Our Products

Push piers (also called resistance piers) are steel tubes hydraulically driven down to load-bearing strata using the weight of the structure.
Helical piers have screw-like helix plates that are rotated into the soil with hydraulic motors, creating bearing capacity.
Both systems stabilize or lift foundations, but push piers rely on the structure’s weight for installation, while helical piers can be advanced without heavy building weight.

Push piers are ideal for heavier structures that can supply the reaction weight needed to push steel pipe to competent strata.
Helical piers are often chosen for lighter buildings, new construction, or sites where torque-based capacity verification is preferred.
Our engineers evaluate soil reports and structure weight to determine the best system for long-term stability.

Depth is dictated by soil conditions and required load capacity. Our systems can typically reach from 5 feet to over 200 feet by adding pier extensions until competent load-bearing soil or rock is reached. Depth is verified by hydraulic pressure (push piers) or installation torque (helical piers).

Foundation Masters manufactures its own steel pier systems.
Shafts are made from structural steel pipe or square tube; helical plates are cut from 3/8″ or 1/2″ flat steel and hot-dip galvanized for corrosion resistance.
All couplings use high-strength bolts or pins, and components are engineered and inspected in-house.

Yes. Every pier installation is backed by our lifetime, transferable warranty with no fine print.
Because we design, manufacture, and install our own products, we control quality and guarantee performance for the life of the structure.

Yes. Foundation Masters offers a Price Match Guarantee — we will beat any valid competitor quote by 5% or your order is free.
Our engineers also review the competitor’s design to make sure it meets proper structural and soil conditions before matching.

Absolutely. As a licensed civil/structural engineering firm, we can design, seal, and permit push pier or helical pier systems for new builds, additions, or structural repairs.
Send us your plans or soils report, or ask us to perform the geotechnical investigation and design in-house.

Small residential jobs can be completed in 1–3 days.
Larger commercial or sinkhole stabilization projects may take a few weeks depending on pier count, access, and required depth.
We provide a clear schedule after reviewing your site conditions and engineering requirements.