Paver Calculator

Estimate how many pavers you need, plus base gravel, bedding sand, pallets, waste, and material cost for patio, walkway, and driveway projects.

Buy list first Pavers, base, and sand together Last updated: April 11, 2026

Build Your Paver Order

Best for backyard seating areas, dining pads, and general hardscape patios.

ft
ft

Simple offset rows keep cuts manageable and usually stay close to the base waste rule.

%

Default waste follows the project type and pattern. You can override it here if your cuts or edge conditions are different.

Order Summary

Primary order quantity
700 pavers
2 pallets · 1.78 cu yd base
Start with the paver count, then build the rest of the order around it: base gravel, bedding sand, and polymeric sand.
Pavers to order
700
Includes 8% waste
Pallets
2
Based on common pallet quantity
Base gravel
1.78 cu yd
2.49 tons at planning density

Quantity checks

Project area144 sq ft
Pavers before waste648
Extra for waste +52
Polymeric sand4 bags

This page is a planning estimate for ordering, not a manufacturer-specific pallet or joint-sand quote.

Cost estimate is optional

Turn on Cost Mode if you want this order summary to add paver, gravel, sand, and polymeric sand pricing.

Project notes

  • Project area is 144 sq ft before waste is applied.
  • Patio uses a 4" base and a 1" bedding layer in this plan.
  • Running bond is running with a 8% waste rule on this page.

Worked examples

12x12 patio with 4x8 pavers

12 × 12 ft patio · 4 × 8 brick pavers · running bond

Pavers
700
Base gravel
1.78 cu yd
Total
$755+

A standard patio order: rectangular layout, 4-inch base, 1-inch bedding sand, and a normal waste allowance.

20x20 driveway with herringbone

20 × 20 ft driveway · 4 × 8 pavers · herringbone

Pavers
2,016
Base gravel
7.41 cu yd
Total
$2,400+

The footprint is manageable, but the deeper base and stronger pattern push the order up quickly. This is where project type matters more than looks.

Circle patio paver order

80 sq ft curved patio edge · 6 × 6 pavers · basketweave

Pavers
346
Polymeric sand
3 bags
Total
$420+

Even a small walkway needs extra material when the edges curve or the pattern creates more cuts than a straight run.

Where paver orders usually change

Waste climbs first

Pattern can change the order before the footprint changes

Running bond and stack bond usually stay close to the base count. Herringbone and curved edges tend to add more perimeter cuts.

Base material climbs first

Driveway jobs need a deeper base than patios

A patio can often stay on a 4-inch compacted base. A driveway usually needs something closer to 6 inches before the order is realistic.

Logistics rise first

Pallet planning is a delivery problem, not just a math problem

Once the order reaches multiple pallets, delivery, unloading, and staging need to be planned up front.

How to use this calculator

  1. Start with the project footprint. Use a preset for common patio sizes or switch to custom dimensions when the project is not a simple rectangle.
  2. Choose the project type before trusting the base. A driveway order should not use the same base depth logic as a light patio or walkway.
  3. Pick the paver size and pattern. The paver size drives the unit count, while the pattern is what usually changes the waste rule.
  4. Read the order summary first. Start with pavers, then pallets, then base gravel, bedding sand, and polymeric sand.
  5. Only then look at cost. Price is useful, but the buy list is what keeps the job moving when the delivery arrives.

How we calculate

Pavers = (Project Area ÷ Paver Area) × (1 + Waste%)

Example: 12 × 12 ft patio with 4 × 8 pavers

  • Project area = 12 × 12 = 144 sq ft
  • Single paver area = 32 in² ÷ 144 = 0.222 sq ft
  • Base paver count = 144 ÷ 0.222 = 648
  • With 8% waste = 648 × 1.08 ≈ 700 pavers
  • Base gravel = 144 × 4 ÷ 324 = 1.78 cu yd
  • Bedding sand = 144 × 1 ÷ 324 = 0.44 cu yd

Why the buy list changes

The paver count comes from the unit size, but the real order moves when the pattern changes the waste, the project type changes the base depth, or the pallet count changes delivery planning.

