Wet-soil performance
Support transferred below unstable surface material.
Commercial Project · Flamborough
Helical piles supported a pedestrian boardwalk and lookout through wet, environmentally sensitive terrain.

Built with purpose
Traditional excavation and concrete work would have been disruptive and impractical in the water-saturated site. Screw piles reached stable soil below the soft surface layers while limiting disturbance to vegetation and terrain.
The completed system provides dependable long-term footing for public pedestrian traffic and the lookout structure.
Support transferred below unstable surface material.
Reduced excavation helped protect the surrounding ecosystem.
Pile locations followed the boardwalk structure and alignment.
Recent work
Real Postech applications across residential, commercial, and access-sensitive sites. These images can be replaced with Hamilton-specific GHL media as the project library grows.


Wetland foundation case study
The Flamborough boardwalk crosses swampy, water-saturated ground on its way to a scenic lookout. A conventional excavated foundation would have displaced more soil, complicated access, and increased disturbance in the environmentally sensitive setting.
Helical piles allowed the foundation points to be installed precisely through soft surface layers into stable bearing soil. The system created dependable support for pedestrian traffic while helping preserve the surrounding vegetation and natural drainage conditions.
Frequently asked questions
They provide discrete foundation points with limited excavation and are well suited to wet, uneven, or access-sensitive terrain.
The project was completed in Flamborough, Ontario, within the broader Hamilton area.
Yes. Boardwalks, walkways, signage, platforms, parks, and other public infrastructure are established helical pile applications.
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