Fill Dirt in Saint Leo, FL

Most basic fill dirt delivered to the Saint Leo area usually runs in the ballpark of $12 to $30 per cubic yard (roughly $10 to $25 per ton), depending on distance, supplier, screening, and moisture content. Prices can be higher for screened/select fill or if you need same-day or next-day delivery. Get an exact quote for your zip code through Hello Gravel to see local supplier pricing and fees.

Hello Gravel's minimum order is 3 tons, and standard delivery is 2 or more business days. Next-day delivery is often available for orders placed before noon CST for an extra fee; deliveries come by dump truck (typically tri-axle) and tailgate spreading may be possible at the driver's discretion. Ask your salesperson about access requirements and possible additional charges for tight sites or long haul distances.

Use this formula: cubic yards = (square feet x inches of fill) / 324. For 500 sq ft: 3 inches ≈ 4.6 yd3 (≈ 6.0 tons), 12 inches ≈ 18.5 yd3 (≈ 24.1 tons). For 1,000 sq ft: 3 inches ≈ 9.3 yd3 (≈ 12.0 tons), 12 inches ≈ 37.0 yd3 (≈ 48.2 tons), using a typical conversion of about 1.3 tons per cubic yard for local fill dirt — order a small buffer for compaction and settlement.

For West Florida, choose low-organic, clean fill dirt or select fill that has enough fines to compact (no roots or trash). Compact in 4 to 6-inch lifts with a plate compactor or roller and aim for 90–95% of standard Proctor density for structural fills; contractors often target 95% for driveway subgrades. Finish driveways with a proper base (road base or crushed stone) on top of compacted fill to improve longevity and drainage.

Yes, many local suppliers offer screened or select fill dirt and may provide processed options by request; washed fill is less common for basic fill but available for specialty needs. Screening and processing add cost and sometimes extra lead time — ask your Hello Gravel rep to note screening requirements in the order. Suppliers can also mark materials as ‘clean fill’ if they meet local standards.

Fill dirt is intended mainly for raising grades and backfill; it compacts reasonably well but can hold more water than coarse aggregates. Crushed shell and sand drain faster and are good where quick drainage and coastal aesthetics matter, but they do not compact as tightly for structural support. For driveways and areas needing long-term load-bearing capacity, a properly compacted road base or dense-graded aggregate over compacted fill is usually the best option in Saint Leo's rainy, sandy environment.

Permit requirements vary by project size and whether you are changing grades, draining to wetlands, or working in a floodplain; small, routine backyard fills are often allowed without a building permit but large grading or engineered fills may require county permits. Contact Pasco County Development Services to confirm rules for your property, and keep supplier documentation handy in case the county requests proof of material source. If you have a homeowner association, check local covenants too.

Place fill in thin lifts (4–6 inches), compact each lift, and shape the site to shed water away from structures with positive drainage. Use erosion controls like silt fence, straw wattles, temporary mulching, or geotextile on exposed slopes and establish vegetation or hard surfacing as soon as possible. Avoid placing fill during extended wet weather and store stockpiles on a stable, non-vegetated area to limit runoff and contamination.

Florida and Pasco County expect imported fill to be ‘clean’ — free of construction debris, hazardous waste, and significant organic material — and some projects may require lab testing or a written statement of source for large imports. Avoid material with seeds or root masses that could spread invasive plants; suppliers should be able to provide source details and, for major projects, a basic soil analysis or certificate of origin on request. When in doubt, ask your Hello Gravel rep to coordinate documentation from the local supplier before delivery.

Contractors should moisture-condition fill, place it in 4–6-inch lifts, and compact each lift with appropriate equipment (vibratory plate, sheepsfoot roller, or drum roller) until target density is reached, with proof rolling or nuclear density tests for verification when needed. Use geotextile or geogrid on weak native soils, provide stable edge restraints, and install subdrainage or surface drains where groundwater or runoff is an issue. Finally, cap compacted fill with a suitable base or topsoil and vegetation to reduce erosion and future settlement.