This research paper investigates the sustainability of electric mobility scooters, emphasizing the application of circular economy principles to minimize environmental impact. It explores the components of these scooters, including chassis, wheels, suspension, electrical parts (motors, batteries, circuit boards), and miscellaneous parts like tires and upholstery, detailing how each can be recycled and reintegrated into the manufacturing process. The paper outlines the benefits of a circular economy, such as conserving resources, reducing greenhouse gas emissions, and minimizing waste. It also examines the manufacturing processes of the scooters, from chassis construction to interior assembly and the environmental impacts associated with both the use and disposal of scooter components. The paper concludes by discussing the uses of mobility scooters for the disabled and the importance of sustainable practices to extend their lifespan and reduce pollution. The paper highlights the potential of recycling processes like pyrolysis and the need for safe disposal methods to mitigate environmental risks. This comprehensive analysis provides valuable insights into the sustainability challenges and opportunities within the electric mobility scooter industry.