Duration perception is important during movement, as it can help people judge the duration of events and make better predictions and preparations. In recent years, a growing number of studies have found that duration distortion in movement is influenced by motion itself. The current paper summarized the behavioral evidence of the effects of movement on duration perception from four aspects, including movement parameters, movement stages, visual motion stimuli and motion-related individual factors. Currently, extensive research has proven that motor brain structures may serve as the core neural network of subjective temporal perception. The motor system both encodes and is involved in duration perception. The theory of how movement influences duration perception can be based on the framework of the internal clock model and can be further explained by sensorimotor interference, arousal induced by the action or embodied cognition. Future research needs to consider the effects of movement on duration perception on different time scales, as well as the study paradigms and technical approaches during movement, which can better reveal how movement regulates duration perception and the internal neural mechanism. Further, according to the features of different competitive sports, future research should provide help and guidance on reducing duration perception errors in sports and enhancing the duration perception abilities of athletes.