Our Rapid Foundation Technology is made by Pin Foundations, who have been producing advaced foundation designs for over 25 years.
Eliminating the need for significant excavation, specialized equipment, and complex site logistics means you can build faster, while lowering project costs and dramatically reducing environmental impact.
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● Increase Project Turns
● No Down Time
● Frame Immediately
● Eliminates Field
variables
● Consistent Structural
Integrity
● No Digging
● No Damage to
Landscaping
● Only Handheld Tools
● Meets All IRC Code Compliant Regulations
● Parts & Labor
● Homeowner Protection
Frost Heave & Expansive Clays
Rapid Pier foundations perform well in expansive soils. The uplift resistance of the system effectively resists frost heave pressures often found in the northern portion of the United States / Southern Canada, and movement in expansive soils often found in the southwestern portion of the United States. The Diamond Pier foundation is used in areas requiring frost protection and is approved the ICC-ES for use in all weathering zones. (ESR-1895 – Paragraph 2.0…The bearing pin piers are permitted for use in any of the weathering classifications defined in IRC Figure R301.2(3).)
Rather than reaching a specific vertical depth or gross weight, Rapid Pier foundations resist heave pressures with their wide “Spread Pile” pin groups. This “Spread Pile” footing resists forces differently. Embedded in the intact soil structure, the pins are prevented from changing angle under load by the concrete head, creating a stable foundation for both bearing and uplift forces.
Because of the unique design of the Rapid Pier head, the pins are also free to move along their axes without compromising the position of the head or its lock on the pin cluster. This feature allows the Rapid Pier foundation to absorb soil strains caused by frost heave or expansive conditions without losing alignment or transferring these strains to the supported structure.
As describe by Terry A. Nettles, P.E. State of Washington; in testimony to the ICC-ES submittal in 2005.
…the uplift constraint resistance provided by the pins driven into the soil when combined with the cleaving geometry of that portion of the diamond pier "head" that contacts the earth provides the system with positive performance in tests and in actual installations for resisting uplift deformations (heave) in severe freeze environments in which the product has been installed. The geometry of the system might be considered similar to the prow of an ice-breaking vessel in iced oceans. There is a definite wedging and splitting of the frozen soils and a similar diversion of expanding ice to prevent the lifting of the foundations."
Rapid pier models DP50-50”, DP75-50” & DP75-63” are pre-engineered to meet the equivalent frost protection of a given size concrete footing. Refer to Pin Foundations, Inc. and the equivalency frost rating in the “Residential Diamond Pier Load Chart”.
When assessing projects in extreme frost areas, be aware of sites where traditional concrete footings—48" to 60" deep—have failed to resist frost heave, requiring larger, deeper concrete piers. Project sites that require concrete footings deeper than 60" to resist frost heave exceed the definition of normal soil conditions and the limits of the “Residential Rapid Pier Load Chart (click here)".
Uplift & Lateral Forces
The Rapid Pier provides excellent uplift & lateral forces, as concluded in the field testing report, the IAS Accredited Diamond Pier Uplift and Lateral Field Load Test Report - EEI Report No. 07-020-11- January 23, 2017. Please contact us for a copy for the report.
See Load Chart to view the uplift and later loads for each model of Rapid Pier.