Design and Analysis of Four Wheeled Electrically Powered Mobility Vehicle
DOI:
https://doi.org/10.46243/jst.2021.v6.i04.pp614-624Keywords:
FEA Analysis, Ladder chassis, Electric Vehicle, Mobility Vehicle, Movement DisabilityAbstract
People with movement disabilities have numerous challenges in life, two of the most significant of which are first dependency on others and secondly mobility restrictions. As a result, people are unable to enjoy simple and personal activities such as shopping, going for a drive, riding on off-road terrain, and going on camping vacations, among other things. Though there are already various solutions available, such as wheelchairs, manual and electric wheelchairs, in this paper, we design and develop an open, four-wheeled, electrically powered mobility vehicle to address the aforementioned difficulties. This approach will seek to address the inadequacies of present choices by offering people with movement limitations a secure, comfortable, and relatively cost-effective form of transportation. The goal of this project is to include the advantages of current available options, such as wheelchair seating, compact design of mobility scooters and wheelchairs, electric power source and speed of mobility scooters, and overcome their challenges, such as long range, more speed, stability of a four-wheeled chassis, off-road driving capability, sufficient storage space, comparable price range, and so on.
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