Introduction to Helical Piers

  • Definition and basic overview of helical piers - Helical piers, also known as anchors, piles or screwpiles, 

  • Historical development and technological evolution

  • Common applications in residential construction

  • Importance of foundation stabilization in home maintenance

Understanding Foundation Problems in Residential Buildings

  • Types of foundation issues (settling, cracking, shifting)

  • Causes of foundation instability (soil movement, moisture changes, poor drainage)

  • Signs indicating the need for stabilization solutions

  • Consequences of ignoring foundation problems

How Helical Piers Work

  • Design features and structural components

  • Installation process step-by-step

  • The mechanics of load transfer to stable soil layers

  • Comparison with other foundation support methods

Advantages of Using Helical Piers

  • Minimal site disturbance during installation

  • Ability to install in confined or hard-to-access spaces - As of right now we need 6’ of clearance with our equipment

  • Rapid installation leading to quicker project completion

  • Adaptability to various soil conditions and load requirements

Structural and Safety Benefits

  • Enhanced load-bearing capacity for residential structures

  • Long-term stability and durability

  • Resistance to environmental factors such as water and soil movement

  • Improved safety and peace of mind for homeowners

Cost Effectiveness of Helical Piers

  • Lower installation costs compared to traditional underpinning methods

  • Reduced need for extensive excavation or heavy equipment

  • Decreased downtime and disruption for residents

  • Long-term savings through effective stabilization

Installation Considerations

  • Site assessment and geotechnical analysis prerequisites - We offer this for underpinning. Decks it is not needed with our safety factor.

  • Choosing the right type and size of helical piers - Based on our load calculations we choose the Helix count and size.

  • Professional installation versus DIY approaches

  • Inspection and quality assurance procedures