Before & After Photos

Barry's pool deck at his home in Naples, Florida, had suffered extensive damage, with one of the slabs cracking and sinking into the ground, creating a serious tripping hazard. After calling us at LRE Foundation Repair for assistance, we sent one of our Design Specialists to carefully inspect the pool deck and help offer a solution. Upon close examination, our specialist determined that erosion of the underlying soil had caused the pool deck to become unstable and settle. For a comprehensive repair solution, our team implemented our Two-Part Concrete Repair Solution. First, PolyLevel was injected directly beneath the concrete pool deck to lift the sunken slab back to its proper level and eliminating the trip hazard. Next, the cracks were sealed with NexusPro, preventing water intrusion and enhancing the overall appearance of the pool deck. Barry’s concrete pool deck has been fully restored to a proper, even level, with the tripping hazard eliminated and the deck safeguarded against future settlement damage.

The concrete pad supporting Mark's AC unit at his Merritt Island, Florida, home had slowly sunk into the ground over time, creating a significant trip hazard. He requested LRE Foundation Repair to inspect the concrete, and a Design Specialist identified that soil washout had caused the pad to sink. To lift and level the concrete, as well as stabilize the soil below, the LRE team injected the PolyLevel Solution under the pad. The concrete pad was successfully lifted and leveled, and Mark was delighted to see the trip hazard permanently eliminated.

Mike’s concrete driveway at his home in Melbourne, Florida, had become a safety issue due to severe tripping hazards, with numerous cracks and uneven areas developing over time. He reached out to LRE Foundation Repair for a reliable repair solution and we sent one of our expert Design Specialists to thoroughly inspect the driveway.

Our specialist discovered that the underlying soil had eroded over time due to frequent rainstorms, leading to a lack of stability and causing the concrete to settle and crack. To fully level and stabilize the driveway, our production team injected PolyLevel directly beneath the concrete, creating a smooth and even surface. Now, Mike’s driveway is restored to its proper level, giving him peace of mind knowing that the tripping hazards have been eliminated.

A homeowners' association in West Melbourne, FL, needed to address multiple tripping hazards throughout their community’s concrete sidewalks, where several slabs had shifted and become uneven over time. They contacted LRE Foundation Repair, and we sent a Design Specialist to perform a complimentary inspection of the affected areas.

After evaluating the uneven slabs, our specialist recommended lifting, leveling, and stabilizing the sidewalks using our PolyLevel solution. With the HOA’s approval, our crew injected PolyLevel beneath the concrete to stabilize the soil and raise the slabs back to a safe, even level.

The tripping hazards have now been permanently eliminated, providing residents with a smooth and secure walking path throughout the community.

Virginia’s driveway in Palm Bay, Florida, had suffered extensive settlement damage, with large cracks spreading across the surface and sections of the slabs sinking, creating dangerous tripping hazards. To avoid the cost of a full concrete replacement, she reached out to LRE Foundation Repair for help.

During the inspection, our Design Specialist identified significant soil washout beneath the driveway as the cause of the cracking and settling. To address the issue, our team implemented the Two-Part Concrete Protection System. First, PolyLevel was injected beneath the driveway to lift and level the sunken slabs while stabilizing the soil. Then, NexusPro was applied to seal the cracks and joints, preventing water intrusion and improving the driveway’s appearance.

With the repairs complete, Virginia’s driveway is now fully stabilized and level, providing a safe, long-lasting solution without the need for costly replacement.