Stone delivery in Houston, AR

In the Houston, AR area, delivered stone typically ranges depending on type and distance; expect roughly $30 to $70 per ton (or about $40 to $90 per cubic yard) as a starting point. Final price varies with stone size, local quarry availability in West Arkansas, delivery distance, and minimum-order rules (Hello Gravel minimum is 3 tons). For an exact quote use our checkout or contact our team to check local supplier rates and any delivery fees.

For most Houston driveways we recommend layered stone: crushed limestone or crusher-run (mixed fines) for a compacted base, topped with 57 stone or 3/4u0022 crushed stone for a wearing surface. Crushed, angular stone locks together and resists rutting in wet clay soils common in this area better than rounded gravel. Choose specifics based on budget and appearance; request supplier photos or samples when ordering.

Stone performs well if you prepare the subgrade and provide drainage: compact the clay, add a 4u0022+ compacted base of crusher-run or aggregate, and slope the surface to shed water. In poorly draining clay, add geotextile fabric and thicker stone layers to prevent pumping and washout during heavy rain. Proper installation and periodic maintenance are key to long-term performance.

For a 20x40 (800 sq ft) driveway you’ll need about 12 tons for a 3u0022 layer, 16 tons for 4u0022, and roughly 24 tons for a 6u0022 compacted base (estimates use 1.6 tons per cubic yard). Many homeowners install a 4u0022 wearing layer over a 4-6u0022 compacted base, so plan on 16 to 24 tons depending on depth and compaction. Use our material calculator or contact Hello Gravel with your preferred depth for a precise quantity and minimum-order check.

Installed prices in the Houston, AR area typically fall between $1.50 and $4.00 per square foot, depending on excavation, base depth, and local labor rates. For a 20x40 driveway (800 sq ft) expect roughly $1,200 to $3,200 installed as a broad range; complex grading or drainage work will push costs higher. Ask our team for an itemized quote including materials, delivery, and any contractor work.

A well-built stone surface can last several years to decades on a low-volume rural road, but longevity depends on traffic, maintenance, and drainage. Expect to do light regrading and topping every 1 to 3 years and more substantial replenishment every 5 to 10 years in wet Arkansas conditions. Regular grading and fixing soft spots extends life significantly.

Yes — clean, washed stone (typically 3/4u0022 to 1-1/2u0022 sizes) is an excellent choice for French drains and other drainage applications in Houston yards. Use a geotextile fabric to keep fines out and select the right stone size for flow; avoid crusher-run or fines where free drainage is required. Hello Gravel can connect you with washed stone options from local suppliers.

Crushed concrete can be cheaper and is a reasonable recycled option, but stone (like crushed limestone) usually offers more consistent angular shape and long-term durability for Arkansas clay conditions. Crushed concrete may contain fines and variable material that can bind or create drainage issues; stone provides more predictable compaction and performance. Choose based on price, local availability, and the specific driveway design.

Hello Gravel connects you with trusted local suppliers across West Arkansas; we’ll check supplier availability for your zip code and arrange dump-truck delivery (minimum order 3 tons). Deliveries are typically made by contracted haulers; standard lead time is 2+ business days and next-day delivery is available for orders placed before noon CST for an extra fee. Use our site to shop stone products, schedule delivery, and add delivery notes like preferred drop location.

In Houston’s climate you should regrade and fill low spots after heavy rains or in spring; light use areas often need regrading once a year and a top-up of 1 to 3 tons every 1 to 3 years. High-traffic driveways or roads may need more frequent attention and larger replenishment amounts. Proper initial compaction, edge restraints, and addressing drainage will reduce maintenance needs.