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🚗 Remote Control Car

A hardware-based project that demonstrates the design and implementation of a remote-controlled car using embedded systems and wireless communication.


📌 Overview

This project focuses on building a remote control car that can be operated wirelessly. It integrates hardware components like motors, controllers, and communication modules to simulate real-world embedded system applications.


🚀 Features

  • 🎮 Wireless control of the car
  • ⚙️ Motor control for movement (forward, backward, left, right)
  • 🔌 Integration with microcontroller (e.g., Arduino)
  • 📡 Remote communication (Bluetooth / RF module)
  • 🧩 Modular hardware design

🛠️ Tech Stack / Components

Hardware:

  • Microcontroller (Arduino / similar)
  • Motor driver (L298N or equivalent)
  • DC motors
  • Chassis + wheels
  • Power supply (battery)

Communication:

  • Bluetooth module (HC-05) / RF module

Software:

  • Embedded C / Arduino IDE

📂 Project Structure

Remote-Control-Car/
│── code/           # Microcontroller code
│── circuit/        # Circuit diagrams
│── docs/           # Documentation / images
│── README.md

⚙️ Setup & Installation

1️⃣ Hardware Setup

  • Assemble the car chassis
  • Connect motors to motor driver
  • Connect motor driver to microcontroller
  • Attach communication module (Bluetooth/RF)

2️⃣ Software Setup

  • Install Arduino IDE
  • Upload the code to the microcontroller
# Select board and port in Arduino IDE
# Upload the sketch

3️⃣ Control the Car

  • Connect via Bluetooth app / remote
  • Send commands to control movement

🎮 Controls

Action Command
Move Forward F
Move Backward B
Left L
Right R
Stop S

(Modify based on your actual implementation)


📸 Project Demo

rc.car.video.mp4

🔧 Future Improvements

  • Mobile app control
  • Obstacle avoidance (Ultrasonic sensor)

🤝 Contributing

Feel free to fork the project and improve it.


👤 Author

Prabhakar Singh GitHub: https://github.com/Prabhakarsinghrx


About

This project involves using an Arduino microcontroller programmed in C to create a blind man stick that can detect obstacles and provide tactile feedback to the user. Ultrasonic sensors detect the distance to objects, and the micro-controller activates a buzzer in the handle of the stick to indicate the presence and location of obstacles.

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