Foundation Repair Solution in Orange County, San Diego County & LA County

The Helical pier system is a fast and effective way to stabilize your structure’s foundation and slab. The Helical pier system used by our Orange County pier and beam foundation specialists consists of a thorough excavation of the area. Our team will assess approximately every 6’ around the affected area that is having signs of foundation failure. Once the excavation has taken place the helical pile is installed utilizing a hydraulic drive head. Our Orange County helical pier contractors will complete a full installation in which the PSI values are logged every 2 feet. When the predetermined load value is met, the helical is terminated at a measured height and then a hot dipped galvanized foundation bracket will be installed under the existing footing. Installation loads carry a factor of safety of at least 2 to 1. After the installation, you can either choose to stabilize the structure in its current state from no further settlement or you can choose to lift the repaired area back to a benchmarked elevation. Finally, we will cover and compact the piers with the existing soils that were previously excavated and leave the area landscape ready. Our Orange County area helical pier services can be used in conjunction with other services for structure stabilization such as deep injection lifting.

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Advantages Of Helical Piers For Foundation Repair In California

  • Minimal excavation/disturbance

  • Helical Piers for Foundation Repair in California

  • Typically there is no need to evacuate the structure

  • Fast installation

  • Projects are typically completed within a week

  • Opportunity to lift structure

  • Monitored and recorded loads during installation

  • Cost Effective

  • 25 Year Transferable Warranty

  • Sister Footings

Other Solutions Fail Where Helical Piers Don’t

  • Sister Footings

  • Additional weight added to failing soils

  • No option to lift

  • Does not eliminate the cause of settlement – THE SOIL

  • No Warranty

  • Large amounts of excavation


  • Large drill equipment needed

  • Accessibility concerns about equipment

  • Typically no option to lift

  • Large amounts of concrete and additional weight added

  • Large amounts of excavation

  • Typically no warranty

Pin Piles

  • No monitoring or way to calculate load values

  • Utilizes 90-pound jackhammer for installation

  • Minimal to no chance to lift structure

  • Typically needs a sister footing to help with lateral integrity

  • Typically pipe is not galvanized