Deformation Monitoring Surveys are a systematic process of measuring and analysing the changes in position of natural or man-made features over a period of time to detect movement, displacement, or structural deformation.
This type of survey utilises high-precision instrumentation such as total stations, laser scanners, digital micrometers, extensometers, and tilt sensors to observe, record, and interpret spatial changes to the millimetre. This allows us, assess structural integrity and associated risks, and provide data for engineering analysis, construction management, or early-warning systems. Deformation monitoring surveys can be continuous (real-time), providing information remotely, or periodic. Deformation surveys are commonly applied in contexts such as historic building preservation, tunnel construction, bridge maintenance, and tall building performance.
Case study: Red House Glass Cone, Wordsley
