Fill Dirt in Inglewood, TN

Delivered fill-dirt prices in the Inglewood/Tennessee region typically range from about $12 to $30 per ton, depending on local supplier rates, haul distance, and seasonal demand. Hello Gravel requires a 3-ton minimum order and offers transparent pricing at checkout; final cost will show before you confirm. For an exact quote, check your zip code on Hello Gravel or contact our team.

For heavy clay and active freeze-thaw conditions in the Tennessee region, choose a clean, low-organic 'select' or granular fill (sandy-silt) that drains more easily than native clay. In frost-prone or load-bearing areas, engineers usually recommend a granular structural fill or crushed stone layer beneath the fill and proper compaction to reduce frost heave. If the area is critical (driveway, foundation, septic), consult an engineer or contractor for an engineered fill spec.

Hello Gravel’s minimum order is 3 tons for delivered aggregates. Standard delivery is scheduled for 2+ business days with next-day delivery available for orders placed before noon CST for an additional fee; same-day delivery is rare and depends on local supplier and truck availability. Delivery fees vary by supplier and location—many areas qualify for free delivery but fees, access limitations, or overtime charges can apply.

Use this quick method: cubic yards = (area in sq ft * depth in inches) / 324, then convert to tons by multiplying cubic yards by the material’s weight (about 1.0–1.2 tons per cubic yard for typical fill-dirt). For example, 100 sq ft at 1 inch deep = 0.31 cubic yards, which is roughly 0.34 tons using 1.1 tons/yd3. Use Hello Gravel’s material calculator for a faster, parcel-specific estimate.

Fill-dirt is appropriate for raising grade and general backfill, but it is not an ideal finished driveway surface; driveways need a structural crushed-stone base and proper compaction for load-bearing and frost resistance. For septic backfill, fill-dirt may be acceptable if it meets local health-department specs (no organics, proper compaction); always check with your county health office or building department for Inglewood-specific rules. For landscaping, fill-dirt works to raise lawn grade but should be capped with topsoil where you will plant.

A properly placed and compacted fill-dirt base can remain stable for many years, but in Tennessee’s freeze-thaw and wet-season conditions you should expect some seasonal settling and occasional washouts. Routine maintenance includes regrading low spots, adding more material after heavy settling, and keeping good surface drainage to prevent erosion. Critical structural uses should use engineered fill and scheduled inspections to avoid long-term problems.

Use fill-dirt to bulk up low areas and raise grade where planting is not the final surface. For a driveway or any load-bearing surface, crushed stone is the right choice because it compacts well and sheds frost; topsoil is for planting and should be used only as a final planting layer. Often projects use all three: fill-dirt to raise, crushed stone for the base, and topsoil on top where you will seed or plant.

Installed prices vary with access, depth, compaction requirements, and site prep; expect local contractors in the Tennessee region to charge roughly $25 to $60 per cubic yard for delivery, spread, and compaction as a ballpark range. Per-ton installed pricing would convert from that range depending on the material density (about 1.0–1.2 tons per cubic yard). Always get multiple written quotes and confirm whether pricing includes hauling, compaction, grading, and disposal of existing material.

No—because Hello Gravel sources materials regionally, fill-dirt color, texture, and particle size can vary based on local geology around Inglewood. Photos are representative; if color or texture is important, add notes at checkout and contact our team so we can try to match your preferences where possible. If the material seems significantly different from your order, contact customer service to review options.

Best practice is to place fill-dirt in controlled lifts (typically 6 to 8 inches loose) and compact each lift with appropriate equipment (vibratory roller or plate compactor) until specified density is reached. Moisture control during compaction is critical in Tennessee’s clay-prone soils; too wet or too dry reduces compaction efficiency. For structural work, follow an engineer’s compaction spec and testing plan rather than a one-size-fits-all approach.