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CalculatorBuddy

Paver Patio Calculator

Plan pavers, packages, compacted base, bedding sand, weight, and material cost for a patio or walkway.

Maintained by CalculatorBuddy TeamEditorial methodology

ExampleSample values — edit any field to see your result.

Project shape
Pavers sold

Results update as you type.

Project estimate

120 ft² requires 568 purchase pavers.

Estimated result

120 ft² requires 568 purchase pavers.

Net project area
120.00ft²
Geometric paver count
516
Pavers to purchase
568
Compacted base
1.48yd³
Bedding sand
0.37yd³
Estimated base weight
4,000lb
Estimated sand weight
1,000lb

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Measurement plan

12 × 10 feet
  • Dashed shapes are excluded areas.
  • Diagram is schematic and not a cutting or installation design.

Printable shopping list

ItemPurchase quantityEstimated cost
Pavers568 piecesNot entered
Compacted base1.48 yd³Not entered
Bedding sand0.37 yd³Not entered
DeliveryNot enteredNot entered
TotalEntered prices onlyEnter prices

Plan a paver patio or walkway from a rectangle, circle, or several rectangular sections. Subtract one cutout, enter the paver and joint size, choose your own waste allowance, and estimate base, bedding sand, packages, weight, and entered material costs. The result separates geometric need from rounded purchasing.

Formula

The planner converts every length to metres internally, subtracts the cutout, and divides net area by the repeating paver module:

net area = sum(section areas) − cutout area
module area = (paver length + joint) × (paver width + joint)
geometric pavers = ceil(net area ÷ module area)
purchase pavers = ceil(geometric pavers × (1 + waste%))
base or sand volume = net area × entered depth
weight = volume × entered density

Package counts always round upward. Coverage-per-package mode uses the printed coverage you enter instead of deriving coverage from piece count.

How to measure

  1. Split an L-shaped project into non-overlapping rectangles. Measure each once.
  2. Use Circle for a round patio, or use a rectangular equivalent for an irregular edge.
  3. Record permanent excluded areas as a cutout.
  4. Measure the actual paver face and confirm the intended joint with the product system.
  5. Enter base and bedding depths from the applicable project specification.

The diagram is a labeled measurement reminder. It is not a scaled laying pattern, drainage plan, grade design, or cutting plan.

Worked example

A 12 ft × 10 ft patio is 120 ft². With 8 in × 4 in pavers and a 1/8 in joint, the repeating module is about 33.52 in². The geometric estimate is 516 pavers. A 10% allowance produces 568 purchase pavers after rounding. A 4 in base is 1.48 yd³ and a 1 in bedding layer is 0.37 yd³.

Purchasing and limitations

Compare the result with the package label, pallet quantity, and supplier coverage. Offcuts may not be reusable, especially at borders and curves. Compaction can make loose delivery volume differ from finished compacted volume. The QUIKRETE patio-paver guide shows one manufacturer-specific base and sand assembly and calls for drainage, compaction, and edge restraints. Use it as an example of why the selected product instructions and site conditions matter; do not treat its depths as a universal design.

Common mistakes include overlapping section areas, forgetting cutouts, mixing inches with feet, applying waste before subtracting cutouts, and buying by a nominal package count without checking printed coverage.

Examples

Circular walkway area

For a 12 ft diameter circle, area is π × 6² = 113.10 ft² before cutouts. The paver and package results then use the entered joint and waste values.

Entered costs

The cost table multiplies rounded purchase quantities by your prices. A blank price contributes $0 and is not a supplier quote.

Frequently asked questions

Does the paver count include waste?
The geometric count covers the entered net area using the paver face plus joint module. The purchase count applies your waste percentage and rounds up. Packages then round up again to a whole package.
Can I subtract a fire pit or planter?
Yes. Enter its rectangular dimensions as the cutout. For an irregular feature, enter a measured rectangular equivalent and record that approximation in your printed plan.
Is the base depth a construction recommendation?
No. Base and bedding depths are editable estimating inputs. Soil, drainage, climate, loading, local practice, and the selected paver system determine the actual assembly.
What does the density estimate mean?
Weight equals loose or compacted volume times the density you enter. Confirm the supplier's density and whether it describes loose, compacted, dry, or wet material before arranging transport.
Does the cost include labor and tax?
No. It adds only the paver, base, sand, and delivery prices you enter. It excludes labor, tax, excavation, edge restraints, jointing material, tools, permits, and disposal.

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