Cracks in a new home typically fall into two categories: normal cosmetic shrinkage or signs of problematic foundation movement. Most buildings experience a degree of normal settling within the first few years as the soil compresses under the weight of the new structure. This natural curing and compaction process often results in hairline cracks, usually less than 1/16 inch wide, appearing along drywall seams or in concrete.
However, cracks can also signal differential settlement, where different parts of the foundation shift at uneven rates. You should be concerned if you notice the following:
- Settlement cracks that exceed 1/8 inch in width or follow specific patterns, such as diagonal cracks extending from the corners of doors and windows.
- Stair-step cracks in exterior masonry, brick veneer, or foundation walls.
- Functional issues such as doors and windows that stick, gaps forming around frames, or noticeably sloping floors.
In newly built homes, these signs often appear within the first 12 to 18 months due to initial soil compression. While minor hairline fissures are often harmless, widening cracks or those exceeding 1/8 inch demand professional evaluation to prevent progressive damage.
We provide a network of structural engineers and ICC- and ISO-certified products to help address these concerns. If you observe these symptoms, we recommend you consult a structural engineer or our engineering team for project-specific design and installation guidance.
Related FAQs
-
Why does the Cost of Foundation Underpinning Vary so Drastically between Different Residential and Commercial Properties?
Read More »: Why does the Cost of Foundation Underpinning Vary so Drastically between Different Residential and Commercial Properties?The cost of foundation underpinning varies drastically because every project involves a unique combination of geological, structural, and logistical variables. According to Helical Technology, there is no fixed price per foot because a thorough on-site evaluation is required to account…
-
Does the Inclusion of Geotechnical Engineering and Design Support Help Reduce the Long-term Cost of Foundation Underpinning Projects?
Read More »: Does the Inclusion of Geotechnical Engineering and Design Support Help Reduce the Long-term Cost of Foundation Underpinning Projects?Yes, the inclusion of geotechnical engineering and professional design support is critical for reducing the long-term costs and risks associated with foundation underpinning. According to the provided content, this support helps optimize project expenses through several key mechanisms: Related FAQs
-
What Factors Most Significantly Influence the Total Cost of a Foundation Underpinning Project?
Read More »: What Factors Most Significantly Influence the Total Cost of a Foundation Underpinning Project?The total cost of a foundation underpinning project is influenced by several critical site-specific variables and structural requirements. Because every project is unique, costs are determined by the interaction of the following factors: Additionally, the choice of method plays a…
-
How does the Choice between Helical Piles and Traditional Concrete Piering Methods Affect Overall Project Costs?
Read More »: How does the Choice between Helical Piles and Traditional Concrete Piering Methods Affect Overall Project Costs?The choice between helical piles and traditional concrete piering significantly impacts overall project costs through differences in materials, labor, and installation speed. While the two methods address similar structural issues, their financial profiles vary in several key areas: Related FAQs
-
Can a Foundation Experience both Settlement and Heaving at Once?
Read More »: Can a Foundation Experience both Settlement and Heaving at Once?Yes, a foundation can experience both settlement and heaving simultaneously or sequentially over time. This dual movement is particularly common in regions with expansive clay soils or significant seasonal moisture variations. According to the provided technical guide, this combined movement…