Asphalt tonnage & paving estimator
Estimate hot-mix asphalt quantity from pavement dimensions and compacted thickness. The calculator converts the finished volume to weight using an editable density and can estimate material cost per ton.
Interactive tool
Planning estimate only. Verify measurements, material specifications, densities, package coverage and supplier pricing before ordering.
Visual guide
See the measurement path before using the formula. The visual separates area, depth, volume and purchase units so the calculation is easier to verify.
Practical guide
The number is only useful when the inputs describe the actual project. These are the assumptions that most often change the result.
Asphalt ordering starts with compacted pavement volume. The tool multiplies area by finished thickness, converts that volume to weight using pounds per cubic foot, then converts pounds to short tons. Price per ton can then be applied to the estimated weight.
A small change in compacted thickness materially changes tonnage. Density also depends on the asphalt mix and compaction. The calculator exposes both assumptions so you can replace the planning defaults with project or supplier values.
This page estimates hot-mix quantity, not pavement structural design. Base preparation, drainage, lift thickness, compaction targets and mix selection should come from the applicable project specification or paving professional.
Calculation guide
Calculate compacted pavement volume first. Convert thickness to feet, multiply by area, then multiply cubic feet by asphalt density in pounds per cubic foot. Divide pounds by 2,000 for short tons.
Enter length and width for a rectangular project, or use the known-area field when you already have square footage, square yards, square metres or acres.
Use the finished layer depth you actually plan to install. The calculator converts inches, feet, centimetres or metres into a consistent volume calculation.
Area multiplied by depth gives cubic volume. The tool shows cubic feet and cubic yards so you can compare bulk supplier units without doing another conversion.
Where relevant, apply density for tons, bag size for bag counts, waste or compaction allowances, and your local unit price for an estimated material cost.
Worked example
A 20 ft × 20 ft area at 2 inches thick is 66.67 ft³. At 145 lb/ft³, the estimated compacted weight is about 4.83 tons before waste.
Reference values
Use this table for quick planning checks. Calculator inputs remain the better choice when your dimensions, depth, density, waste or product coverage differ.
| Area | 2 in Asphalt | Approx. Tons* |
|---|---|---|
| 100 ft² | 0.62 yd³ | 1.21 tons |
| 200 ft² | 1.23 yd³ | 2.42 tons |
| 300 ft² | 1.85 yd³ | 3.63 tons |
| 400 ft² | 2.47 yd³ | 4.83 tons |
| 500 ft² | 3.09 yd³ | 6.04 tons |
| 600 ft² | 3.70 yd³ | 7.25 tons |
| 700 ft² | 4.32 yd³ | 8.46 tons |
| 800 ft² | 4.94 yd³ | 9.67 tons |
| 900 ft² | 5.56 yd³ | 10.88 tons |
| 1,000 ft² | 6.17 yd³ | 12.08 tons |
*Weight values use editable planning defaults shown in the calculator. Supplier density should be used for ordering.
People also ask
Overlapping questions are consolidated so each answer covers a distinct calculation or planning issue.
Multiply paved area by compacted thickness to get volume, then multiply volume by the density used for your asphalt mix. Add a practical waste allowance for the project.
There is no fixed answer because density varies by mix and compaction. Convert one ton to pounds, divide by the applicable pounds-per-cubic-foot density, then convert cubic feet to cubic yards.
Divide the total installed or material cost by the paved square footage. For a material-only estimate, first calculate required tons and multiply by the price per ton.
Required pavement structure depends on subgrade, base, traffic, climate and local specifications. Use the calculator for quantity planning, not structural design.
Mix selection is location and application specific. Confirm the mix and lift thickness with the paving supplier, contractor or applicable local specification.
Formulas are shown on the page and variable assumptions are exposed as inputs where they affect the result. Unit relationships are checked against FHWA Asphalt Pavement Design and Construction. Material density, packaging, product coverage and pricing should be verified with the supplier for the material actually being purchased.