This study presents the implementation of two speckle-based optical measurement techniques-digital image correlation (DIC) and intensity-based dynamic speckle imaging (DSI)-integrated with high-speed camera acquisition for the dynamic characterization of composite materials under impact loading. The DIC method, relying on the correlation of printed or painted speckle patterns recorded before and after deformation, enables precise quantification of displacement fields. In parallel, the DSI approach captures temporal variations in speckle intensity, improving the detection of subsurface defects and the visualization of velocity distribution associated with internal processes. Our results demonstrate that DSI serves as a valuable complementary tool to the DIC technique.