Abstract:
The development of an automatic smart side stand for motorcycles aims to
enhance rider safety by preventing accidental riding with the stand deployed.
This research introduces a smart side stand system, utilizing Arduino as the
core microcontroller due to its ease of use, cost-effectiveness, and ability to
handle real-time operations efficiently. Arduino provides the flexibility to
integrate sensors and control systems, making it ideal for this application.
When the motorcycle‟s ignition switch is turned on, the system retracts the
side stand automatically, preventing accidents caused by riding with the
stand down. Similarly, the stand deploys automatically when the motorcycle
comes to a stop, and the ignition is switched off, ensuring added convenience
for the rider. This mechanism eliminates the risk of human error during stand
operation. The research focuses on optimizing the system for quick response
times and ensuring compatibility with various motorcycle models. The
automatic smart side stand is tested under different conditions to assess its
performance, reliability, and user-friendliness. The results show that the
system significantly reduces the risk of accidents related to stand misuse,
enhances rider safety, and offers a convenient, user-friendly experience. As a
final result, the Arduino-based smart side stand system not only met the
research goals but exceeded expectations in terms of safety, convenience,
and reliability. The successful implementation of the system demonstrated its
practicality for modern motorcycles, with potential for future improvements
such as wireless connectivity and integration with other smart vehicle
technologies. Finally, a solution is expected to contribute positively to rider
safety in both urban and rural settings.
