Stop Structural Movement at the Source

Horizontal cracks in basement walls, doors that no longer close squarely in their frames, and gaps appearing between walls and ceilings all point to foundation movement that won't correct itself. Andrew Roberson Construction evaluates existing foundation conditions to identify whether shifting results from soil consolidation, water infiltration, or inadequate original construction. Repair strategies address both the visible damage and the underlying cause to restore structural integrity that prevents further deterioration.

Foundation repairs begin with measuring crack width, mapping their location, and checking for active movement using monitoring methods that show whether shifting continues or has stabilized. Solutions range from epoxy injection for hairline cracks to underpinning for sections that have settled below their original elevation. Both concrete and masonry foundations require different repair approaches based on how the materials respond to stress and how loads transfer through the structure.

Request an on-site evaluation to identify the specific cause of foundation movement.

Repair methods depend on whether the foundation has cracked due to shrinkage, settled from soil consolidation beneath footings, or shifted laterally from hydrostatic pressure. Epoxy or polyurethane injection seals cracks and restores continuity in concrete that remains properly supported. Sections that have dropped require lifting and stabilization using piers or additional footings that reach stable soil layers below the zone affected by moisture changes.

After repairs are completed, doors operate smoothly in their frames again, cracks stop widening, and interior finishes no longer separate from wall surfaces. The structure bears its load evenly across the foundation rather than concentrating stress at points where settling created uneven support. Exterior grading is often adjusted during repair work to redirect water that contributed to soil saturation and movement beneath the foundation.

Some foundation issues stem from inadequate drainage systems that allow water accumulation against basement walls or crawl space perimeters. Others result from expansive clay soils common in parts of Douglas County that swell when wet and shrink during dry periods. Identifying the specific mechanism causing movement determines which repair approach will provide long-term stability rather than temporary cosmetic improvement.