How do you convert cubic yards of gravel to tons?
US short tons = cubic yards × 0.764554857984 × density in kg/m³ ÷ 907.18474. The conversion changes when density changes. “One yard equals one ton” is not a reliable rule.
Work through a real unit conversion
Use an example order volume of 2.5925926 yd³ and a planning density of 1,600 kg/m³:
- Convert volume: 2.5925926 × 0.764554857984 = 1.9821792 m³.
- Estimate mass: 1.9821792 × 1,600 = 3,171.49 kg.
- Convert to US short tons: 3,171.49 ÷ 907.18474 = approximately 3.496 short tons.
- In metric tonnes, the same mass is approximately 3.171 tonnes.
The volume has not changed; only the mass unit has. The density-aware converter accepts either direction.
How much does one cubic yard of gravel weigh?
At an example bulk density of 1,600 kg/m³, one cubic yard weighs approximately 1,223 kg, 1.223 metric tonnes or 1.348 US short tons. These values change with density; they are not a fixed weight for every gravel product.
Why does gravel density change the answer?
Bulk density includes the spaces between particles. A material name alone does not specify a unique delivered density. Our rounded 1,600 kg/m³ default is a planning assumption informed by a supplier example, not a universal pea gravel or crushed-stone specification. See the density provenance before using it for a purchase.
For the same 2 m³ order, a density of 1,400 kg/m³ implies 2,800 kg, while 1,800 kg/m³ implies 3,600 kg. Those are sensitivity examples, not a published range for a particular product. Asking for the supplier’s actual assumption can change the estimate more than displaying extra decimal places.
Read “ton” on the quote
NIST distinguishes the 2,000 lb US short ton from the 1,000 kg metric tonne. The UK long ton is another unit and is not a supported price unit in this tool. Get the unit in writing if a quote only says “ton.”
Finally, apply purchasing increments after the conversion. If the supplier sells quarter-short-ton quantities, round the required mass upward to that increment rather than rounding the intermediate density or volume.
Sources & methodology
Examples are original calculations, not supplier quotes or professional design advice. Review our assumptions.