Signed in as:
filler@godaddy.com

Signed in as:
filler@godaddy.com

This Studio City home was experiencing severe water intrusion into the crawlspace during heavy rains. After excavation, we discovered a section of the foundation footing was missing, allowing groundwater to migrate directly toward the structure.
To permanently address the issue, we installed new structural footings, applied foundation waterproofing, and implemented a subsurface drainage system designed to capture and redirect groundwater into a sump pump basin. The system then safely discharges the water away from the property toward the street, helping protect the crawlspace and foundation from future water intrusion.
This ADU project in Eagle Rock was experiencing significant water intrusion during rainy weather due to poor drainage conditions around the structure.
To resolve the issue, we excavated and waterproofed the foundation footings, installed a subsurface drainage system to redirect groundwater away from the property, added surface drainage for improved water collection, and constructed a new concrete walkway with proper grading.
The combination of waterproofing and drainage improvements successfully eliminated the water intrusion and helped protect the structure long-term.
This home in Calabasas was experiencing severe yard and crawlspace flooding caused by persistent underground groundwater movement beneath the property.
To resolve the issue, we designed and installed a comprehensive drainage system engineered to capture and redirect groundwater away from the crawlspace and surrounding areas. The system channels water into a newly installed sump pump basin, where it is safely discharged away from the property.
These improvements significantly reduced flooding conditions and helped protect the home from ongoing water intrusion and moisture-related damage.
Advanced waterproofing systems designed to protect basements, crawlspaces, ADUs, garages, retaining walls, and foundations from long-term water intrusion and hydrostatic pressure. We specialize in residential, commercial, HOA, and hillside waterproofing solutions throughout Southern California.

Custom drainage solutions designed to collect and redirect groundwater and surface water away from foundations, crawlspaces, basements, garages, and structures before damage occurs. We specialize in French drains, surface drainage, sump pump systems, hillside drainage, and water intrusion mitigation for residential, commercial, and HOA properties throughout Southern California.

We install durable concrete walkways, stairs, slabs, and flatwork designed to improve drainage, functionality, and curb appeal. Our approach combines proper grading and integrated drainage solutions to help prevent standing water, soil saturation, and water intrusion around the structure.

Sump pump systems are designed to collect and safely discharge excess groundwater away from the structure when natural drainage is insufficient. These systems are especially effective for flat properties, crawlspaces, basements, below-grade garages, and areas prone to flooding or standing water. We design customized sump pump and drainage solutions to help protect structures from long-term water intrusion and moisture-related damage.

Seismic retrofitting helps strengthen and secure a structure to its foundation, improving its resistance during earthquake activity. Our retrofitting solutions may include foundation bolting, framing reinforcement, cripple wall bracing, and structural hardware upgrades designed to improve overall stability and reduce the risk of structural movement or damage during seismic events.

Foundation underpinning is used to strengthen and stabilize existing foundations by extending the footing deeper into more stable soil conditions beneath the structure. This process helps address settlement, structural movement, inadequate foundation support, and compromised soil conditions, improving the long-term stability and integrity of the property.

House and floor leveling is designed to correct sloping, uneven, or sagging floors caused by foundation settlement or structural movement. Using specialized equipment and structural reinforcement methods, we carefully stabilize and level affected areas to help restore the integrity, safety, and functionality of the structure.

We repair cracked, deteriorated, and damaged concrete foundations using specialized structural repair methods designed to reinforce weakened areas and help restore long-term stability. Our solutions focus on preventing further structural deterioration while improving the overall integrity and lifespan of the foundation.

We install additional foundation and floor support systems designed to help stabilize sagging or weakened areas beneath the structure. These solutions can help address sloping floors, sticking doors and windows, drywall cracking, and structural movement caused by settlement or inadequate support beneath the home.

Concrete slab replacement involves removing severely damaged or deteriorated concrete and installing a new slab built to current structural and drainage standards. Our process focuses on proper preparation, grading, reinforcement, and long-term durability to help improve the safety and stability of the structure.

In cases of severe structural deterioration or failing foundations, full foundation replacement may be necessary. This process involves excavating around the structure, removing the compromised foundation, and installing a new reinforced foundation system designed to meet current structural standards and provide long-term stability.

Retaining walls are designed to help stabilize sloped and hillside properties by supporting soil and reducing erosion, soil movement, and slope instability. Our retaining wall systems are built with proper structural support, drainage, and waterproofing considerations to help protect the property from long-term movement and water-related damage.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.