Matthew faced foundation issues in Front Royal, VA, with cracks and sinking floors. See how our expert push pier installation lifted and stabilized the structure—successfully restored the home’s foundation and prevented further damage for long-term peace of mind.
Jesse’s basement was once plagued by water leaks, cracked walls, and mold risk. See how our expert basement leak repair and wall stabilization turned Jesse’s leaky, cracked basement into a dry, structurally sound space—protected from future damage with long-lasting solutions by LUX Foundation Solutions.
When Jennifer, a property investor in Front Royal, VA, encountered foundation issues with her home’s utility basement, she turned to LUX Foundation Solutions for a thorough solution. The property had multiple concerns, including unstable foundation posts, basement moisture, and an inefficient drainage system.
LUX’s team of experts developed a detailed basement foundation repair plan, which included the installation of high-strength adjustable support columns and fixing the existing drainage.
Cy, a homeowner in Alexandria, VA, noticed hairline cracks forming in his garage floor and walls. Concerned about potential foundation problems, he reached out to LUX Foundation Solutions for an expert evaluation.
After a thorough inspection, we installed four interior push piers to stabilize the garage foundation. This solution successfully lifted and leveled the garage floor, eliminated visible cracks, and restored the structural integrity of Cy’s home.
Rileyville Church had noticeable foundation shifting of the wall and visible cracks, compromising the structural integrity of the building. Concerned about long-term damage, the church contacted the LUX team for a permanent solution.
We implemented push piers and slab replacement to restore foundation wall stability and prevent further damage. The result? A strengthened foundation that ensures the church’s long-lasting structural integrity.
Jon, a homeowner in Berryville, VA, was dealing with a foundation sinking that threatened his home’s structural stability. After reaching out to LUX Foundation Solutions, the team installed six push piers and seven wall rebar pins to restore support and prevent further movement. The result? A fully stabilized foundation and long-term protection for Jon’s home.
Terry, a homeowner in Baker, WV, faced structural issues with his wooden deck support posts due to deteriorating and lacking concrete footings. After a neighbor’s recommendation, he contacted LUX Foundation Solutions. The team replaced the posts with durable wood, installed concrete footings, and restored the deck’s strength and stability for long-term protection.
Kara, a homeowner in Winchester, VA, noticed horizontal cracks in her basement foundation walls, signaling structural damage. After a frustrating experience with another company demanding upfront engineering fees, she turned to LUX Foundation Solutions for a transparent and effective repair.
To reinforce her foundation, we installed 19 Carbon Fiber Straps (CFS) with top brackets, providing a non-invasive, permanent solution to prevent wall movement and further deterioration. Kara’s home is now structurally sound and protected from foundation failure.
One of Frederick County Public Schools faced a settling retaining wall due to poorly compacted fill materials in the soil, including gravel, sand, shale, and organic debris. Without intervention, this issue could lead to long-term structural instability.
LUX Foundation Solutions installed an engineered push pier system for retaining wall stabilization, anchoring it to stable soil layers. This approach eliminated settlement risks and ensured the school’s infrastructure remained secure for years.
Toby’s retaining wall in Oakton, VA, developed cracks due to excessive soil pressure, posing a risk of structural failure. Left unaddressed, the damage could lead to bowing walls, soil erosion, and costly repairs.
To restore stability and prevent further deterioration, LUX Foundation Solutions installed 14 helical tieback anchors, reinforcing the wall against shifting and long-term soil pressure. This engineered solution permanently stabilized the structure, preventing future cracks and ensuring long-term durability.
