Helical Piers

Helical Piers for Strong, Stable Foundations

Perimeter Solutions Group provides professional helical piers installation to support fencing systems, gates, and other structural applications that require enhanced stability. Helical piers are a reliable foundation solution designed to perform in challenging soil conditions while providing long-term structural support.

As part of a full-service fence company, we understand that a strong foundation is critical to the performance of any perimeter system. Without proper support, fencing and gate systems can shift, lean, or fail over time. Our team installs helical piers that help prevent these issues, ensuring your system remains secure, aligned, and functional for years to come.

From new installations to upgrades of existing systems, our helical piers solutions are designed to support both immediate project needs and long-term performance.

What Are
Helical Piers?

Helical piers are deep foundation systems made of steel shafts with helical plates that are mechanically driven into the ground. These systems are designed to transfer structural loads to more stable soil layers below the surface. Unlike traditional concrete footings, helical piers can be installed with minimal disruption and are effective in a wide range of soil conditions. They are commonly used in projects where soil stability is a concern or where long-term structural performance is critical.

When Helical Piers Are Needed

Not every project requires deep foundation support, but in certain conditions, helical piers provide a clear advantage over traditional methods. In many cases, using helical piers helps avoid future repairs or replacements by addressing foundation challenges upfront. This makes them a practical and cost-effective solution for projects that demand reliability.

Our helical piers solutions are commonly used when:

Soil conditions are unstable, loose, or prone to shifting

Projects require enhanced load-bearing support for fencing or gates

Traditional concrete footings are not sufficient for long-term performance

Sites have drainage issues, erosion concerns, or inconsistent soil composition

Structures must maintain alignment in high-use or high-stress environments

Applications for Helical Piers

Helical piers are a versatile solution that can be used across a range of commercial and industrial applications.

Fence and Gate Foundations

For fencing systems and gate installations, a stable foundation is essential. Helical piers help prevent leaning, shifting, or failure caused by soil movement or environmental factors.

Access Control Systems

Automated gates and access control systems require precise alignment and structural support. Helical piers provide a strong foundation that helps maintain consistent operation over time.

Structural Support for Perimeter Systems

In high-security or large-scale installations, perimeter systems often require additional reinforcement. Helical piers help ensure these systems remain stable under load and environmental stress.

Challenging Site Conditions

Sites with poor soil, slopes, or limited access often benefit from the flexibility of helical piers. These systems can be installed efficiently without the need for extensive excavation.

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Benefits of Helical Piers

Choosing helical piers offers several advantages compared to traditional foundation methods, especially for commercial and industrial applications.

Helical piers can support weight as soon as they are installed, allowing projects to move forward without waiting for concrete to cure.

Installation requires less excavation and reduces impact on surrounding areas, making it ideal for active job sites or developed properties.

Helical piers are designed to reach deeper, more stable soil layers, providing reliable support even in challenging environments.

Installation is controlled and monitored, allowing for accurate load capacity verification during the process.

Built from high-strength steel, helical piers are designed to withstand environmental stress and provide lasting structural support.

These benefits make helical piers a strong choice for projects where stability and performance are critical.

Our Installation Process

We take a structured approach to ensure helical piers are installed correctly and provide reliable, long-term support for your project.

We evaluate site conditions, soil characteristics, and project requirements to determine if helical piers are the right solution. This includes understanding load requirements, identifying any potential challenges, and planning for proper placement to support the overall structure.

Our team develops a plan based on load capacity, depth, and spacing to ensure each pier provides the necessary support. We consider how the helical piers will integrate with fencing, gates, or other structures to ensure alignment and long-term stability.

Helical piers are installed using specialized equipment that drives them into the ground to the required depth and resistance. Our team monitors installation closely to ensure each pier meets performance expectations and is properly positioned for structural support.

After installation, we verify that each pier meets load and performance requirements. We then review the system to ensure it is ready to support the structure and aligned with project specifications before moving forward.

Experience That Makes
a Difference

Perimeter Solutions Group brings national experience to every project. As a recognized fence company with locations across the country, we apply proven processes, quality materials, and industry best practices on every job. Our structure as a national fence company allows us to combine consistent standards with local execution, helping projects move forward efficiently while meeting regional requirements.

Why Choose Perimeter Solutions Group

Perimeter Solutions Group provides helical piers as part of a comprehensive approach to perimeter security and structural support.

Clients choose PSG because we offer:

Because we handle both the foundation and the fencing system, we ensure that every component works together properly. This reduces risk, improves efficiency, and leads to better long-term results.