Check out this interesting tutorial on building an ESP32-CAM surveillance car!
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This guide details the creation of a Wi-Fi controlled ESP32 CAM surveillance car, perfect for learning about remote-controlled systems. It covers assembly, programming, and includes features such as a web control interface, affordability, and open-source design. The project serves as an educational tool for understanding IoT and remote control systems.
Check out this interesting tutorial on building an ESP32-CAM surveillance car!
- 1. AN EASY GUIDE FOR CREATING A WIFI- CONTROLLED ESP32 CAM SURVEILLANCE CAR Source:
- 2. BUILDING AN ESP32 CAM SURVEILLANCE CAR: A PRACTICAL GUIDE Source: In this guide, we'll explore creating an ESP32 Cam Surveillance Car, ideal for learning about remote-controlled systems and ESP32-based projects. Using the ESP32 camera module, it offers an efficient and budget-friendly solution. This project showcases the versatility of the ESP32 platform for crafting remote-controlled devices, providing a step-by-step process for assembly and component understanding. Key Features: •ESP32 Cam Module: Core component providing WiFi connectivity and camera functionality. •Web Controls: Enables remote control through a web interface, no extra hardware required. •Affordable Design: Uses readily available components suitable for hobbyists and learners. •Open-Source: Allows customization and learning with shared design files and code. •Compact and Portable: Designed for easy transportation, great for educational purposes. •Scalable and Upgradable: Room for expansion and future enhancements.
- 3. ABOUT ITS CIRCUIT DESIGN AND CUSTOM PCB OVERVIEW Source: Circuit Design: •The circuit diagram for the surveillance car comprises: • USB Type C Port: Incorporates a power path controller MOSFET and switch for programming and charging. • Battery Charger Circuit: Utilizes the TP4056 chip with charging indicators for LiPo battery management. • Programming Circuit: Features the CH340K USB-UART converter for ESP32 module programming. • Motor Driving Section: Utilizes the MX1508 motor driver module for motor control. Custom PCB Design: A custom PCB serves as the backbone of the ESP32 Cam Surveillance Car, providing interconnectivity and structural support. Design files are available for download, enabling easy replication and modification. After finalizing the PCB design, order it from NextPCB or another preferred manufacturer by uploading the Gerber file and specifying dimensions and preferences.
- 4. HOW TO ASSEMBLE YOUR ESP32 CAM SURVEILLANCE CAR? Source: Soldering: Use a temperature-controlled soldering station to start with SMD components. Component Integration: Assemble modules and connectors following the circuit diagram. Motor and Battery Setup: Secure N20 motors and LiPo battery with provided mounting options. Wheel Installation: Attach wheels to motor shafts for movement. Testing: Confirm all connections are secure and functional before moving forward.
- 5. PROGRAMMING YOUR ESP32 CAM SURVEILLANCE CAR Source: To program your ESP32 Cam Surveillance Car: 1.Set up Arduino IDE with ESP32 core and required libraries. 2.Customize code with WiFi credentials and desired features. 3.Upload code to ESP32 Cam module. 4.Power on the car and connect to its WiFi network. 5.Access web interface for remote control. Enjoy the educational journey of building and programming your ESP32 Cam Surveillance Car, offering practical insights into IoT and remote control systems.