Design and fabrication of manual mini scooter / Nuradilah Syafiqah Abdul Razak and Ahmad Najmie Rusli

The scooters have gained significant popularity as a practical and cost-effective means of transportation. Whether powered by conventional or electric mechanisms, scooters offer an enjoyable mode of mobility. However, the issue of depleted batteries frequently plagues electric scooters, often stemming from factors such as battery defects, suboptimal charging practices, extreme cold weather conditions, or gradual battery capacity decline. In response to these challenges, the proposed product represents a groundbreaking solution, designed to facilitate the repair of malfunctioning electric scooters with enhanced affordability and reduced complexity. It's important to note that this innovative product eschews electrical components entirely, instead employing a chainless concept and pedal-driven mechanism to propel the scooter. The introduction of this product promises to revolutionize the maintenance and sustainability of electric scooters by offering an eco-friendly, cost-efficient, and user-friendly approach to addressing common battery-related issues. By leveraging pedal power and eliminating the reliance on electrical components, this product aims to extend the longevity and usability of electric scooters, ensuring a more sustainable and accessible future for scooter enthusiasts