In biological and biomimetic research, many critical motion phenomena occur within milliseconds. Wing flapping, vibration modes, and transient deformation of biological structures cannot be accurately observed with conventional imaging systems.

Researchers face limitations in capturing high-frequency motion trajectories, quantifying micro-scale displacement, and performing full-field stress analysis on flexible biomimetic structures. Without precise temporal resolution and image clarity, validating flight behavior models, material response, and structural design remains inefficient and error-prone.