If you’re looking for a low-cost, wireless surveillance camera that you can control from your mobile, then this project is perfect for you! In this guide, we’ll introduce the ESP32-CAM module and show you how to create a WiFi-enabled camera with pan & tilt movement, allowing you to see a full 180-degree view remotely.
What is ESP32-CAM?
The ESP32-CAM is a low-power microcontroller with a built-in camera and WiFi capability. It allows you to stream video over the internet, making it an excellent choice for DIY security systems, robotics, and IoT applications. Unlike traditional security cameras, this module is affordable, compact, and customizable to fit your specific needs.
Project Features
✅ Live Streaming – View real-time video on your mobile or computer browser
✅ Wireless Control – Move the camera left, right, up, and down with simple buttons
✅ DIY Pan & Tilt System – Built using two servo motors for smooth movement
✅ Easy Setup – Program with Arduino IDE and control via WiFi
✅ Compact & Budget-Friendly – A perfect alternative to expensive surveillance cameras
Components Needed
To build this project, you’ll need the following components:
- ESP32-CAM Module
- FTDI USB-to-TTL Module (for programming)
- Two SG90 Servo Motors (for pan & tilt)
- Jumper Wires & Breadboard
- Power Supply (5V)
- 3D-Printed or DIY Pan-Tilt Mechanism
Basic Guide to Setting Up
1️⃣ Upload the Code – Connect the ESP32-CAM to your computer via the FTDI module and upload the program using Arduino IDE.
2️⃣ Set Up WiFi – Enter your SSID and password in the code to enable WiFi streaming.
3️⃣ Access the Video Feed – After programming, remove the upload cables and power the module. Open your mobile browser, enter the assigned IP address, and enjoy real-time streaming.
4️⃣ Control the Camera – Use the on-screen buttons to move the camera up, down, left, and right.
Watch the Full Video Tutorial
For a detailed step-by-step guide, watch my video tutorial below where I explain everything, from programming to setting up the pan-tilt mechanism.
Download Required Files
🔗 Click Here to Download the Code & Circuit Diagram
I hope you found this project useful! If you liked it, don’t forget to subscribe to my YouTube channel for more awesome DIY tech projects.
