Abstract: A centrifugal pump is a forceful pump that uses an impeller to pump the liquid or a kind of fluids. Divergent pump is ordinarily used to move fluids through a funneling structure. The liquid enters the direction of the impeller and is quickened by the impeller. The stream of fluid is pushed radialy outward into a diffuser or volute chamber (packaging) from where it exits into the funneling type casting. The centrifugal pumps use an electric motor or an engine to power the impeller. The pressure created in the fluid is directly proportional to the power of the electric motor or engine. Radial pumps give steady rate of flow of liquids (discharge) because it doesn’t have any intermitted motion. If the discharge height increased high power motors are required to lift the liquid against gravity to a more elevated amount. The exchange of energy from the mechanical revolution of the impeller to the movement and weight of the liquid is normally depicted regarding diffusive compel, particularly in more established sources composed before the cutting edge idea of radiating power as an invented drive in a turning reference edge was very much verbalized. The idea of outward drive is not really required to portray the activity of the radial pump. In this study, examination on MS and SS pump impeller is done keeping in mind the end goal to enhance quality of radial pump. This study gives the static and Modal examination of MS and SS Pump Impeller to check quality of pump and vibrations created by pump.