From this site

One project, every trade

Each calculator adds its lines to a single estimate — consolidated BOM, schedule and cash-flow included.

Open My Project →

Paver Calculator

Estimate how many pavers you need for a patio or walkway, based on paver size and area.

Computed in your browser — nothing you enter is uploaded. Figures are presented for United States against IRC 2024, and every formula is cited under regulatory standards below.

Last verified 2026-08-25 · v1.0.0

Market
Imperial · sales tax
13.12 ft9.84 ft
Schematic, drawn to the proportions you entered — not to scale on screen.
Who is doing the work?

The standard allowance most suppliers and estimating guides assume for ordinary work.

Estimated paver needed

143 pavers

High confidence

The pavers are the visible tenth of the job. What determines whether they stay flat is the base beneath them and the edge restraint around them, and both are larger quantities than the surface.

Patio area
129.17 sq ft
Coverage per paver
1 sq ft

At the values currently entered, the result works out to 143 pavers. Figures are shown for United States, where IRC 2024 is the governing residential reference; switch the market above if you are building elsewhere.

Add the equipment this sizes

This result is a specification — 143 pavers — not a quantity. Put the thing it sizes into your project: how many, what you call it, and your supplier’s price.

Preliminary estimate, not certified engineering. This tool produces an indicative quantity calculation for planning purposes only — it is not a certified structural analysis, a guaranteed material takeoff, or a substitute for building department approval. Always verify measurements on-site and have a licensed contractor or structural engineer review any load-bearing, code-sensitive, or safety-critical work before purchasing materials or starting construction. Spotted an arithmetic or standards error? Report it to contact@craftquantities.com with your inputs — confirmed fixes become pinned regression tests.

[Schema Verified] Computed in alignment with American Concrete Institute (ACI 318-19) formulas and International Residential Code (IRC 2024) spatial boundaries.

Regulatory standards & verification citations

  • Paver count = area to cover / (paver length x paver width), rounded up with a waste allowance for cuts along edges and curves

Your workspace

Most jobs need more than one number. Add the calculators you need next and they open right here, underneath this one — your figures stay on screen and nothing is lost to a page change.

Still deciding? Concrete Slab vs Pavers — the factors that actually differ, with no invented prices.

Still deciding? Deck vs Paver Patio — the factors that actually differ, with no invented prices.

Frequently asked questions

What actually holds a paved area flat?
The compacted sub-base, not the pavers. A paved surface is a flexible system in which the base spreads the load and the pavers wear; a thin base under good pavers settles and ruts, while a deep well-compacted base under modest pavers stays flat for decades. The base is also the larger quantity, and it is where the cost sits.
Why does edge restraint matter?
Because the field is only held together by friction in the joints, and that friction depends on the pavers being pressed against each other. Without a restraint at the perimeter the outer course creeps outward under traffic, the joints open, jointing sand washes out, and the failure works inward from the edge. It is a small item guarding the whole area.
Should the bedding layer be thick?
No — and thickening it is a common mistake. The bedding sand is a thin, uniform screed whose only job is to accommodate the small dimensional variation between pavers. Made thick, it behaves as a soft layer that consolidates unevenly under load, and the surface ruts along the wheel tracks. Depth belongs in the sub-base.
How much cutting waste should I allow?
It depends entirely on the shape, not the area. A rectangular field with a running bond wastes little because the offcut from one course starts the next. A circular, curved or diagonally laid area cuts every perimeter unit at an angle and reuses almost none of it — and a herringbone pattern cuts every edge unit regardless of the shape.