This text mainly focuses on the vibration characteristic of hockey stick through the method of the EMA (Experimental Model Analysis) and theoretical FEA (finite element analysis ). First, the theoretical model parameters,including natural frequency, model shape, will be observed by means of the FEA. Second, the theoretical model verification will be compared with the experimental model parameters. Finally, the certificated finite element model could be treated as an analytical model; The Hockey in three types of boundary conditions, i.e.,free-free,free-fixed and free-spring,is also analyzed to compare their modal frequencies and mode shapes. Find spring and freedom,fixing the relationship between the boundary.The modal properties of hockey in grips condition can then be predicted. The proposed analysis and experimental methodology can be beneficial to the design of hockey. The virtual testing can be enhanced in the future.