This serial study based on biomechanical approach aims at exploring the mechanisms of movement control and coordination during jump-slap-kick and giving the perceptual guidance for the practice. The first part of the study was to investigate the characteristics of kinematics and ground reaction forces in order to lay the foundations for further study of joint control torque. The Peak Performance 2D Motion Analysis System (120Hz) and Kisterler forceplatform (600Hz) were used synchronously to acquire the data of kinematics and ground reaction forces from five elite male Chinese martial arts athletes performing jump-slap-kick. The results of angle vs. angle analysis indicated that both the ankle and knee joints of action leg showing the flexion then following by extension movement pattern during the support phase. The hip joint on the other hand showing extension at beginning of the support phase, and then acting conjunctly with knee and ankle joint. The horizontal ground reaction forces acted to reduce the horizontal velocity of athlete's c.g. during the support phase. The maximal vertical ground reaction force occurred at the maximum flexion phase of the action leg. This created an ideal initial condition for the takeoff. During the flight phase, the kicking action, that the hand slapped the foot happened prior to the body c.g. reaching the highest position, and the maximum angular velocity for each joint of the action leg also appeared at a moment before the hand slapped the foot.