The activity of inspecting the condition and movement of turbine components using a high-speed camera (motion camera) to detect vibrations and deformation.

A non-contact inspection method that uses high-speed cameras to record and analyze the dynamic motion of turbine components as they rotate. This technology allows detailed observation of vibrations, oscillations, or small shifts in the blades, shaft, and joints without having to stop the turbine.

The recorded data is then processed with image analysis software to identify imbalances, misalignments, or potential mechanical damage. This method is highly effective for predictive maintenance because it can detect early signs of damage before a major failure occurs.