Supercapacitor devices have significant attention owing to their rapid charge/discharge and high power density. Herein, Molybdenum sulfide is advantageous material for super-capacitors due to good conductivity and excellent electrochemical performance and it was  synthesized by facile and effective electro-deposition technique. The fabricated electrode has been studied by SEM to construe the material morphology and the electrochemical experiments were performed to investigate the supercapacitive activity which indicate the good substitution of metal sulfide on Ni foam. The system exhibited an excellent capacitance with high energy and power densities of 1068.6 F/g with 133.57 Wh/kg and 870 W/kg, respectively, at 1 A/g and the capacitance was calculated from CV (1143.9 F/g at 5 mv/s). These results indicate that metal sulfides are promising materials for energy storage devices.