Paver quantity and installation-layer planning align with standard ICPI hardscape guidance and consumer-facing paver ordering references.

This is a planning page, not a manufacturer-specific pallet takeoff or joint-sand spec sheet.

Base depth guide

Patio

4" compacted base + 1" bedding sand

A common planning default for backyard patios with foot traffic and normal furniture load.

Walkway

4" compacted base + 1" bedding sand

Usually similar to a patio unless the subgrade is weak or the path sees service equipment traffic.

Driveway

6" compacted base + 1" bedding sand

Vehicle load changes the order quickly. The pavers matter, but the base usually drives the larger jump.

Popular paver size guide

4" × 8" brick paver

Traditional patios, walkways, and driveway herringbone layouts

One of the most common formats, with pallet quantities that are easy to plan around.

6" × 6" square paver

Smaller patios and tighter walkway layouts

Easy to count and compare against square-foot coverage, but it still needs a waste buffer when cuts appear.

8" × 8" square paver

Medium-format patio fields

Often reduces the unit count, which can make delivery and staging easier even if each paver costs more.

12" × 12" slab paver

Cleaner patio grids and modern outdoor pads

The math is simpler because one paver is close to one square foot, but perimeter cuts can still raise waste.

Waste guide by pattern and edges

Usually 7% to 8%

Straight rectangular patio

Running bond and stack bond usually stay closest to the planning count here.

Usually 10% to 12%

Driveway or herringbone layout

The stronger interlock is worth it, but edge cuts usually push the order beyond a simple square-foot conversion.

Usually 12% to 15%

Curved edges or irregular outline

Curves are where low waste assumptions fail first. This is where ordering too tight creates the most problems.

Pallet planning guide

One pallet or less

A smaller patio or walkway can usually be staged close to the work area with simpler delivery planning.

Two to four pallets

This is the range where staging and unloading start to matter. You are coordinating drop points, not just buying pavers.

Five pallets and up

Driveway-size orders turn into logistics jobs. Make sure the delivery path, curb access, and on-site staging are realistic before ordering.

Frequently asked questions

A 12 × 12 patio is 144 sq ft. With 4 × 8 brick pavers, that usually lands near 648 pavers before waste and about 700 pavers after an 8% planning buffer.
A 4 × 8 paver covers about 0.22 sq ft, so one square foot usually takes about 4.5 pavers before waste. In practice, you round up and then add waste for cuts and edge conditions.
Use the project area with the base depth and bedding depth. A common patio rule is 4 inches of compacted gravel plus 1 inch of bedding sand. Driveways usually move closer to a 6-inch base.
Straight layouts often stay around 7% to 8%. Herringbone, diagonal layouts, and curved edges usually need more. If the edge cuts are doing the real work, a low waste rule is usually too tight.
Start with the circle area, then divide by the area of one paver and add waste for perimeter cuts. Circle layouts usually need more waste than a straight rectangular patio because the edges create more trimming.
Most homeowner estimates focus on the paver face size and then add waste for cuts. If your layout has wider joints or a brand-specific spacing system, use that as an extra field check before ordering.
It depends on the paver size. A standard 4 × 8 brick pallet is often planned around 480 pavers, while larger slab sizes cover fewer units per pallet.
Patios and walkways are commonly planned around a 4-inch compacted base. Driveways are usually closer to a 6-inch base because the traffic load changes the support requirement.
Material cost depends on how you price the pavers, but the full order also includes gravel, bedding sand, and polymeric sand. Larger footprints and stronger patterns move the total up quickly.

Related calculators

References

  1. Concrete Masonry & Hardscapes Association (CMHA)
  2. Lowe's Paver Calculator
  3. Nicolock Paving Stone Calculator