Foundation Services Before & After Photos

This home in Dayton, OH, was settling, causing the brick exterior to reveal stair-step cracks. Stair-step cracking is a very common symptom of settlement, as the mortar between the bricks are oftentimes the weakest points in a structural wall. This is the same reason why windows and doors can become sticky due to settlement, as they are also weaker points in a structural wall. We underpinned the foundation with our helical piers in order to stabilize the foundation. We also lifted the piers with hydraulic power to lift the foundation back up, helping close the stair-step cracks. The homeowner was pleased with our crews ability to navigate the project and to keep the homeowners informed about the steps they took to repair the foundation.

This bowed wall in Wilmington, OH was a serious concern for the homeowners. The visible gap in the middle of the wall aligned with the frost line outside, where soil pressure is typically strongest. To correct the issue, we installed our PowerBrace system, which stabilizes the wall without damaging floor joists and resists rust for long-term protection. For this project, we excavated along the outside of the foundation to relieve soil pressure, allowing us to tighten the braces and close the gap immediately. The result is a stabilized foundation and peace of mind for the homeowners knowing their wall is secure and supported for years to come.

This home's foundation in Russellville, OH, was settling which caused cracks to form in the home's brick exterior. The biggest crack, (as seen in the before photo) started at the bottom left corner of the window and traveled downward in a stair step pattern toward the left. Stair step patterned cracks often appear in brick exteriors when the foundation starts to move. The mortar is usually the first thing to break because it is the weakest point in the wall. You’ll often see these cracks and gaps forming around windows and doors as well, since those openings create naturally weaker structural points that tend to show stress first when the foundation shifts. To stabilize the home, we installed our helical piers straight down underneath the foundation, and then we used our hydraulic device to lift the foundation back up to close the cracks. When we finished the project, we were able to guarantee to the homeowner that the home won't ever settle again where we installed our piers for the lifetime of the structure.

This home in Lawrenceburg, IN, near the Hidden Valley lake, had a settling foundation. Parts of the home were sinking into troubling soil, causing many cracks to appear in the brick siding, including the large one seen in this photo set. We stabilized the foundation by underpinning the footing with steel helical piers. Our helical piers are shaped like a screw, and they drive deep into the earth until they reach load-bearing strata, (soil that won't ever move). We then transfered the weight of the foundation to the piers by securing brackets that latch onto the piers and underneath the footing of the foundation. After we transfer the weight, we can then get into the real magic, as seen by this before and after set. We can then attempt to lift a foundation back up by using hydraulic fluid, which can close gaps and cracks in the home. If you look closely at the difference between the depth of the crack before and after we lifted the foundation, you can notice we shrunk it significantly. The project left the home stabilized, the cracks closed, and the doors and windows working again.

This homeowner in Burlington, KY, had a leaky crack in their foundation and some sagging floor boards above their basement. As it turns out, the crack appeared due to hydrostatic pressure pressing the wall inwards and the floorboards sank due to a failing main beam. We first sealed the leaky crack by using our FlexiSpan system. This required us to chip and clean out the crack, dig a trench at the base of the crack, apply a layer of epoxy to the crack, run a foam strip over the first layer of epoxy down into the trench, apply a final layer of epoxy, fill the trench with gravel, cover the top of the trench with a fresh concrete layer, and apply a BrightWall panel over the entire system. To stabilize the lateral movement of the wall we braced the wall with our PowerBrace beams. To stabilize the floor boards, we installed a SmartJack post underneath the sagging part of the main beam right near the crack repair.