ESP32 Cam-Based Surveillance Robot Car
$ 36.81
ESP32 Cam-Based Surveillance Robot Car Abstract: An ESP32-CAM-based surveillance robot is a compact, low-cost, and Wi-Fi-enabled robot that can capture and transmit live video for remote monitoring. It typically uses an ESP32-CAM module for image processing and video streaming, along with motorized movement for navigation. Key Features Live Video Streaming: The ESP32-CAM is used to capture and send video over Wi-Fi. Remote Control: Operated via a web interface, using a web app on mobile and Pc web browser. Battery-Powered: Runs on Li-ion batteries for enhanced portability. Components Required ESP32-CAM Module – The main camera module with Wi-Fi connectivity. Motor Driver (L298N or L293D) – To control DC motors for movement. Chassis with Wheels – For robotic mobility. DC Motors – For movement (gear motors recommended). 18650 Cells – For power supply. Jumper Wires & Connectors – For circuit connections. Working Principle Wi-Fi Streaming: The ESP32-CAM streams video over Wi-Fi, allowing remote access. Motor Control: Commands sent via a mobile app or web server control the motor driver. Real-Time Surveillance: Users can monitor the feed remotely and control movement. Automation (optional): Motion detection triggers alerts or automatic movement. Software Requirements Arduino IDE – To program the ESP32-CAM. ESP32 Board Support Package – For coding the ESP32 module. Wi-Fi Library – To enable wireless communication. Motor Control Code – To handle robot navigation. Possible Enhancements AI Integration: Using OpenCV or TensorFlow Lite for object detection. Cloud Storage: Saving recordings to Google Drive or Firebase. Voice Control: Integrating with Google Assistant or Alexa. Solar Power: For continuous operation without battery replacement. Would you like a circuit diagram or a sample code for the project? Size of Project: 8*7.25*4 inches Shipping Time :> Process Time 4 To 5 Day —>Demo Class —> Shipped —> Transit Time 5 to 10 Day–> Delivery **Project Image only Illustration Purpose. The project may be the same or maybe an improved Version.**


Four Wheel Steering System (4WS)
Plants Health Monitoring With Irrigation System
Wireless Power Transmission– Science Hobby Project
Power Generation Using Pulley– Science Hobby Project