Before & After Photos

Foundation piers were installed to stabilize the customer's home because the cracks in the foundation indicated structural instability, likely caused by shifting soil or settling. The piers provide deep support, anchoring the foundation to more stable soil layers and preventing further movement or damage.

In Lexington, NC, this homeowner reached out after noticing cracks and inward bowing in their retaining wall classic signs of lateral soil pressure pushing against the structure. Over time, this kind of pressure can cause serious damage, compromising both the wall and anything it supports above.

To stabilize the wall and stop further movement, our team installed GeoLock Wall Anchors. These anchors connect the failing wall to stable soil away from the home, using steel rods and heavy-duty earth anchors to apply continuous, adjustable tension. The system works immediately to restore stability, with the potential for gradual straightening over time.

This solution protects the structural integrity of the wall, helps prevent future damage, and gives the homeowner long-term peace of mind.

This Lexington, NC home was experiencing foundation settlement along the exterior wall, a common issue caused by shifting or unstable soil beneath the structure. Signs of settlement can include cracks in brickwork, uneven floors, sticking doors and windows, and separation around exterior openings.

To permanently stabilize the foundation, our team installed heavy-duty helical piers. These engineered steel piers are mechanically advanced deep into stable load-bearing soil below the home. Once secured, the weight of the structure is transferred from the unstable upper soils to the stronger strata beneath.

After installation, the foundation is stabilized to prevent further settlement and, in many cases, can be lifted back toward its original position. The completed project restores structural integrity and provides long-term peace of mind for the homeowner.

This homeowner's foundation wall in their garage was cracked and tilting. To permanently stabilize the wall, we installed our PowerBrace System. This system uses steel I-beams anchored to the floor and floor joists to counteract the pressure causing the tilt, preventing further movement and restoring structural integrity.

After falling victim to soil settlement, our team successfully stabilized this retaining wall using our Helical Pier System. The system involves driving steel shafts with helical plates into the ground until they reach stable soil layers. These piers transfer the load of the structure from weak soil to stronger, more stable soil or bedrock. This process not only stabilizes the structure but also prevents further settlement.