Hoverboard-Assisted Smart Ride System
Keywords:
Eco-friendly, Electronic control unit, Gyroscope sensor, Radio-frequency identification (RFID), Rechargeable batteries, Segway E-bike, Telegram notificationAbstract
The development of the e-bike aims to increase mobility and energy efficiency in personal transportation. In this paper, the motor powers the scooter’s wheels, resulting in a smooth and efficient ride. It has a standard braking system and an accelerator to control speed. Because it uses rechargeable batteries, the scooter is an eco-friendly mode of transportation. Its performance and functionality are enhanced by incorporating a variety of electronic components. The scooter’s electronic control unit (ECU) is based on ESP32 with advanced features and functions. This paper aims to create a sustainable and effective way to travel on foot using technology and mobility. This scooter stands out because its electronic control unit provides users with useful real-time ride information. The gyroscope sensor improves stability for safer and more comfortable riding during turns and manoeuvres. The RFID security system prevents unauthorized access by requiring a card or key fob. To address the issue of a higher percentage of deaths caused by delayed responses to severe motorcycle accidents, an IoT-based fall detection and tracking system with Telegram and SMS notification has been proposed. The integration of these technologies makes the Segway e-bike scooter a significant advancement in the field of personal electric vehicles.
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