The Bluetooth Control Robot is a versatile mobile-controlled robot designed for seamless operation via a mobile app. Featuring an array of components such as an Arduino UNO and HC 05 Bluetooth Module, it offers an engaging platform for exploring robotics and mobile technology integration.
Features:
- Mobile Control: Operate the robot wirelessly through a dedicated mobile app, providing touch-based control for intuitive navigation.
- Versatile Compatibility: Compatible with various smartphones and tablets, offering flexibility in device selection for control.
- Robust Construction: Built on a sturdy wooden chassis, ensuring durability and stability during operation.
- Easy Assembly: Simple soldering and wiring make assembly accessible for beginners and enthusiasts alike.
- Expandable Design: Easily expandable with additional sensors and modules for enhanced functionality and customization.
Components:
- Arduino UNO: Acts as the brain of the robot, processing commands from the mobile app.
- HC 05 Bluetooth Module: Facilitates wireless communication between the robot and the mobile device.
- L298N Motor Driver: Controls the DC gear motors for precise movement and direction.
- DC Gear Motor: Drives the robot’s movement on various surfaces.
- 7805 Voltage Regulator: Stabilizes the voltage to ensure consistent performance.
- Soldering Iron and Wire: Essential tools for assembling and connecting components.
- 9V Battery and Cap: Powers the robot for untethered operation.
- DC Jack: Provides a connection point for external power sources.
- Wooden Chassis: Provides a sturdy base for mounting components and ensures durability.
Working:
- Connect the components according to the provided circuit diagram.
- Pair the HC 05 Bluetooth Module with the mobile device using the mobile app.
- Launch the mobile app and establish a connection with the robot.
- Use the touch-based controls on the mobile app to send commands to the Arduino UNO.
- The Arduino UNO interprets the commands and sends corresponding signals to the L298N Motor Driver.
- The motor driver controls the DC gear motors, enabling the robot to move according to the user’s input.
Application:
- Education: Ideal for STEM education, allowing students to learn about robotics, Bluetooth technology, and mobile app development.
- Entertainment: Provides entertainment and engagement for hobbyists and enthusiasts interested in robotics and DIY projects.
- Research: Offers a platform for exploring and experimenting with mobile-controlled robotic systems for academic and research purposes.
