Frequently Asked Questions

Rough grading shapes the land and establishes major drainage slopes, while finish grading creates the final smooth surface for driveways, foundations, or landscaping. Rough work moves large amounts of soil; finish work requires precise equipment to achieve proper drainage within inches. Both stages prevent water pooling and foundation issues.

Base prep involves excavating soft soil, adding compacted rock substrate, and grading for drainage before spreading surface gravel. Without this foundation, gravel sinks into mud, creates ruts, and requires frequent replenishment. A solid base keeps gravel in place and reduces maintenance for years.

French drains redirect subsurface water that grading alone can't fix, such as water seeping toward foundations or saturating low areas. If standing water reappears after rain despite proper slope, underground drainage is needed. Grading controls surface runoff; French drains handle water below ground.

Stamped concrete adds texture patterns and color to standard pours, replicating stone, brick, or tile appearance. The process involves pouring, applying color hardener, stamping while wet, and sealing after curing. It costs more than plain concrete but provides decorative durability for patios and walkways.

Barn pads support heavy structures and equipment loads, requiring deeper excavation, thicker compacted base layers, and precise leveling to prevent settling. Standard grading focuses on drainage slope; barn pads prioritize load-bearing stability. Inadequate compaction causes structures to shift and doors to misalign.

Clay soil in the Edwardsville area drains slowly and expands when wet, causing water to pool on the surface and pressure foundations. Drainage systems must account for clay's impermeability by using gravel trenches, perforated pipe, and proper slope. Surface grading alone often fails in heavy clay.

Ruts form when vehicles compress gravel into soft subsoil that wasn't properly excavated or compacted. Washouts occur when water flow isn't directed off the driveway through crown grading or drainage ditches. Both problems indicate missing base prep or inadequate drainage design.

Retaining walls hold soil in place on slopes, preventing downhill movement and creating level terraces. They work when erosion is caused by gravity and water runoff on steep grades. For erosion from poor drainage alone, French drains or regrading may be more effective and less costly.

Tearout includes breaking up existing concrete, removing debris, excavating damaged base material, and preparing the subgrade. New concrete requires proper base compaction, forming, and pouring with correct slope for drainage. Skipping base repair causes new concrete to crack in the same locations.

Clearing removes trees, brush, stumps, and overgrowth to create accessible, usable land. Equipment grinds or removes vegetation and roots that interfere with grading, construction, or planting. It reduces fire risk from dead growth and allows accurate site evaluation for drainage and layout planning.

Site work includes clearing, excavating the building pad, rough grading for drainage, trenching for utilities, and creating access routes. The pad must be level, compacted, and properly elevated above surrounding grade. This prep ensures the foundation sits on stable soil and water drains away from the structure.

Pond excavation accounts for soil type, water table depth, and intended use to create proper depth, slope, and water retention. Clay soil holds water; sandy soil requires lining. Slopes must be stable enough to prevent erosion but gradual enough for livestock access or maintenance equipment.