Push Piers Drive Through Failing Soil to Load-Bearing Strata Beneath

Including bracket, excavation, and backfill. Cost varies with depth to refusal, site access, and any concrete or finish work required after lift. The Customized Repair Estimate after on-site inspection reflects your home's actual scope. Fixed price, not a range.

Epp Foundation Repair issues a lifetime transferable warranty on the push pier system. The steel sections, bracket, and hardware are warrantied for the life of the structure and the warranty transfers to the next homeowner if the property sells. If a warrantied pier moves or fails structurally, Epp re-installs it at no charge. Settlement that develops in a section of the foundation not previously underpinned is a separate inspection and not covered.

It is a diagnostic decision driven by three factors: structure weight, surface soil conditions, and site access. Push piers need adequate dead load above to drive the pier to refusal. They work best under full-basement homes with masonry above and they install faster than helicals on heavy structures. Helical piers torque into the soil under their own rotational energy, so they work on light structures and in soft surface soils where push piers cannot get reaction. Founder Dave Epp specifies one or the other on the inspection visit and writes it into the contract. Never both for the same wall.

Stabilization is guaranteed on every Epp push pier install. Lift back to original elevation is a secondary objective, and how much of the lost grade comes back depends on the soil and the structure. Sometimes more in newer settlement, sometimes less in long-established movement where finishes have rigidly adapted to the settled position. Forcing too much lift in a brittle structure can crack drywall, brick, or tile that has accommodated the movement over years. Epp discusses the realistic expectation before the contract is signed and documents the actual result on the closeout sheet.

Yes, and the failure mode usually accelerates. Loess hydroconsolidation in Nebraska and Iowa continues as long as the soil cycles between wet and dry, and each saturation event can drop another fraction of an inch. Expansive clay movement in Kansas and Missouri averages 50-plus freeze-thaw and wet-dry cycles per year. Settlement that produced a single hairline crack three years ago commonly progresses to stair-step cracking, separated trim, sticking doors, and sloped floors. Cosmetic damage from delayed repair is the homeowner's own finish work afterward. Piers stabilize the structure, but they do not repair what the movement broke before installation.

A typical residential push pier job with 5 to 8 piers takes 2 to 4 working days from excavation to backfill, weather permitting. Larger scopes or restricted access can extend to a week. Epp crews work in all seasons across Nebraska, Iowa, Kansas, and Missouri. Winter installs proceed normally as long as ground frost does not prevent excavation. The homeowner can remain in the house during install; there is no need to vacate.