Gravel Pads, Parking Areas & Equipment Pads

Why a gravel pad needs more than stone

Mid-Ohio Valley clay doesn't sit still under a load. It swells when wet and shrinks when dry, and a pad built straight on top of it pumps stone into the mud over a few freeze-thaw cycles — a smooth parking area turns into a rutted, sinking patch.

Every gravel pad installation begins by stripping topsoil and organics down to firm mineral ground; that black layer decomposes and settles, and leaving it guarantees low spots. Then we grade the sub-base to shed water, add a compacted layer of larger stone, and cap it with crushed limestone that locks together under compaction.

How a parking area or equipment pad gets built

Site evaluation comes first. We look at where water runs now and where it'll run once the pad is in — a parking area on the low side of a slope needs a cut-off swale uphill. We also check how a stone truck gets in and out without tearing up your lane.

The build layers go in one at a time: a sub-base of larger crushed stone compacted, then a finish surface of smaller stone that packs tight. Drainage is built into the grade, so the pad carries water to its edges instead of pooling.

• Farm equipment pads and machinery storage on rural acreage
• Parking area expansion for businesses, churches and venues
• RV and camper pads with a level surface that drains
• Outbuilding and shed pads that stay dry so the structure stays square

What makes a pad sink on clay

Water is what does it. Clay absorbs moisture and loses strength, so a pad that held through August ruts by March. Without a sub-base bridging the clay and drainage moving water away, stone sinks into the soil. The fix is building from the bottom up: strip the organics, compact the subgrade, and give water somewhere to go besides under the pad.

Where we work

Ridgeline Excavation LLC builds gravel pads and parking areas across the Mid-Ohio Valley — from Lowell, Ohio to Parkersburg, WV. See the full service area for the complete coverage map.