Gravel delivery in Camp Verde, AZ

Youll find crushed granite, decomposed granite (DG), pea gravel, and river rock commonly sourced near Camp Verde. Colors tend to be warm tans, pinks, reds and browns because of local geology, and particle shapes range from angular (crushed rock) to rounded (river rock and pea gravel). Expect some regional variation in texture and color depending on the supplier.

For a 20x40 driveway a common recommendation is a compacted base of 4 to 6 inches plus a 1 to 2 inch wearing layer. At 4 inches you will need about 14 tons (roughly 10 cubic yards); at 6 inches plan on about 21 tons (roughly 15 cubic yards). Order a little extra (5-10 percent) to allow for compaction and grading.

A 12x12 patio at 2 inches of depth uses about 1.25 tons (about 0.9 cubic yards), and a 16x16 patio at 2 inches uses roughly 2.2 tons (about 1.6 cubic yards). If you want a thicker base (3-4 inches) or plan to compact the area, increase quantities proportionally and add 5-10 percent for waste and settlement.

Prices vary by material, distance, and seasonal demand, but delivered gravel near Camp Verde commonly ranges from about $25 to $60 per ton, or roughly $30 to $80 per cubic yard. Specialty materials or long-haul deliveries can cost more; check your zip code and get a local quote for an exact price.

Crushed granite and angular crushed rock perform well because they lock together when compacted and resist washing. Decomposed granite compacts nicely for paths and patios but can erode on steep slopes unless stabilized, while pea gravel and rounded river rock drain well but can migrate during heavy monsoon flows. For uphill or exposed sites combine good grading, edging and drainage measures with a stable material.

A typical driveway in Camp Verde uses a 4 to 6 inch compacted base of crushed rock (3/4u0022 minus or similar), with a 1 to 2 inch surface layer of your finish gravel. Compact each lift with a plate compactor or roller until the surface is firm and stable; properly compacted base reduces rutting and washout during monsoons. Consider a geotextile fabric under the base where soils are soft or where weed control is a priority.

Frequency depends on slope, drainage and material choice; many homeowners only need spot repairs or topping every 1 to 3 years, while steeper or poorly drained sites may require attention after major storms. Proper initial grading, edging and drainage features greatly reduce how often you have to add material.

Angular crushed rock placed with terraces, graded swales and compacted lifts gives the best combination of drainage and erosion control on hills. For concentrated flow areas use larger rock or riprap and install check dams or swales; rounded river rock works well in channels but not on walking surfaces where it will roll.

Requirements vary: the Town of Camp Verde and Yavapai County may require permits if you alter driveway curb cuts, change drainage patterns or do large-scale grading. HOA rules differ by community, so check your HOA guidelines before starting. Contact your local building department and your HOA for specific rules and permit information.

Crushed rock drive surfaces can last 10 years or more with proper installation and periodic regrading, while decomposed granite and pea gravel typically need topping or reworking every 3 to 7 years depending on traffic and storms. Common maintenance includes raking, spot regrading after storms, topping with 1 to 2 inches of new material, and weed control; expect occasional small annual costs for these tasks.

Many regional suppliers deliver to Camp Verde using dump trucks and tri-axle fleets. Hello Gravel typically requires a 3-ton minimum order, offers standard delivery in 2+ business days, and has a next-day option for orders placed before noon CST for an extra fee; final availability and fees depend on your zip code and the material requested.

Prevent washout by grading the site to shed water away from paved areas, installing swales or French drains for concentrated flows, and using edging or rock berms to hold material on slopes. Compact the base, use geotextile where needed, and place larger rock at outslope transitions or in drainage paths to slow and disperse storm flows.