Stone in Saint Paul, MN

Typical delivered prices for common crushed stone in Saint Paul range roughly from $45 to $90 per ton, depending on stone type, truck access, and delivery distance. Decorative stone or specialty colors can cost more. Hello Gravel handles scheduling, and our minimum order is 3 tons, so final cost depends on your order size and delivery options.

One ton of crushed stone typically covers about 100 to 120 square feet at a 2-inch depth, depending on the stone density. For deeper layers, divide coverage proportionally (for example, a 4-inch layer covers about half that area). Always allow a small overage for compaction and settling.

Delivered prices per cubic yard in Saint Paul commonly fall between about $60 and $125 per cubic yard for standard crushed stone, depending on density and stone type. Conversion varies by stone density, but one cubic yard is roughly 1.3 to 1.5 tons, so compare both per-ton and per-yard prices when ordering. Your final price will include delivery and any access or spreading fees.

Buying bulk delivered stone through a local supplier or a platform like Hello Gravel is usually the most cost-effective option, since unit costs drop with larger quantities and local sourcing reduces haul charges. Choose basic crushed stone, crusher run, or recycled concrete for the lowest material cost. If you have a truck and trailer, picking up from a local quarry can save money but factor in time, fuel, and weight limits.

For a typical 20 ft by 40 ft driveway (800 sq ft) with a 4-inch compacted stone layer you need roughly 10 cubic yards or about 13 to 14 tons of stone. At $45 to $90 per ton, material delivered would run approximately $600 to $1,260, not including spreading, compaction, or any additional base layers. Costs vary with stone type, depth, and local haul fees, so get a tailored quote for your address.

Two inches of stone is generally only suitable as a top dressing over an already stable, compacted base and for light, infrequent use. In Saint Paul, with freeze-thaw cycles, snowplowing, and clay soils, new driveways typically need 4 inches or more of compacted base stone for durability. Adding a coarser base layer and proper compaction will help prevent rutting and frost heave.

A standard tri-axle dump truck that Hello Gravel commonly uses carries about 10 to 12 cubic yards loose, which covers roughly 1,620 to 1,944 square feet at a 2-inch depth. In tons that is often about 13 to 18 tons depending on stone density. Truck sizes can vary, so confirm the exact yardage with your delivery coordinator.

Basic crushed limestone, crusher run (screenings with fines), and recycled concrete are typically the most affordable stone options in the Saint Paul area. Local quarries and reclaimed materials usually undercut decorative or colored stone. Keep in mind regional availability and demand can shift prices seasonally.

You can put stone over soil for short-term or light-use areas, but for long-term stability in Saint Paul you should prepare the base by grading and compacting the soil and preferably adding a geotextile fabric. In clay or poorly draining soils, install a coarser base layer and compact it to reduce settling and frost heave. Proper prep improves drainage and reduces maintenance, especially through freeze-thaw seasons.

If your driveway is 20 feet wide and 40 feet long (800 sq ft) and you want a 4-inch compacted stone layer, order about 10 cubic yards (roughly 13 to 14 tons). If you plan a thinner 2-inch surface only, one would need around 5 cubic yards (about 7 tons), but that is not recommended for new driveways in Saint Paul. Remember Hello Gravel has a 3-ton minimum order, and we recommend ordering a small overage to allow for compaction and spreading.

Saint Paul's freeze-thaw cycles, snow, and use of road salt mean you should choose angular, well-draining crushed stone that locks together and sheds water. Install a properly compacted base, good drainage, and consider a coarser layer below finer surface stone to reduce frost heave and reduce snowplow damage. Timing installation in late spring to early fall helps ensure proper compaction and fewer weather interruptions.