Fill-dirt in Hampton Station, TN

Delivered fill-dirt prices in the West Tennessee/Hampton Station area commonly range from about $12 to $30 per ton depending on supplier distance, truck access, and moisture content. Hello Gravel requires a 3-ton minimum order and may include delivery fees or fuel surcharges for long hauls; get a tailored quote in checkout to see your exact price. Prices vary regionally and seasonally, so order confirmations show the final amount.

A good rule of thumb for local fill-dirt is 1 cubic yard ≈ 1.2 to 1.5 tons (use 1.3 tons/cu yd as a typical estimate for West Tennessee clay mixes). To estimate, calculate area × depth (ft) ÷ 27 to get cubic yards, then multiply by 1.3 for tons; for example, a 10'×50' driveway with 4u0022 depth needs about 6.1 cu yd or ≈8 tons. Always round up and add overage for compaction and settlement.

West Tennessee has clay-rich soils and frequent rain, which increase shrink-swell potential and slow drainage; wet clay compacts poorly and can settle or heave seasonally. For best results, place fill-dirt in thin lifts, control moisture before compaction, and provide good surface drainage or geotextile separation when needed. Expect longer cure times after wet periods and plan deliveries when conditions are drier.

Yes — Hello Gravel connects customers with trusted local suppliers and haulers around Hampton Station; you can check availability by entering your zip code or calling our team. Screened fill-dirt (fewer rocks) and engineered fill (spec’d for compaction) may be available but typically cost more — specify what you need at checkout or talk with our sales team for contractor referrals. We do not list guaranteed contractor services but can refer local suppliers that deliver.

For non-structural grade raising, place fill-dirt in 6u0022 to 8u0022 loose lifts and compact each lift to a firm, even surface; for light structures like small sheds, a compacted 6u0022 to 8u0022 base may work with a proper gravel pad on top. For driveways, foundations, or retaining-wall backfill, engineered granular base or engineered fill is recommended and a geotechnical engineer may require 90–95% standard Proctor compaction. When in doubt, hire an engineer for structural uses — local codes and soil conditions can require specific specs.

Plan for about 10% to 20% extra material to account for compaction and settlement for typical yard-raising jobs; use the higher end (20% or more) for deep fills, wet clay sites, or when you will compact heavily. Monitor and top up low spots after the first rainy seasons because West Tennessee soils and heavy rains increase settlement risk. Ordering slightly more upfront usually saves time and delivery costs later.

Local requirements vary, but structural uses such as foundation backfill, retaining walls, or engineered fills often require designs or inspections by a licensed engineer and may need building permits. For simple grading or lawn fill, permits are less likely, but you should confirm with your county or city building department before starting work. If your project affects drainage, floodplains, or adjacent properties, expect additional reviews or permits.

Fill-dirt is an economical choice for raising grade and filling depressions but has poor drainage and is not a good wearing surface or structural base. Crushed stone provides strength and drainage for driveways, pads, and structural bases and is usually recommended under pavement or slabs. Topsoil is best for planting and lawns; for most yard and driveway projects you will often need a combination (fill-dirt for bulk fill, crushed stone for the base, topsoil on the finished surface).

Aim for late spring through early fall when soils are generally drier and compaction works better; avoid scheduling deliveries during prolonged rainy stretches. If you must work in the rainy season, order smaller loads on drier days and allow extra time for drying and compaction. Remember tailgate spreading is at the driver's discretion and may be limited in muddy conditions.

If properly placed and compacted, fill-dirt used for grade correction can be stable for many years, but expect the most settlement in the first 6 to 12 months and plan to regrade and top up low areas. Maintenance typically involves adding soil to settled spots, reestablishing vegetation, and keeping drainage channels clear to prevent erosion. For structural applications, lifetime performance depends on correct engineering, compaction, and drainage control.