In this investigation, manmade flywheel motors have been used in the past for a variety of applications, including sand, brick, wood turning, laundry, and others. The device makes use of a step-by-step cycle in conjunction with a flywheel, which drives the device by way of a gear screw clutch and a torque booster. The operator presses a power pedal in order to transmit this power to the machine in order to start it. Through the use of the crank chain flywheel, it is possible to transfer power to the working gear. The human-powered flywheel motor idea, also known as the HPFM, ushers in a whole new age of human-powered agricultural processing, harvesting, and post-harvest equipment. This High-Performance Fuel-Efficient Motor (HPFM) design will assist drive more automobiles in rural regions, which is important given the health, cultural, and environmental concerns, as well as the fact that power is a greater problem in rural areas utilising unskilled labour and Vidharbha. Machines may be employed to do physical labour, which allows for temporary pauses in production without negatively impacting the end result.