When evaluating total project costs, helical piers can actually be more economical than traditional concrete footers, even though their upfront per-unit price is higher. While a single helical pier costs between $150 and $400 compared to $100 to $250 for a concrete footer, several factors influence the final project expenditure:
- Labor and Time: Helical piers are installed in 1–2 hours and provide immediate load-bearing capacity. Traditional concrete footers require 2–3 days for excavation, pouring, and curing, which can delay overall construction and increase labor costs.
- Excavation and Site Restoration: Helical piers require minimal digging and are ideal for tight-access lots or preserving existing landscaping. Concrete footers often require heavy excavation equipment and more site restoration, adding hidden costs to the budget.
- Durability and Maintenance: Helical piers are resistant to frost heave and the expansive clay soils common in the Denver metro area. Because concrete footers are more prone to cracking and settling over time, they often incur long-term repair costs (such as mudjacking or crack injection) that helical piers avoid.
In a real-world example of a Centennial home, using helical piers saved approximately $200 in total costs because it eliminated the three-day curing delay and the need for extensive soil preparation and landscaping restoration necessitated by concrete footers.
Related FAQs
-
Are Diagonal Cracks above Doors Normal in a New Build?
Read More »: Are Diagonal Cracks above Doors Normal in a New Build?Diagonal drywall cracks above door frames are a common occurrence in new construction, and in many cases, they are a normal part of the home’s adjustment process. As a new home settles, the underlying soil compacts under the weight of…
-
Is a Vertical Crack above a Door Frame Structural or Cosmetic?
Read More »: Is a Vertical Crack above a Door Frame Structural or Cosmetic?Whether a crack above a door frame is structural or cosmetic depends primarily on its width, pattern, and associated symptoms. While many diagonal cracks in new construction result from normal settling or lumber shrinkage, certain indicators signal a need for…
-
Why is the Drywall Cracking in the Corners of my New House?
Read More »: Why is the Drywall Cracking in the Corners of my New House?Diagonal drywall cracks radiating from the upper corners of door frames are a common occurrence in new construction, typically resulting from differential foundation settlement. This process occurs as your house adjusts to the underlying soil conditions. In Centennial and throughout…
-
Which is Better for Fixing Uneven Concrete Slabs: Foam or Piers?
Read More »: Which is Better for Fixing Uneven Concrete Slabs: Foam or Piers?When determining the best method for fixing uneven concrete, the choice between polyurethane foam and steel piers depends largely on the weight of the structure and the condition of the soil. For settled concrete slabs such as driveways, patios, or…
-
What are the Pros and Cons of Polyurethane Foam Vs. Steel Piering?
Read More »: What are the Pros and Cons of Polyurethane Foam Vs. Steel Piering?When choosing between polyurethane foam vs steel piers foundation repair for your property in Centennial, the best approach depends on whether you are lifting a simple concrete slab or stabilizing a structural foundation wall. Each method offers distinct advantages and…
