DIY Arduino Bluetooth Robotic Car | Control with HC-05 & HW-130 Motor Driver Shield

DIY Arduino Bluetooth Robotic Car | Control with HC-05 & HW-130 Motor Driver Shield

In this step-by-step tutorial, I will show you how to build your very own Arduino-powered Bluetooth robotic car! Using the HC-05 Bluetooth module and the HW-130 motor driver shield, you’ll learn how to control your robot car remotely from your phone. Whether you're a beginner or an experienced maker, this project is perfect for learning about Arduino, Bluetooth communication, motor drivers, and robotics. Follow along as I explain every detail, including wiring, coding, and troubleshooting tips to make your robot car move with ease! 💡 What you’ll learn: 1. How to wire the HC-05 Bluetooth module to the Arduino 2. How to connect and control motors with the HW-130 motor driver shield 3. How to upload Arduino code for Bluetooth control 4. Step-by-step walkthrough for creating a functional robotic car 📱 Materials Needed: 1.Arduino Uno (or similar) 2. HC-05 Bluetooth Module 3. HW-130 Motor Driver Shield 4. DC Motors 5. Wheels and Chassis 6. Jumper Wires 7. Android phone with Bluetooth capabilities Arduino Code URL: https://techcraftandhacks.in/building... Don't forget to LIKE, SHARE, and SUBSCRIBE for more robotics tutorials! #Arduino #BluetoothCar #DIYRobot #MotorDriver #ArduinoProject #RoboticCar #BluetoothControl #HC05 #HW130 #ArduinoTutorial #RoboticsForBeginners *************************************************************************** Welcome to my YouTube channel Tech Craft And Hacks. On this channel we upload videos related to IOT Projects, Science Projects, Electronics, Robotics, Experiments, Craft, Hacks, DIY, etc. Warning from Tech Craft And Hacks YouTube channel: If you are unsure about any aspect of the project shown in videos, please seek guidance from a qualified professional before proceeding. Attempting to replicate these projects shown in videos is at your own risk. Safety is extremely important. Thank you for your understanding and commitment to safety.