Before & After Photos

Inadequate support under the customers home caused the floors to sag. To provided permanent stability and level the floors, we installed our SmartJack Crawl Space Support System. 

We installed our foundation pier system by first excavating small areas around the foundation to access the footing. Then, heavy-duty steel piers were driven deep into the ground until they reached stable soil. Once in place, the piers were secured to the foundation, effectively transferring the weight of the structure to the stable soil below, stabilizing the settling foundation and preventing further movement.

In this family home in Jacksonville, FL, the signs of structural issues were becoming hard to ignore. Uneven flooring and visible dips between rooms were not just cosmetic they were daily reminders of a deeper foundation problem affecting the safety and comfort of their home.

Our team stepped in to address the root cause, installing a combination of SmartJack support posts and a crawl space encapsulation system to stabilize the floor and protect the home from moisture damage below. These upgrades not only improved the home's structural integrity but also gave this family peace of mind knowing their foundation is now secure for years to come.

No family should have to live around symptoms and now, they don't have to.

Stair-step cracks in buildings are typically caused by foundation settlement or shifting. This can occur due to soil movement, poor soil compaction, or changes in moisture levels. Helical piers are used to repair these cracks by being driven deep into the ground until they reach stable soil. They then transfer the weight of the building from the unstable soil to the stable soil, stabilizing the foundation and preventing further movement.

This home's floors were sinking and sagging due to weak support columns in the crawl space. Our expert crew installed high-capacity SmartJack steel piers in the crawl space to instantly and permanently stop settlement in its tracks and lift the floors above back to their original position.