Gravel in Anaheim, CA

Delivered prices in Anaheim vary with supplier, quantity, and stone type. As a rule of thumb you can expect roughly: pea gravel $50–$90 per ton (~$70–$125 per cubic yard), 3/4u0022 crushed stone $40–$80 per ton (~$55–$110 per cubic yard), and river rock $80–$140 per ton (~$110–$195 per cubic yard). These are estimates for delivered material and include typical Southern California delivery fees; check Hello Gravel for exact quotes and note our minimum order is 3 tons.

For driveways choose angular, crushable stone that compacts well, such as 3/4u0022 crushed rock or crushed rock with fines (road base). River rock and large rounded stones look nice but move and rut under vehicle traffic, so they are poor choices for driveways. In Anaheim's hot, dry summers and occasional heavy rains, a compacted crushed base plus a wearing layer of 3/4u0022 or 3/8u0022 crushed stone gives the best long-term performance.

Estimate using common driveway sizes: single-car 10x20 ft (200 sq ft), two-car 20x20 ft (400 sq ft), three-car 30x20 ft (600 sq ft). For a durable driveway plan on 4 inches of compacted gravel: single-car ≈2.5 cubic yards (~3.5 tons), two-car ≈4.9 cubic yards (~6.9 tons), three-car ≈7.4 cubic yards (~10.4 tons). Always add about 10% for compaction and waste and note Hello Gravel minimum orders start at 3 tons.

Hello Gravel works with a network of local suppliers and contracted dump-truck haulers serving Anaheim and the Los Angeles-Long Beach metro area. We coordinate pricing, scheduling, and delivery by tri-axle trucks; check your zip code on our site to see available materials and delivery options. For specific rock types (like locally sourced river rock) ask for supplier details and photos when you get your quote.

City rules and HOA requirements vary: Anaheim may allow gravel and drought-tolerant landscaping, but front-yard materials, visible rock colors, and hardscape coverage can be restricted by local code or HOA covenants. Before ordering, contact Anaheim Planning Division and review your HOA guidelines to confirm allowed materials, front-yard coverage limits, and any required permits. Doing this up front avoids rework and potential fines.

Material cost often makes up most of the price; DIY homeowners who rent a plate compactor and do grading themselves can expect to pay mostly for material—roughly $0.75–$3.00 per square foot for common gravels (materials only). Professional installation that includes excavation, base prep, compaction, edging, and final surfacing typically runs $4.00–$12.00 per square foot depending on complexity and base depth. Get local estimates because Anaheim access, gate restrictions, and site prep needs can change labor costs.

Maintenance is low-to-moderate: plan to regrade and add 1/4u0022–1u0022 of material every 1–3 years in high-traffic areas, pull weeds, and refresh edging as needed after heavy rains. Crushed angular stone that compacts (3/4u0022 or crushed with fines) typically performs for 5–15 years before major refreshes, while loose river rock shifts more and often needs topping sooner. Proper base prep and drainage extend lifespan and reduce washouts during occasional heavy storms.

For xeriscape use lighter-colored decorative gravels or crushed decomposed granite (stabilized or compacted DG) in 1/4u0022–3/8u0022 sizes to reduce heat absorption and create a clean look. Use angular crushed stone where you need firm surfaces and pea gravel for decorative accents or dry riverbeds, but keep in mind pea gravel can move under foot. Combine gravel with drip irrigation, mulch around plant roots, and approved weed barrier to meet water-wise goals and local aesthetic standards.

Gravel is often the lowest cost and provides excellent drainage but needs periodic regrading and can shift under traffic. Compacted DG (especially stabilized DG) gives a firmer, cleaner walking surface than loose gravel and is good for paths; it can still erode without proper edging and base. Permeable pavers cost the most up front but give the best durability, low maintenance, and stormwater management—useful if you need higher load capacity or local stormwater credits in developed areas.

Prepare a solid base: excavate to the required depth, grade for a 1%–2% slope away from structures, then install 3–6 inches of compactable base (3/4u0022 crushed rock) compacted in lifts. Use geotextile fabric over unstable soils to prevent mixing, and add sturdy edging (metal, concrete, or stone) to keep material contained. If your site has poor drainage or collects runoff, include a French drain or channel drain to handle heavy rains common during Southern California storm events.