $2.25–$5.50 per square foot. A two-car driveway (800–1,200 sq ft) typically runs $2,500–$6,500. Costs vary by region, access, reinforcement, and disposal method. Urban markets with high disposal fees and labor costs can run 40–60% above these figures. Always get at least 3 written quotes from licensed contractors.
Concrete demolition with standard haul-away typically costs $2–$6 per square foot for residential projects in the US. Unreinforced 4-inch patios and sidewalks with good truck access are at the low end ($1.50–$3.00/ft²). Reinforced 6-inch driveways run $2.25–$5.50/ft². Heavily reinforced slabs, tight access, or any work requiring hand demo can push costs to $6–$12/ft². Foundations and thick walls with heavy steel are priced individually and can reach $15+/ft² due to structural complexity.
Yes, for small jobs — but the savings are often less than people expect once you account for tool rental and disposal. A rented electric jackhammer runs $80–$150/day. Hauling broken concrete to a recycling facility yourself costs $40–$80 per ton in tipping fees, plus your time and fuel. On a 100–200 square foot patio, DIY can save $300–$600. On anything over 400 square feet, the labor and disposal logistics often make a professional contractor cost-competitive — especially if they recycle the concrete rather than landfill it.
Concrete weighs approximately 150 pounds per cubic foot, or 2.025 tons per cubic yard. A 400 square foot, 6-inch slab contains about 7.4 cubic yards, weighing roughly 15 tons — that's 1 to 2 standard 10-wheel dump truck loads (maximum payload 10–14 tons depending on the truck and state weight limits). Calculate: Area (ft²) × Thickness (ft) ÷ 27 = cubic yards; multiply by 2.025 for tons. Use this calculator — the weight and truckload count are shown in the results summary.
Often yes. Many concrete recycling facilities charge $20–$40 per ton in tipping fees, compared to $40–$100 per ton at general landfills. Recycled concrete aggregate (RCA) is used as road base, fill material, and drainage aggregate. Some recyclers will accept rebar-embedded concrete, but may charge a premium for sorting. Before your project, call your local recycling facility to confirm acceptance, current tipping fees, and any rebar requirements. Choosing recycling over landfill can reduce disposal costs by 20–40% on a large job.
A two-person crew with a skid steer and hydraulic breaker can typically demolish and remove 400–600 square feet of unreinforced 6-inch concrete in a single day. Reinforced slabs take 30–60% longer due to rebar cutting and separation. Heavily restricted access (hand demo only) can cut crew output to 100–150 square feet per day. As a rule of thumb: plan on 1 day per 500 square feet with good access, and 1 day per 200 square feet in confined conditions.
It depends on your municipality and what the concrete is attached to. In most US jurisdictions, removing a standalone patio or walkway that is not part of a foundation does not require a permit. Driveways often do — particularly if they drain toward a street and impact public infrastructure. Anything attached to a foundation or load-bearing structure will likely require a structural demolition permit. Check with your local building department before work starts. Your contractor should know local requirements and should pull any required permits — ask to see the permit before work begins.
Rebar pulled from demolished concrete is steel scrap and has significant recycling value — typically $0.08–$0.18 per pound ($160–$360 per ton) at scrap metal yards in 2025–2026. On a heavily reinforced 600 square foot slab with #4 rebar on 12-inch spacing, you'd have roughly 800–1,200 pounds of rebar. Some contractors pass the scrap value back to you; others keep it as part of their disposal fee. Ask about this explicitly in your quote — on a reinforced slab, the rebar credit can offset $100–$200 of project cost.
Only if the subgrade is properly prepared. After demolishing the old slab, the subgrade must be inspected for soft spots, organic material, or uneven settling — all of which caused the original concrete to fail. Any soft areas should be excavated and backfilled with compacted crushed stone. The base should be re-graded for drainage and compacted with a plate compactor before new concrete is poured. Pouring over an inadequately prepared subgrade is how new slabs end up cracking within 2–3 years — the same reason the old one was removed.
Yes — if the underlying structure is sound. Surface scaling, minor cracks, and cosmetic damage are good candidates for resurfacing ($3–$7/ft² for a quality overlay product). Full removal is necessary when the slab is structurally compromised: large through-cracks, significant heaving, widespread spalling below the surface layer, or settling that has created drainage problems. A simple test: if you can push a screwdriver into the concrete surface under normal pressure, the surface layer is deteriorated beyond effective resurfacing. When in doubt, have a contractor inspect before committing to full demolition.
