Fill Dirt in Mead, OK

In Mead and surrounding West Oklahoma areas, delivered fill-dirt typically ranges from about $15 to $45 per cubic yard (roughly $12 to $35 per ton), depending on haul distance, moisture content, order size, and local supplier rates. Hello Gravel shows transparent pricing at checkout for your zip code and the minimum order is 3 tons; for an exact price get a quote for your address and desired delivery date.

Most fill-dirt in the Mead area is sourced from local pits, roadwork cuttings, or nearby farms and hauled by regional aggregate suppliers. Deliveries are made by dump truck (typically tri-axle) and Hello Gravel coordinates local suppliers and contracted haulers so material and delivery practices reflect local conditions and availability.

To raise 1,000 sq ft by 6 inches you need about 18.5 cubic yards of material (1000 ft2 x 0.5 ft = 500 ft3; 500 ft3 ÷ 27 = 18.5 yd3). Using a rule of thumb of 1 cubic yard ≈ 1.2 tons for typical fill-dirt, that equals around 22 to 25 tons; always order 5-10% extra to account for compaction and settling.

Fill-dirt is good for raising low spots and backfill but it is not an ideal structural driveway base in clay soils common around Mead. For a driveway you should provide a properly compacted subgrade and then install a crushed stone or road base cap; otherwise the clay-rich fill can rut, hold water, and deteriorate faster in seasonal wet-dry cycles.

Loose fill-dirt can erode or wash on slopes during heavy rains common in the region unless you use erosion control measures. Use terracing, silt fences, vegetative cover, geotextile fabric, riprap, or retaining walls and ensure proper drainage to reduce erosion and settling on sloped sites.

A common approach is to strip topsoil, place fill-dirt in 4 to 6 inch lifts, and compact each lift to at least 95% of standard Proctor density if specified by an engineer. After raising the grade with compacted fill, add a 6 to 8 inch layer of crushed stone or road base as the structural driving surface; ask local building officials whether a compaction test is required for your project.

Fill-dirt is cheaper and useful for grading and filling but lacks the strength and drainage of crushed limestone or road base. Crushed stone or road base provides a more durable, well-draining driving surface and reduces maintenance but costs more per cubic yard and per ton. For a long-lasting rural driveway in Mead's clay soils, many contractors recommend compacted road base topped with a wearing layer of gravel rather than using fill-dirt alone.

Permit and testing requirements vary by local jurisdiction around Mead; small landscaping projects often do not require permits but building pads, driveways that affect drainage, or commercial work frequently do. Contact your city or county building department before work starts to confirm permit needs and whether compaction tests or engineered plans are required.

Expect some settlement during the first year, especially after heavy rains; plan to inspect and regrade low spots and replenish surface gravel as needed. For driveways, routine maintenance typically includes annual or biennial adding and grading of surface stone, clearing drainage channels, and addressing any potholes promptly to limit erosion and further deterioration.

Local contractor rates in and around Mead can vary, but spreading and compacting fill-dirt commonly runs roughly $8 to $30 per cubic yard (or a labor/minimum flat fee for small jobs), depending on access, crew size, equipment needed, and site prep. For accurate pricing get at least two local quotes and factor in haul distance, site obstacles, and whether compaction testing is required.

Hello Gravel requires a minimum order of 3 tons and lets you choose delivery dates with standard delivery typically in 2+ business days, while next-day delivery may be available for orders placed before noon CST for an extra fee. Add delivery notes (access, desired drop location, or tailgate spreading request) at checkout and contact our team if you need help calculating quantities or arranging spreading and compaction.