Gravel in Lee'S Summit, MO

Delivered prices in Lee's Summit vary by material and quantity. As a ballpark, expect $30 to $60 per ton (roughly $40 to $80 per cubic yard) for common materials like crushed limestone or 3/4u0022 stone, with pea gravel or decorative river rock often toward the higher end. Prices depend on local quarry supply, delivery distance, and minimum order; Hello Gravel has a 3-ton minimum and shows exact delivered pricing during checkout.

Common local options include crushed limestone (good for driveways and base), 3/4u0022 crushed stone (structural base and drainage), pea gravel (walkways, decorative areas, play areas), river rock (accent beds and drainage features), and screenings or stone dust (paver bedding and compaction). Suppliers in the Kansas City/Lee's Summit area source these from regional quarries, so color and texture will reflect local geology.

Multiple local quarries, landscape suppliers, and contracted dump-truck haulers serve Lee's Summit. Delivery fees depend on the supplier, truck type, distance, and order size; many suppliers (and Hello Gravel's network) include delivery for larger orders, while small orders may incur a flat fee or per-mile charge ranging from about $50 to $200. Hello Gravel displays supplier-specific delivery costs up front at checkout so you can compare.

Recommended depths depend on use: walkways and patios typically need 2u0022 to 3u0022 of compacted finish material over a compacted base; residential driveways usually require a 4u0022 to 6u0022 compacted base plus a 2u0022 to 3u0022 wearing layer for vehicles. For heavy trucks or poor soils, increase total depth to 8u0022 or more and consider geotextile fabric under the base to reduce migration and rutting.

Freeze-thaw cycles and heavy rains can cause washouts, rutting, and surface migration if drainage and compaction are inadequate. Best practices in Lee's Summit include building a crowned surface to shed water, installing proper subgrade drainage or french drains where needed, using edge restraints to prevent side loss, and compacting in lifts to lock the material in place. Good drainage reduces maintenance and helps the driveway survive seasonal cycles.

A practical local conversion suppliers use: cubic yards = (area in ft2 * depth in inches) / 324, and many Midwest suppliers use about 1.25 tons per cubic yard for crushed stone. For example, per 100 ft2: 2u0022 depth = 0.62 yd3 (≈0.78 tons), 4u0022 = 1.24 yd3 (≈1.55 tons), and 6u0022 = 1.86 yd3 (≈2.33 tons). Always check the specific material density shown in checkout because different gravels weigh slightly differently.

Total installed cost varies with site prep, material, and traffic but typically ranges from $3 to $8 per square foot for a properly prepared gravel driveway (grading, geotextile, compacted base, and finish layer). For a 12' by 50' (600 ft2) driveway that works out to roughly $1,800 to $4,800, with higher costs for difficult access, heavy equipment use, or premium decorative stone. Get local quotes and ask suppliers whether delivery, spreading, and compaction are included or separate line items.

Permit and HOA rules vary by neighborhood; some Lee's Summit subdivisions or HOAs restrict gravel driveways for aesthetic or stormwater reasons. City rules can also apply for driveway aprons, curb cuts, or surface runoff control. Before installing, check Lee's Summit Planning/Building Department and your HOA covenants; Hello Gravel recommends confirming local approvals before ordering large deliveries.

Maintenance depends on traffic and weather; most residential gravel driveways need light maintenance (grading and filling ruts) yearly and replenishment of 1u0022 to 2u0022 of new stone every 1 to 3 years. Heavily used driveways or sites with poor drainage may require more frequent topping and more aggressive base repairs every 3 to 5 years. Regular grading, adding material as needed, and keeping drainage working significantly extend service life.

Gravel is generally the lowest upfront cost and provides excellent drainage, but it requires more frequent maintenance and can shift in heavy freeze-thaw or heavy-rain seasons. Asphalt has higher initial cost but is smoother and lower maintenance; it handles freeze-thaw reasonably well when properly installed but has poorer permeability. Pavers are the most expensive up front, offer the best appearance and long-term durability, and can be designed for drainage, but they need a well-prepared base and higher installation skill and cost.