Currently, ‘central force' — an apparent effort between two free macro bodies along the line joining them — is estimated in relative frames of reference. It is also assumed that an action by the ‘central force’ directly corresponds to its magnitude. The estimation of the magnitude and direction of the ‘central force’ on the planetary bodies or a central body in a planetary system assumes that the centre of the planetary system is static in space. While considering a satellite’s orbital path, the centre of the corresponding planet is assumed to be static in space. Although such calculations help to determine the relative positions of these macro bodies, they obscure the causes and magnitudes of many other important phenomena related to planetary motion. Determining the magnitude and direction of the ‘central force’ and its action with respect to absolute reference can give us logical explanations for many puzzling phenomena in planetary motions and systems.