Measure surface area and compare installed paving costs. Review waste, base prep, sealing, and overhead. Plan durable outdoor surfaces with balanced lifetime cost insights.
Enter local rates. Direct area overrides length and width.
| Scenario | Area | Installed Cost per Sq Ft | Fixed Extras | Estimated Total |
|---|---|---|---|---|
| Standard pavers patio | 400 sq ft | $15.90 | $750.00 | $7,110.00 |
| Standard concrete slab | 400 sq ft | $12.20 | $540.00 | $5,420.00 |
| Premium pavers driveway | 600 sq ft | $19.40 | $1,050.00 | $12,690.00 |
Base Area = Direct Area or Length × Width
Waste Adjusted Area = Base Area × (1 + Waste % ÷ 100)
Pavers Variable Rate = Material + Base Prep + Bedding + Labor + Seal
Concrete Variable Rate = Material + Subbase + Labor + Reinforcement + Finish + Control Joints + Seal
Subtotal = Waste Adjusted Area × Variable Rate + Fixed Extras
Total Cost = Subtotal × (1 + Contingency % ÷ 100) + Tax
Installed Cost per Square Foot = Total Cost ÷ Base Area
Estimated Paver Units = (Waste Adjusted Area × 144) ÷ (Paver Length × Paver Width)
Concrete Volume = Waste Adjusted Area × (Thickness in feet) ÷ 27
Start with the project name and surface size. You may enter length and width, or type the total area directly.
Add waste, contingency, and tax. Waste helps cover cuts, breakage, and layout inefficiency. Contingency helps cover uncertain field conditions.
Enter pavers rates for material, base prep, bedding sand, labor, seal, and fixed extras such as edge restraints or drainage items.
Enter concrete rates for material, subbase, labor, reinforcement, finishing, control joints, seal, and fixed extras such as forms or pump charges.
Press calculate. The result section appears above the form. Review cost per square foot, total cost, estimated paver quantity, concrete volume, and the cheaper option.
Use the CSV and PDF buttons to save the comparison for estimating reviews, client discussions, or engineering budget notes.
Pavers and concrete serve similar jobs. Their cost structure is different. Pavers usually cost more upfront. Concrete often starts lower. Long term value depends on repairs, drainage, maintenance, and appearance. A clear cost comparison prevents weak estimates. It also supports better engineering decisions for patios, driveways, paths, pool decks, and commercial hardscapes.
Square foot pricing gives a fast planning baseline. It helps compare two systems on equal area. It also captures labor heavy work. Base preparation, bedding, finishing, sealing, reinforcement, and edge restraints affect the final number. Waste percentage matters too. Irregular layouts usually increase material demand and installation time.
Paver projects often include unit pavers, base aggregate, bedding sand, edge restraints, compaction, cuts, labor, and optional sealing. Pavers are modular. Individual units can be replaced. That can reduce some repair costs later. Pavers also perform well where visual detail matters. Higher installation precision usually raises initial labor cost.
Concrete projects commonly include subbase work, formwork, concrete placement, finishing, control joints, reinforcement, curing, and optional sealant. Concrete can deliver a clean slab at a lower initial rate. Large placements may improve productivity. Cracks, settlement, and patch visibility can affect later maintenance planning and surface appearance.
This calculator compares installed cost per square foot and total project cost. It applies waste, fixed extras, contingency, and tax. It also shows the cheaper option and savings difference. That makes budget reviews faster. Engineers, estimators, contractors, and property owners can test assumptions before requesting supplier quotes or approving field work.
Local labor, site access, soil condition, demolition, hauling, and finish quality can change pricing sharply. Use this tool for budgeting, not final contract pricing. Field measurements and vendor quotes should confirm every rate. Accurate inputs create better comparisons. Better comparisons reduce surprises during construction and procurement.
For best results, enter local unit rates from recent bids. Test multiple scenarios. Compare premium pavers against standard concrete and vice versa. Small rate changes can shift total savings quickly. Scenario analysis improves planning confidence, especially on large surfaces with several detail conditions.
No. Pavers often cost more at installation, but local labor, base depth, drainage work, and long term repair strategy can narrow or reverse the gap.
Waste affects the billable area. Irregular edges, cuts, breakage, and stock handling losses increase material demand. Even small waste changes can shift total cost noticeably.
Use both. Cost per square foot helps compare systems evenly. Total cost matters for final budgeting, cash planning, and bid review.
Typical fixed extras include edge restraints, geotextile, drainage adjustments, mobilization, haulage, and special cutting around borders or utilities.
Common items include formwork, pump charges, saw cutting, curing protection, access limitations, cleanup, and extra mobilization for remote sites.
Yes. Thickness influences concrete volume, reinforcement needs, and structural performance. Heavier traffic usually requires thicker sections and higher installed cost.
No. It is a planning tool. Final pricing should come from field measurements, local supplier quotes, engineering requirements, and site inspection.
Pavers can be a better value when appearance matters, access for future repairs is important, or modular replacement is preferred over slab patching.
Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.