Gravel in Seguin, TX

The most common gravel choices in and around Seguin are crushed limestone (good compaction), crushed stone (angular 3/4u0022 or 57 stone), pea gravel (rounded, decorative), and river rock (larger, decorative). Crushed limestone and crushed stone are the most popular for driveways because they lock together and resist rutting. Pea gravel and river rock are used more for patios, pathways, and decorative areas rather than a primary driveway surface.

Delivered gravel prices in the area typically range depending on material and distance—many homeowners see total delivered costs roughly between $30 and $60 per ton for common gravels, with some specialty stones higher. Hello Gravel shows transparent pricing and a minimum order of 3 tons; delivery fees vary by supplier and zip code and may be free in many locations. For an exact cost for your address in Seguin, use the zip-code quote tool or contact our team for a firm price.

For a 12 x 50 ft (600 sq ft) driveway, a 3u0022 finished depth requires about 8 tons, a 4u0022 depth about 10-12 tons, and a 6u0022 depth about 16 tons after accounting for compaction and waste. If you expect regular vehicle traffic choose 4u0022 as a minimum and 6u0022 for heavier use; always round up slightly and allow extra for grading loss. Hello Gravel's material calculator can give a precise recommendation for your chosen gravel type.

Crushed limestone is generally better for driveways in Seguin because it compacts tightly, forms a stable surface, and resists rutting during wet weather. Pea gravel is attractive and comfortable underfoot, so it works well for patios and walkways, but it shifts under vehicle traffic and is harder to maintain as a driveway surface. For patios you can use pea gravel over a compacted base and edging to keep it contained.

Yes—when installed correctly. Angular crushed materials and a compacted base shed water better and interlock to resist rutting, but heavy rains can wash or scatter loose, rounded gravels. Use proper grading, drainage, edging, and consider geotextile fabric under the base to reduce washout and weed intrusion in Seguin's climate.

Routine maintenance like raking and filling low spots should be done annually, while adding several inches of new gravel is commonly needed every 1-3 years depending on traffic and drainage. Areas with heavy vehicle use or poor drainage may need more frequent top-ups. Proper base preparation and edging will reduce how often you need to add material.

Hello Gravel partners with trusted local suppliers and contracted truck fleets that deliver to Seguin; availability depends on your zip code and selected material. We recommend using our website to check stock and delivery for your address or contacting our team to get supplier options and pricing. For spreading or placement, drivers may offer tailgate spreading at their discretion—request it at checkout but note there are no guarantees.

Gravel is typically less expensive up front—often $1 to $3 per sq ft installed—while concrete can cost $4 to $10 per sq ft or more depending on finish and site prep. Gravel requires more ongoing maintenance (periodic regrading and topping) and can wash in heavy rains, while concrete is low-maintenance but has a higher initial cost and can crack without proper base and control joints. Choose gravel for lower cost and easier repairs, and concrete for a long-term, low-maintenance surface for heavy or frequent loads.

Yes—well-graded, washed gravel (commonly 3/4u0022 to 1-1/2u0022) is standard for French drains and many erosion-control applications. Use filter fabric to keep fines from clogging the drain, maintain the correct slope, and combine gravel with pipe where needed to move water away from structures. For steep or highly erosive sites, pair gravel with terraces, retaining walls, or vegetation to improve stability.

Gravel can work well if you build a proper base: for occasional RV parking a compacted 4-6u0022 layer of crushed stone over geotextile is usually sufficient, while regular parking or heavy equipment typically needs 8-12u0022 of compacted base or a structural aggregate base. For heavier loads consider larger angular base material and good compaction, and add a finish layer of smaller crushed stone for surface drainage and traction. If you expect continual heavy use, consider concrete pads or reinforced gravel sections to reduce rutting.