Before & After Photos

Support posts were failing in a Sikeston, MO crawlspace, causing the floor beams to shift. To solve this issue, the SmartJack System was installed. This will stabilize the beams and floor joists in the crawlspace and lift the floor above it back toward its original elevation. Floor bounce caused by weakened joists or excessive spans will also be reduced. This crawlspace will remain stable and restore peace of mind for years to come!

This homeowner suffered from the floor of their home sloping in one direction. They decided to call Woods to get a free estimate to assess the situation. We discovered that the home was likely suffering from a lack of foundational support from the crawlspace below the area of the home that was sloped.

As your home ages the floors can become uneven as the foundation settles. This is especially apparent in areas where a crawlspace sits below. We provided this home owner with the installation of our smart jack system. Which elevates the floors back to their original position and reduces floor bounce. 

This Waggoner, Illinois home was in the process of being renovated and had very badly damaged and weak floor joists. These joists needed to be addressed before anything, so the property owner gave Woods Basement Systems a call. A Woods team installed several Smart Jacks, each capable of supporting 60,000 pounds, underneath the floor joists to lift and support them. 

Outside basement foundation cracks are commonly found around basement windows.  On the inside of the basement, a crack that is leaking may look like this Cape Girardeau, Missouri basement.

This homeowner in Cape Girardeau, MO had a retaining wall outside their home in need of support. These walls are responsible for supporting all the ground against them, and these homeowners were smart to find a solution to prevent the wall from falling. Our Geo-Lock™ Wall Anchors are metal plates fixated to the wall, with metal rods extending 12+ feet in the ground and then anchored, which prevents wall movement from the ground shifting.