An AI-driven torque allocation system for EVs on rough terrain using IMU data, deep learning, and real-time motor control via Raspberry Pi with Gazebo simulation and Flask-based dashboard.

PID-controlled 3-sensor line follower robot using Arduino UNO and L298N motor driver GitHub par kahan daalni hai: Repository → ⚙️ gear icon (About section) → Description box mein paste karein → Save changes

# iot-rc-car-nodemcu

Lane following by color detection bot 🤖

A dual-mode Arduino robot car project using IR sensors and Bluetooth. It follows a line autonomously with IR sensors or switches to manual control via Bluetooth commands. Features include motor control with L298N driver, buzzer horn, LED indicators, and push-button mode switching with debounce logic for stable operation

Bluetooth controlled RC car using Arduino Nano, L298N motor driver and HC-05 module for real-time mobile control.

Arduino-based PID-controlled Line Follower Robot utilizing 3 IR sensors and L298N motor driver for precise line tracking.

This repo contains all the information needed to build a Self-Balancing Robot.