Fill Dirt in Greater Third Ward, TX

Fill-dirt is subsoil used to raise grades or fill holes; it is typically free of topsoil, roots, and most organic material. In Greater Third Ward you use it to level yards, raise low spots, or prepare an area before structural work, but it is not a finished driveway surface — you should cap it with crusher-run or stone for traffic areas.

Typical delivered prices in the Houston/Greater Third Ward area usually fall in a range of about $10 to $30 per cubic yard, depending on quality, haul distance, and volume. Using a common conversion of about 1.3 tons per cubic yard, that works out to roughly $8 to $23 per ton; exact pricing will vary by supplier, delivery logistics, and any rush fees.

Multiply the area (square feet) by the desired depth (in feet) to get cubic feet, then divide by 27 to convert to cubic yards. For example, 500 sq ft raised 6 inches (0.5 ft) is 500 x 0.5 = 250 cu ft = about 9.3 cu yd (roughly 12 tons using 1.3 tons/yd3). For quick planning: 100 sq ft raised 6 inches is about 1.85 cu yd (≈2.4 tons).

Yes. Hello Gravel’s network sources local suppliers and haulers that deliver to Greater Third Ward. Standard delivery lead time is 2+ business days with a next-day option for orders placed before noon CST for an extra fee; minimums commonly start at about 3 tons under Hello Gravel’s policy, though some suppliers have higher minimum truckloads.

For clay-heavy Houston soils, choose clean, compactable fill-dirt with low organic content (no topsoil or debris) and a well-graded particle size so it compacts uniformly. For driveways and areas with traffic, contractors typically place compacted fill-dirt as a subgrade and finish with a structural surface like crusher-run or limestone rather than relying on fill-dirt alone.

Fill-dirt will compact, but slope stability is a bigger concern — loose fill on slopes can shift or erode during heavy Houston rains. For slopes, contractors commonly terrace or bench the fill, use geotextile fabric, and sometimes add stabilizers (lime or cement) or retaining structures; consult a contractor or engineer for slopes, especially those steeper than a typical yard grade.

Fill-dirt alone is not a durable wearing surface for driveways; it must be properly compacted and topped with a structural aggregate like crusher-run or recycled concrete to handle traffic. Expect periodic maintenance after heavy rains — regrading low spots and adding topping material every 1 to 5 years depending on traffic and drainage; good initial compaction reduces future upkeep.

Fill-dirt is the most economical material for raising grade and non-structural backfill but does not provide a stable wearing surface. Crusher-run and limestone are better choices for driveway bases and surfaces because they lock together and drain better, while decomposed granite is attractive for light-use paths but not suited to heavy loads. Many local projects use fill-dirt for bulk grade work and then cap with crusher-run or limestone for durability.

Yes. Significant grading, drainage changes, or work that affects the public right-of-way can trigger City of Houston permits or stormwater requirements, and many HOAs have rules about visible grading and driveway materials. Before delivery, check Houston permitting resources and your HOA covenants to avoid fines or orders to remove material.

Typical equipment includes a dump truck for delivery, a skid steer or small excavator to spread material, and a plate compactor or tandem roller for compaction; for steeper sites you may also need a grader or excavator work. Contractor costs vary widely — expect to pay for machine time plus labor; get local quotes, and ask contractors about compaction passes and proof-roll or compaction testing if you plan structural work.

Builders and engineers usually prefer engineered backfill (specified gradation and compaction) for foundation work because uncontrolled fill-dirt can settle or hold moisture in Houston’s expansive clay soils. Fill-dirt may be acceptable for non-structural fill after testing and compaction, but always confirm with your builder or geotechnical engineer before using it against foundations or under slabs.