In order to research the location identification technology of smart skin under static load response, a static load identification verification system is presented and designed. An optical fiber Bragg grating (FBG) orthogonal symmetrical sensing network is constructed, static load position identification of composite plate is carried out, where carbon fiber reinforced plastics (CFRP) is as a research object. The loading position is identified by using data correlation weighting coefficient theory and algorithm, and the test shows that the positioning accuracy is less than 2 cm. The design of static load identification verification system provides new idea and method for CFRP skin structure health monitoring.