A heavier structure that has settled
The building weight can be used as the reaction force to drive the pier.
Steel push piers
Push piers are steel sections driven down beside a footing until they reach resistance. The house load helps drive them.
Foundation push piers are used for settlement support. They are not wall anchors and not helical piles.
The building weight can be used as the reaction force to drive the pier.
Push piers connect to the foundation with a steel bracket.
Sections are added until the pier meets the designed resistance.
A push pier is a steel pipe pier hydraulically driven into the ground. Bracketed to the foundation, it can support and, in some cases, help recover settlement.
This method sits under foundation pier installation and settlement repair. Compare it with helical piers.
Steel push piers are a driven system. They are a poor match if the structure cannot provide the reaction force the install needs.
The soil immediately under the house is no longer enough.
The pier is driven until it meets that resistance.
The method uses the structure. That is a key difference from a screwed helical pile.
The area beside the foundation is opened so the bracket and pier can be set.
Steel sections are pushed down until they reach the planned resistance.
The house load is transferred to the pier. Any lift is based on what the structure can safely do.
These pages sit next to this one in the site structure.
Deeper drives and more locations increase the work.
The bracket detail depends on the footing and wall.
Equipment still needs room along the settled wall.
Tell us which part of the house has dropped and whether it is a main structure or a lighter add-on.
Note access and any known underground utilities.
We compare push piers with helical piers based on the house, not a default product.
Heavier brick homes in Akron are a common setting for a driven pier conversation. Lighter porches and some additions may fit helical piles better.
Soil depth and fill still decide whether a driven pier is practical. That is a site question, not a slogan.
They can allow lift when the structure and the soil allow it. Support is the first goal. Lift is not automatic.
They use hydraulic driving and excavation at the footing. The disruption is different from screwing a helical pile. Both need access.
They can be used when the structure can provide the needed reaction. Some lighter structures are a better fit for helical piers.
Call and tell us what you are seeing in the basement or around the foundation.