In the novel-electrode material prototype created, there were only one or two outlier results. Still, for the most part, all the results, which include energy density, potential energy, total capacitance, and power density, were within a standard range. The total energy density was 5.337 (Wh/kg), and the potential energy was 2456.163 (W/kg). All trials for each result were done over 22 charge and discharge cycles to produce the most accurate, viable, and valid results. The data obtained throughout several tests and measurements proved that the Fe-doped, nano-synthesized MnO2 pseudo supercapacitor successfully achieved the engineering goal. Not only did it meet the goal, but it also surpassed it, producing extremely reliable and promising results. The pseudo supercapacitor created can store up to 1,000 watts, all at $10. These results were not expected as the initial goal was very low, and the results obtained through the tests surpassed all results. This novel electrode material also exceeds current industry standards and averages for supercapacitors regarding energy density, specifically. The future applications for this novel electrode are endless. They are not only applicable to the science field. This supercapacitor with the novel electrode can be used in applications requiring many rapid charge/discharge cycles rather than longterm compact energy storage -in automobiles, buses, trains, cranes, and elevators, where they are used for regenerative braking, short-term energy storage, or burst-mode power delivery. This prototype can also be used as a supplemental and short-term backup power source in many medical applications, such as medical monitoring devices.