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Sand Calculator

Estimate sand volume and approximate weight from project dimensions and material density.

Free online toolWorks in your browserNo sign-up required

Sand Calculator

Enable JavaScript to use the interactive calculator; the example and formula are described below.

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Landscaping & Outdoor Materials

Gravel, mulch, topsoil, sand, lawn and outdoor project material estimates.

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How to use this sand calculator

Enter the values requested above and select Calculate. Change any input to compare another scenario. The calculation runs locally in your browser and does not require an account.

Formula and method

Volume = length × width × depth. Estimated tons = cubic feet × density ÷ 2,000.

Example

A 10×10-foot area filled 4 inches deep contains about 33.33 cubic feet of sand.

What this calculator is useful for

Estimate sand volume and approximate weight from project dimensions and material density. The result is intended for quick estimates, checking arithmetic and comparing scenarios. When a result affects a contract, tax filing, medical decision, building-code requirement or other high-stakes situation, verify the result with the appropriate professional or authoritative source.

Sand Calculator: a practical example

For a 10-by-10-foot section filled 4 inches deep, the volume is about 1.23 cubic yards.

What the result means

Convert inches to feet before multiplying dimensions for cubic feet.

Limits to consider

Bulk sand density varies with moisture and material gradation, so weight estimates are approximate.

Related tools: Roofing Shingle Calculator · Siding Calculator

Frequently asked questions

What does the Sand Calculator calculate?

Estimate sand volume and approximate weight from project dimensions and material density.

How does the Sand Calculator work?

Volume = length × width × depth. Estimated tons = cubic feet × density ÷ 2,000.

Is the Sand Calculator free to use?

Yes. ERICH Calculators is free to use and does not require an account.

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Method, assumptions & corrections

See how formulas, sources and limitations are handled across ERICH Calculators.