Subsidence surveys are essential for detecting drainage issues that could lead to structural instability. If you’ve noticed cracks, sinking ground, or persistent drainage problems, it could indicate underlying subsidence caused by leaking or damaged pipes. Using advanced CCTV technology, a subsidence survey quickly identifies the root cause, allowing for timely and effective repairs to protect your property.

What is a Subsidence Survey?

A subsidence survey is a comprehensive assessment of your drainage system designed to identify issues contributing to ground movement and structural instability. Using advanced CCTV cameras, we inspect your drains in detail to locate leaks, cracks, or damage that could be causing soil erosion and subsidence.

This state-of-the-art technology allows us to pinpoint the exact source of the problem, enabling swift and effective repairs to protect your property. Subsidence surveys provide a thorough understanding of the drainage system’s condition, ensuring any underlying issues are addressed promptly to prevent costly structural damage.

How Do Subsidence Surveys Work?

Subsidence surveys use advanced CCTV camera technology to inspect your drainage system and identify issues contributing to ground movement and structural instability. Our engineers carefully feed specialised cameras into the drains, capturing live footage that allows us to assess their condition in real time. This immediate data enables us to provide on-the-spot feedback and recommend the most effective next steps.

Once the inspection is complete, we provide a detailed report, including recorded footage of the drainage system and tailored recommendations for resolving any identified issues.

A subsidence survey thoroughly investigates the causes of ground movement, such as leaks, cracks, or collapses in the drainage system. By pinpointing these problems early, we can recommend precise and effective solutions to stabilise your property and prevent further damage.

Subsidence surveys are suitable for properties of all sizes and are essential for safeguarding both residential and commercial structures.