Before & After Photos

Foundation settlement problem solved by installed our foundation push pier system. The piers are driven into the soil until they reach solid bedrock. The weight of the home is then transferred to the piers. This prevents further settlement and can even help close formed cracks! 

The backside of this home was sinking, causing the floors to slope. To bring the home back to a level position and even the floor, we installed our foundation pier system. Once installed, the foundation was slowly hydraulically lifted to level. After the installation, the team backfilled the pier location with concrete to seal the system and level the area. 

In Jacksonville, FL, this pool enclosure was sinking as the soil beneath it eroded, leaving the structure vulnerable to further damage. To permanently stabilize the foundation, our crew installed helical piers a deep foundation solution designed to transfer the load of the enclosure to strong, stable soil layers. This installation restored structural support and gave the homeowner peace of mind knowing their pool enclosure is safe, secure, and built to last.

This Jacksonville crawl space was showing serious structural concerns, including sagging floors and makeshift block piers that were no longer providing stable support. Over time, shifting soil and moisture damage can cause block columns and wood framing to weaken, leading to uneven floors and compromised safety inside the home.

Our team replaced these failing supports with SmartJack Support Jacks. Made of galvanized steel, SmartJacks are fully adjustable and designed to provide reliable, long-term stabilization. By installing them along the main beams, we were able to restore stability to the home, correct floor sagging, and give the homeowner a permanent solution they can trust.

In this Green Cove Springs, FL property, our team installed a GeoLock wall anchor system to stabilize a failing retaining wall affected by soil pressure. Anchors were strategically placed and connected with steel plates to permanently secure the wall and prevent further movement. This solution helps restore structural integrity, reduce bowing or shifting, and provide long-term stability even in challenging soil conditions. The result is a stronger, safer retaining wall built to last.