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Gallery

Photographs the owner already published.

Downloaded from https://www.palmettopiertech.com/ and stored with this project. They are not stock photos, and they are not relabeled as TrueLine case studies. The old gallery rotated “Coastal SC / NC / GA” under many frames. Those tags are omitted because they were not tied to a named site.

Galvanized helical pier standing in sandy soil, with the helix plates still visible above grade. — Photograph. Field photograph from the owner's gallery. Camera file dated April 28, 2026. No street address was published with it.

Timber boardwalk frame on steel posts beside open water, with an excavator farther along the alignment. — Photograph. Boardwalk framing from the owner's gallery. The waterway is not named on the source page, so it is not named here.

Overhead view of a building pad with helical piles installed and capped. — Photograph. Overhead of a new-construction pile layout from the owner's gallery.

Helical piers with caps set in a grid before concrete footings are poured. — Photograph. New-home pier caps from the owner's gallery.

Construction site with flagged pier locations on soft ground. — Photograph. Flagged pier layout from the owner's gallery.

Helical piers used under an elevated deck or walk frame. — Photograph. Deck or walk footings from the owner's gallery. Camera file dated April 28, 2026.

Steel bracket connecting a wood post to a helical shaft. — Photograph. Post-to-shaft bracket from the owner's gallery.

A row of helical piles trimmed and fitted with square steel caps. — Photograph. Capped piles, photographed on a phone and published in the owner's gallery.

Close view of steel pile caps on round shafts. — Photograph. Pile-cap detail from the owner's gallery.

Round steel shaft with helical plates standing in an excavation beside a rebar cage. — Photograph. Pier in an open excavation, from the owner's gallery.

New-construction helical piers set on a building pad. — Photograph. New-construction photograph from the owner's gallery.

Helical piers in a crawl space under an existing house. — Photograph. Crawl-space photograph from the owner's gallery.

Underpinning brackets at an existing foundation. — Photograph. Underpinning photograph from the owner's gallery.

Close view of a foundation bracket on a helical shaft. — Photograph. Bracket photograph from the owner's gallery.

Concrete foundation corner supported on steel piers, with red hydraulic jacks at the footing. — Photograph. The jacks are lifting or holding the footing. They are not how a helical plate is advanced. From the owner's gallery.

Steel underpinning brackets and threaded rods at a masonry foundation. — Photograph. The existing site calls this assembly Tru-Lift. A patent was not verified for this preview, so none is claimed.

Hydraulic torque drive head mounted to installation equipment. — Photograph. The source caption calls this a 12,000 ft-lb drive head. That is the gallery label, not a torque reading from a pier log.

Excavator-mounted hydraulic drive head used to rotate helical piers. — Photograph. Machine-mounted drive head from the owner's gallery. The head rotates the pier.

Rendering of a round steel shaft with three helical plates. — Diagram. Product-style rendering from the existing site. It is not a shop drawing and not a specific project's pile.

Diagram of a helical tieback passing through soil to a wall face. — Diagram. Tieback diagram from the existing site. It is not a photograph of a finished wall.

General diagram of soil layers labeled soft clay, dense clay, dense sand, gravel, and bedrock. — Diagram. General layer diagram from the existing site. It shows no pier and it is not a boring. Coastal sites often differ.