Paver Sand Calculator

Calculate sand volume, weight, bags needed, and costs for paver installations. Supports rectangular, square, circular, and custom areas with multiple unit systems.

Calculate Sand Requirements

0.5 in 4 in

Results

Select a shape and enter dimensions to calculate sand requirements

Area Visualization

Paver Area

What is Paver Sand Calculator

Installing pavers without proper sand bedding can lead to uneven surfaces, shifting stones, and costly repairs. A paver sand calculator helps you determine exactly how much sand you need for your project, preventing both material waste and insufficient coverage.

This calculator supports different sand types used in paver installations: bedding sand for base layers, polymeric sand for joints, and specialty sands for specific applications. It accounts for compaction and waste factors that many basic calculators ignore, giving you accurate estimates for patios, driveways, walkways, and pool decks.

Whether you're a homeowner tackling a weekend project or a professional landscaper estimating materials, this tool ensures you order the right amount of sand without overpaying or running short during installation.

The Formula Used by This Calculator

The calculator uses industry-standard formulas to provide accurate sand estimates:

Area Calculations:

  • Rectangle/Square: Area = Length × Width
  • Circle: Area = π × (Diameter ÷ 2)²
  • Custom: Area = User-defined area

Sand Volume:

Volume = Area × Sand Depth

Adjusted Volume (with factors):

Adjusted Volume = Volume × (1 + Compaction % + Waste %)

Weight Calculation:

Weight = Adjusted Volume × Sand Density

Density varies by sand type (bedding sand: ~100 lbs/cu ft, polymeric sand: ~110 lbs/cu ft)

Example of the Formula Use

Let's calculate sand needed for a 200 square foot patio with 1-inch bedding sand:

Step-by-Step Calculation:

  1. Area = 200 sq ft
  2. Convert depth: 1 inch = 1/12 ft = 0.0833 ft
  3. Volume = 200 × 0.0833 = 16.67 cu ft
  4. Add 15% compaction + 10% waste = 16.67 × 1.25 = 20.84 cu ft
  5. Weight = 20.84 × 100 lbs/cu ft = 2,084 lbs
  6. Bags needed = 2,084 ÷ 50 = 42 bags (rounded up)

This example shows how the calculator accounts for real-world factors that affect sand requirements. The compaction factor accounts for sand settling during installation, while waste allowance covers cutting losses and spills.

Comprehensive Sand Calculation Examples

Area (sq ft) Depth (inches) Volume (cu ft) Weight (lbs) 50 lb Bags Est. Cost ($)
50 0.5 2.2 220 5 $25
100 1 8.7 870 18 $90
150 1.5 19.4 1,940 39 $195
200 1 17.4 1,740 35 $175
250 2 43.1 4,310 87 $435
300 1.5 48.8 4,880 98 $490
400 2.5 108.7 10,870 218 $1,090
500 2 86.8 8,680 174 $870
600 3 190.6 19,060 382 $1,910
750 2.5 203.1 20,310 407 $2,035
1000 3 326.1 32,610 653 $3,265
1200 4 521.7 52,170 1044 $5,220
1500 3.5 570.7 57,070 1142 $5,710
2000 2 347.8 34,780 696 $3,480
2500 2.5 544.0 54,400 1088 $5,440
3000 3 978.3 97,830 1957 $9,783
3500 1.5 570.7 57,070 1142 $5,710
4000 2 695.7 69,570 1392 $6,957
5000 2.5 1,088.0 108,800 2176 $10,880

Note: Calculations include 15% compaction and 10% waste allowance. Bag estimates are for 50 lb bags at $5 each. Actual requirements may vary based on specific sand type and installation conditions.