Yes, helical piers are an excellent solution for supporting historical masonry foundations. Because historical masonry structures are often heavy and sensitive to movement, they require a support system that provides unwavering stability without causing further damage during installation.

We specialize in using Helical Piers and steel piering for Historical Renovations because they offer several critical advantages for older buildings:

• Immediate Load Capacity: Unlike traditional concrete underpinning that requires a 7–10 day curing time, helical piers allow for immediate load transfer. This means the building can be stabilized or lifted as soon as the piers are installed.
• Minimal Vibration: Our installation process is quiet and virtually vibration-free. This is essential for historical masonry, as it prevents the jarring movement that could otherwise cause original stonework, delicate finishes, or brittle mortar to crack or collapse.
• Small Footprint: We use small, isolated access pits (typically 2×2 feet) that can be dug by hand or light equipment. This precision preserves original landscaping, patios, and the historic integrity of the foundation’s exterior.
• High Load Bearing: These piers are driven deep through unstable clay soils until they reach bedrock or competent load-bearing strata. They can support compressive loads far exceeding typical residential requirements, making them ideal for heavy masonry.

Since 1996, we have been family-owned and operated, providing the Littleton and Denver metro area with predictable, engineered foundation solutions. Because every historical structure is unique, we provide a custom-quote based on a thorough on-site evaluation.

All information on this website is for general informational purposes and may be updated without notice. Estimates and quotes are preliminary and are not legally binding until confirmed in writing following an on-site inspection. We do not guarantee specific results for every project; actual outcomes depend on site conditions. Consult a licensed structural engineer for definitive diagnosis and design recommendations.

• Foundation Stabilization for Historical Renovations: Complete Guide