Arduino Based Vehicle Overload Detection System for Prevention of Accidents

In the context of road safety, vehicle overloading remains a persistent concern, posing a risk of accidents, infrastructure damage, and potential harm to human life. This project introduces an innovative solution for mitigating this issue through an Arduino-based Vehicle Overload Detection System (VODS). The system incorporates load cell, MEMS sensor, an LCD display, and a buzzer to effectively detect and prevent vehicle overloading, contributing to improved road safety.

The VODS is designed to monitor the weight distribution on a vehicle using strategically placed load cells and detect variations in vehicle tilt and acceleration through MEMS sensors. Upon detecting an overload condition, the system promptly triggers a response by stopping the motor, which prevents further loading, and immediately displays a warning on the LCD screen. Simultaneously, it activates an audible alert through the buzzer. This rapid reaction not only averts potential accidents resulting from overloading but also extends the vehicle's operational life by minimizing wear and tear. The Arduino-based Vehicle Overload Detection System represents a cost-effective and efficient approach to addressing the critical issue of vehicle overloading. Its monitoring capabilities, coupled with instant warnings and alerts, establish it as a valuable tool in enhancing road safety and reducing the risks associated with overloading.

Keywords: Arduino, MEMS sensor, overload detection, accident prevention and alert.