This concrete driveway in Reno had cracked and fallen into disrepair over time. After reaching out to Madole Construction, our crew used hybrid Urethane repair techniques and MicroTopping to restore the driveway and fortify it for the future. If your concrete driveway looks similar, contact us today for a free estimate. 

Foundation settlement had caused visible brick wall cracking at this Reno apartment building. Our team excavated along the affected foundation and installed engineered helical piers with structural support brackets to transfer the building load to stable soil below. After stabilization was complete, the area was carefully backfilled and restored, leaving the property clean and looking as if we were never there, with long-term structural stability and protection against further movement.

Large Smart Jack Installation in the Dayton Area. 47 total Smart Jacks

This bridge in South Reno underwent a major structural restoration to extend its life and improve safety for the community. Our team successfully lifted the bridge 7 inches using high-density polyurethane foam, allowing us to replace deteriorating wood decking beneath the structure.

The before image showcases the foam application. And the after image shows the repoured concrete and the bridge completion.

In this Truckee, CA project, Madole Construction tackled a sagging floor and moisture issues with a comprehensive solution. Our team installed a durable SmartJack support system to stabilize the home’s foundation and performed a full crawl space encapsulation to protect against moisture and improve energy efficiency. The result? A safer, more secure, and healthier home environment. Check out the dramatic transformation in the before-and-after photos!

A steep hillside reinforced with a durable shotcrete retaining wall, showcasing an exposed boulder face for a natural, rugged aesthetic. The shotcrete layer is seamlessly applied, contouring the slope while securing the terrain. Large, embedded boulders protrude from the surface, enhancing both structural integrity and visual appeal. In the foreground, erosion control measures such as drainage pipes and soil anchors are visible, ensuring long-term stability. The surrounding landscape features sparse vegetation and rocky terrain, highlighting the engineered solution’s integration with the environment

Our team, led by Larry and Austin, tackled a severely bowing basement wall with visible foundation cracks. The “before” shots show the damage—cracks, moisture, and structural compromise. The “after” images reveal a fully stabilized wall, reinforced with wall anchors, carbon fiber straps, 10” C-channel support, and protected with Xypex waterproofing for long-term durability.

This property in Reno was experiencing ongoing water intrusion into the crawlspace due to seepage from an adjacent concrete-lined drainage ditch. The original bank consisted of loose boulders and deteriorating soil, allowing water to migrate through voids and compromise the structure below.

Before:
The ditch bank was unstable, with exposed rock and erosion creating pathways for water to seep toward the foundation. Freeze-thaw cycles and runoff were worsening the condition, increasing the risk of continued moisture intrusion and structural damage.

After:
Our team installed a reinforced shotcrete wall system to stabilize and seal the ditch bank. The new shotcrete lining encapsulates the loose material, eliminates voids, and creates a durable, monolithic barrier designed to redirect water flow and protect the crawlspace from further intrusion. The finished wall is clean, structurally sound, and built to withstand Reno’s seasonal runoff conditions.

Out with temporary fixes. In with permanent solutions.
SmartJack® systems provide adjustable, long-term support where it matters most.

This project showcases the full helical pier installation process, from excavation alongside the foundation to final stabilization. Helical piers are driven deep into load-bearing soil to permanently support and stabilize settling foundations. Once installed, the area is backfilled and prepared for a clean finish—restoring structural integrity and providing long-term protection against future movement.