Stone delivery in Vancouver, WA

In the Vancouver (OR-WA) area, common crushed stone prices for delivery typically range from about $60 to $100 per ton depending on size and supply; specialty decorative stone can cost more. A good rule of thumb is about 1.4 tons per cubic yard, so expect roughly $85 to $140 per cubic yard delivered. Hello Gravel has a 3-ton minimum order and offers clear pricing in checkout, so check your zip code for exact rates and any delivery fees.

For driveways on Vancouver's clay/loamy soils, contractors usually install a geotextile, then 4-6 inches of 1-1.5u0022 crushed base rock followed by a 1-2u0022 wearing layer of 3/4u0022 crushed stone to lock and compact. For patios, use a 3/4u0022 crushed base (3-4u0022 deep) with a 3/8u0022 to 1/2u0022 crushed finish layer for a smooth walking surface. In clay soils add extra depth and a separation fabric to reduce pumping and rutting during heavy rain.

Vancouver gets frequent rain but only mild freeze-thaw cycles compared with inland areas, so the biggest issue is water saturation, not frost heave. Proper subbase preparation, slope for runoff, and using angular crushed stone with good compaction prevent surface rutting and washouts. Plan for good drainage (French drains, positive grading, or permeable edges) to keep stone stable through wet months.

Use 1 cubic yard = 27 cubic feet ≈ 1.4 tons as your calculator. For example, a 12' x 40' driveway with a 4u0022 base needs about 6 cubic yards (~8.5 tons); at 6u0022 base it's about 9 cubic yards (~12.5 tons). For a 4' x 50' path at 2u0022 depth you need roughly 1 cubic yard (~1.4 tons). These are typical contractor estimates—always measure your area and add 5-10% for compaction and waste.

Both crushed stone and crushed rock can work well, but the key is particle size and fines. Clean, angular stone with few fines (washed rock) gives excellent drainage and interlock for driveways, while larger stones (1u0022 and up or riprap) are better for erosion control on slopes. For stormwater and erosion projects in Vancouver, pair larger stone with a geotextile fabric and proper slope grading to keep soil in place.

Local contractors source stone from nearby quarries, recycling yards, and aggregate suppliers throughout the Portland-Vancouver metro; Hello Gravel connects you to those local suppliers. Delivery is typically by tri-axle dump truck with a 3-ton minimum; some sites allow customer pickup or equipment loading if arranged with the supplier. Request tailgate spreading at checkout if you want the driver to spread material, but note this is at the driver's discretion and not guaranteed.

City rules and HOA covenants vary, so check your HOA guidelines and Vancouver municipal code before replacing turf, especially in visible front yards. Some HOAs and neighborhoods have rules about surface materials, drainage changes, and front-yard aesthetics; the city may also have stormwater or landscaping standards for certain zones. Contact your HOA and the City of Vancouver planning department early to avoid rework or fines.

Installation costs vary with site prep, grading, accessibility, and stone type; a basic contractor-installed crushed-stone driveway in Vancouver commonly ranges from about $3 to $8 per square foot for labor and grading. For a 12' x 40' driveway that usually translates to roughly $1,500 to $4,000 in labor plus material costs, with higher prices for difficult access or extra drainage work. Hello Gravel supplies the material and delivery; for installation quotes ask local contractors for itemized bids so you can compare material, hauling, and labor separately.

Perform light regrading and add fresh stone every few years where ruts or low spots form, and remove organic debris that can trap moisture and create fines. Keep edges constrained with timber, pavers, or metal edging to prevent spreading, and check drainage paths after heavy rains to ensure water flows away from structures. For weed control, use a permeable fabric that allows drainage, and avoid adding fine soils that will clog voids and reduce permeability.