Before & After Photos

Our team visited a home in Wildwood, GA to check out a bowing retaining wall. The condition of the wall had been worsening for months, leaving the homeowner concerned about collapse. Our team provided stabilization by installing our wall plate anchor system, which uses strong surrounding soils to force walls back to their upright position. 

A homeowner in Chatsworth, GA was noticing signs of settlement around their home, including cracks in their tile flooring. Cracks are signs of settlement, which occur when soils beneath the home are washed away or compressed by weight. To stop the damage, our team installed helical piers, which stabilize the structure and keep it from shifting further. 

A retired teacher in Dalton, GA, reached out to Master Services after noticing stair-step cracks forming around the corner of her home. Worried about the safety of her property, she scheduled an appointment with one of our home inspectors. During the inspection, it was determined that soil settling, caused by fluctuating moisture levels and extreme temperature changes, was to blame.

To address the issue and prevent further structural damage, we recommended installing three helical piers beneath the affected corner of the house. These piers would provide much-needed support and stability. Once the installation was complete, the trenches were backfilled and leveled with minimal disruption to the yard. The homeowner was relieved to see the cracks close and felt reassured knowing her home was now safe and secure for the years ahead.

This crawlspace in Dalton, GA was exhibiting signs of settlement, which creates problems in upper levels. These problems include sagging upper floors, stuck doors and windows, cracks, and other problems. To fix it, we installed SmartJacks, which bolster and support sagging beams. With these installed, the crawlspace is supported.

A Master Services home inspector was dispatched to evaluate a cozy log cabin in Dalton, GA, where a basement wall had suffered significant damage after a  recent heavy rainfall. At the end  of a comprehensive assessment, we deduced that the damage was likely due to external pressure.

To fortify the wall, our team employed the wall plate anchor system. This system employs the stable surrounding soil to halt further damage and strengthen the primary structure, without resorting to invasive and more costly procedures.