In past decades, shear walls and x bracing are one of the most appropriate and important structural component in multi-storied
building. Therefore, it is very interesting to study the structural response and their systems in multi-storied structure during
lateral load i.e earthquake loading. Shear walls and belt truss contribute the stiffness and strength during earthquakes which are
often neglected during design of structure and construction. The scope of present paper is to study the effect of seismic loading on
placement of belts truss in building at different alternative location. This study shows the effect of belts truss and bracing belts
truss which significantly affect the vulnerability of structures. In order to test this hypothesis, RCC building was considered with
and without belts truss at different location. The aim of the paper is to detail and conceptualize the varied configurations of belt
truss structures system and to integrate current structures into longer structures by use of belt truss system at different location.
Additionally, various advantage and disadvantage associated with outriggers and belt truss system also are discussed in this
paper. A close of literature review within the field of Outrigger system is applied and therefore the summary on belts truss and
gaps encountered within the study are listed during this paper. This paper introduces belt truss at different location. In which,
using the belt truss structural within the RCC building so as to extend the performance of the building under the earthquake load
and wind loads is studied. Concept of belt truss as Virtual outrigger is reviewed within the paper.