High rise structures are developing world wide and introducing new challenges. The stiffness of the building reduces as the structure height increases. The outrigger system with belt truss is a horizontal load resisting system that provides sufficiently great drift control for the tall structure. This system can excessively control drift due to lateral loads; risk of non- structural and structural damages can be reduced. In the present study, 10 models with different location outrigger and belt-truss such as X shape, at every 5,7,10, storeys for different models etc., at different optimum position were modelled and analyzed using SAP2000 software. Since, when the structure is subjected to wind and seismic loads, the bending takes place in the core and rotation of the outrigger arm takes place along with that. Under these situations the columns are subjected to tension and compression. Hence, the study includes the comparison of parameters in RC structure and steel structure such as drift, story shear, and story displacement of models with different location outrigger and belt-truss.