Find paver coverage
The joint is added to each paver dimension before converting square inches to square feet.
Pavers = area ÷ ((L + joint) × (W + joint) ÷ 144)Turn patio dimensions into a planning estimate for pavers, pallets, base gravel, bedding sand, joint sand and cost.
For a 240 sq ft patio
Volume estimates include 10% extra for compaction and handling. Joint-sand coverage is a planning estimate; verify the bag label for your paver and joint dimensions.
The calculation follows the same order as a materials takeoff: finished area, unit coverage, pattern waste, then foundation layers.
The joint is added to each paver dimension before converting square inches to square feet.
Pavers = area ÷ ((L + joint) × (W + joint) ÷ 144)Waste covers edge cuts, breakage, color blending and a few replacement pavers for later repairs.
Order quantity = raw pavers × (1 + waste %)Depth converts the patio footprint to cubic feet, then to cubic yards. We add 10% for handling and compaction.
Cubic yards = area × depth ÷ 12 ÷ 27 × 1.10Use these planning figures for common rectangular pavers. Counts include a ⅛-inch joint but do not include waste.
| Paver size | Nominal face area | Pavers / sq ft | For 100 sq ft |
|---|---|---|---|
| 4 × 8 in | 32 sq in | 4.30 | 430 |
| 6 × 6 in | 36 sq in | 3.84 | 384 |
| 6 × 9 in | 54 sq in | 2.58 | 258 |
| 12 × 12 in | 144 sq in | 0.98 | 98 |
Actual manufactured dimensions can differ from the nominal size. For the closest estimate, choose Custom size and enter the dimensions from the product specification.
Straight layouts preserve more full pavers. Angled and curved layouts create more offcuts that cannot be reused.
The calculator starts at the midpoint of a practical range. Increase it for many corners, narrow borders or fragile material.
For an L-shape, split the footprint into rectangles and add their areas before entering equivalent length and width. For a circle, first calculate area as π × radius².
Compare paver color, thickness, pallet coverage and delivery access before ordering.
Browse local pavers, base materials, bedding sand and polymeric joint sand.
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Practical answers for ordering and preparing a patio or walkway.
Plan about 5% for a simple running bond in a square or rectangular area, 10–15% for herringbone, and 15–20% for curves, circles or layouts with many cuts. Complex borders and fragile pavers may justify more.
A herringbone field meets most straight edges at an angle, producing more triangular or partial cuts. Some offcuts are too small or incorrectly oriented to reuse, so a 10–15% allowance is typical for planning.
Four inches of compacted aggregate is a common starting point for a pedestrian patio on stable, well-draining soil. Walkways, poor soil, freeze-thaw climates and vehicle loads can require a thicker engineered base. Follow local guidance and the paver manufacturer's specification.
It varies widely by paver size, thickness and manufacturer—often a few hundred pieces. Use the exact pieces-per-pallet figure on the product listing or pallet tag. The calculator defaults to 480 pieces only as a starting point.
Coverage depends on paver size, joint width, joint depth and bag weight. Smaller pavers have more joint length per square foot and use more sand. This calculator gives a rough 50-pound-bag estimate based on a 4 × 8-inch paver with ⅛-inch joints; always check the product coverage chart.
Many interlocking concrete pavers use joints around ⅛ inch, while some products and permeable systems require wider gaps. Built-in spacer bars do not replace the manufacturer's joint specification. Match the joint sand to the permitted joint width.
No. The result covers pavers, a compacted aggregate base, bedding sand and approximate joint sand. Edge restraint, spikes, geotextile, drainage, excavation disposal, equipment and labor should be estimated separately.
Plan the next layer or the next outdoor project.