Surveillance Car Project using ESP32 Cam module | ESP32 Camera wi-fi car

Surveillance Car Project Using ESP32-CAM Module – Build Your Own Smart Surveillance Vehicle!

Introduction:

In the era of DIY electronics, creating a custom surveillance car with an ESP32-CAM module has become a popular project for tech enthusiasts. This project allows you to monitor surroundings remotely, enhancing security and providing hands-on experience with IoT and robotics. In this guide, we’ll cover everything from components to code, helping you get started with your surveillance car project using the ESP32-CAM module.

What is ESP32-CAM?

The ESP32-CAM is a powerful microcontroller with built-in Wi-Fi and Bluetooth, equipped with a camera module. It’s ideal for remote monitoring projects, IoT applications, and smart home integrations. The ESP32-CAM module allows you to stream video, capture images, and use AI features like facial recognition.

Key Features of the Surveillance Car:

1. Live Video Feed: Monitor surroundings in real-time.
2. Wireless Control: Control the car using Wi-Fi.
3. Low Power Consumption: Perfect for battery-operated projects.
4. Cost-Effective: Affordable components with high versatility.

Components Needed:

1. ESP32-CAM Module: The brain of your surveillance car.
2. L298N Motor Driver: Controls the car’s motors.
3. Chassis with DC Motors: The car body with wheels.
4. Battery Pack: To power the car and ESP32-CAM.
5. Jumper Wires: For connecting components.

Step-by-Step Guide:

1. Connect the ESP32-CAM to the Motor Driver: Use jumper wires to connect the ESP32-CAM module with the motor driver.
2. Mount the Camera and Motors: Attach the camera on the car’s chassis for a clear view, and connect motors to the chassis.
3. Install the Code: Use Arduino IDE to upload the code to ESP32-CAM. This code will control the motor functions and enable video streaming.
4. Connect to Wi-Fi: Connect the ESP32-CAM to your Wi-Fi network, allowing remote control.
5. Test and Tweak: Test the car’s movement and video feed to make sure everything is working correctly.

Programming Tips:

1. Use Arduino IDE: ESP32-CAM works well with Arduino IDE, making it easy to upload code.
2. Set Up a Web Server: Use a web server library to control the car from a mobile or computer browser.
3. Optimize Code for Streaming: ESP32-CAM’s processing power is limited, so minimize background tasks for a smoother video stream.

Benefits of Building a Surveillance Car:

• Hands-On IoT Learning: Understand components and coding.
• Inexpensive Surveillance: A DIY car costs less than commercial options.
• Remote Access: Monitor your property remotely through Wi-Fi

Surveillance Car Project Using this Pan Tilt Assembly we can rotate the camera horizontally and vertically from 0 to 180 degree. We will capture images using esp32 camera and send these images to our mobile phone using websocket through wi-fi connection. Surveillance Car Project will control car using our own mobile app.