Intelligent Torque Control System for Vehicle Safety: A Human-Centric Approach with ESP8266 and Blink IoT Integration

This paper introduces an intelligent torque control system designed for heightened vehicle safety by adapting torque output based on passenger types. Prioritizing the safety of children and the elderly with torque limits of 40, and accommodating adults with a limit of 70, the system operates without torque limits in emergencies for swift responses. Core components include the ESP8266 microcontroller, LM 398N motor driver, four geared motors, Blink IoT module [2], battery, and TP 4056 charging module, working seamlessly for optimal performance. User-friendly features include three buttons - Child, Adult, and Emergency - enabling easy torque setting selection. The research contributes significantly to vehicle safety systems by introducing a flexible torque control mechanism, aiming to reduce accident risks and enhance overall road passenger safety. The integration of IoT technology and intelligent torque control holds promising implications for the future of automotive safety. Key components highlighted include the ESP8266 microcontroller [1], LM 398N, four geared motors, Blink IoT module, battery, and TP 4056.