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Gravel Driveway Material Calculator
Estimate driveway area, compacted and loose gravel volume, tons, whole truckloads, material, delivery, grading, total cost, and truck-capacity utilization.
Driveway plan area-
Required compacted volume-
Loose order volume-
Gravel to order-
Delivery truckloads-
Gravel material cost-
Delivery cost-
Base preparation and grading-
Driveway gravel project cost-
Project cost per square foot-
Final-truck average utilization-
Decision view
Driveway plan, compacted layer section, and truck loading
Driveway plan, compacted layer section, and truck loadingThe plan footprint feeds a depth section, loose-volume expansion, tonnage conversion, and whole-truck delivery gauge.
Exact scenario comparisonRequired compacted gravel depth (in) changes while all other entered assumptions remain constant.
| Required compacted gravel depth (in) | Driveway plan area | Required compacted volume | Loose order volume | Gravel to order | Delivery truckloads | Gravel material cost | Delivery cost | Base preparation and grading | Driveway gravel project cost | Project cost per square foot | Final-truck average utilization |
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How to use Gravel Driveway Material Calculator
- Measure average length and width after final edge layout.
- Specify required compacted depth and obtain the supplier's loose density for the chosen aggregate.
- Enter truck payload, per-ton price, delivery per load, and grading price.
Calculator guide
Understanding Gravel Driveway Material Calculator
A driveway is specified by compacted thickness, but gravel is delivered loose and billed by weight. This calculator preserves the entire chain from plan area to compacted yards, loose order yards, supplier density, truckloads, and installed cost.
Detailed calculation process
Detailed driveway volume, tonnage, truckload, and cost calculation
The default driveway is 80 feet long, 12 feet wide, and four inches deep after compaction.
General formula: A=LWV_c=A*d/(12*27)V_o=V_c*(1+c)*(1+w)T=V_o*rn=ceil(T/q)C=T*p+n*h+A*gU=T/(n*q) Plan area and compacted depth establish the finished volume. Loose allowances expand that volume, density converts it to tons, and delivery is priced in whole trucks.
What each symbol means
Worked substitution with the default inputs
The default project needs about 19.51 tons across two truckloads for an estimated material, delivery, and grading cost of $2,037.49.
Worked situations
Practical examples
- The default 80-by-12-foot driveway has 960 square feet of plan area and 11.85 compacted cubic yards.
- Compaction and handling allowances produce 19.51 tons, requiring two 18-ton deliveries.
Better inputs
Useful tips
- Confirm whether sub-base and surface gravel need separate layer calculations.
- Use compacted depth after excavation, not loose depth before rolling.
- Check bridge, driveway, and street weight limits before ordering a full truck.
Before relying on the result
Limitations and common mistakes
- The model assumes one uniform rectangular footprint and one aggregate density.
- Geotextile, drainage, excavation, base-course layering, edging, tax, and equipment are not separately priced.
- Actual delivered weight and compaction vary with moisture, gradation, and field conditions.
Reference
Key terms
- Compacted volume
- The finished in-place gravel volume after rolling.
- Loose order volume
- Supplier volume before field compaction.
- Density
- Delivered tons per loose cubic yard for the selected aggregate.
Important note
Confirm structural depth, drainage, aggregate gradation, and vehicle-load requirements with a qualified local contractor.
Frequently asked questions
Can I use a generic 1.4 tons per yard?
Only as a planning assumption; obtain the supplier's density for the exact aggregate.
Why does truck utilization look low?
The final truck may be partially loaded because delivery is charged in whole loads.
Should grading apply before or after gravel?
The entered grading rate represents base preparation over the driveway footprint; gravel spreading can be added if quoted separately.