Connect the LED lights to the appropriate GPIO pins on the ESP32-CAM module. Power the setup using a suitable battery pack. Upload the Code: Open the provided ESP32CAM_Car.ino file in the Arduino IDE.

This is my final year Computer Science & Engineering project – an Android-controlled autonomous rover powered by NodeMCU (ESP8266), Arduino Uno, ESP32-CAM, and Firebase. The rover can be controlled ...

Discover the ESP32-CAM module in the video below. It provides a detailed overview of the ESP32-CAM, highlighting its features, setup process, and potential applications. The ESP32-CAM is a development ...

It looks like NASA’s Mars Rover robots but targets the education market with an Arduino UNO R3 compatible board and an ESP32-CAM board for WiFi connectivity and video capture. The GalaxyRVR robot kit ...

This project seeks to construct a multifunctional IoT-enabled rover system driven by an ESP32 microcontroller, built for accurate mobility, environmental monitoring, and surveillance. The rover ...

This research introduces ROVOX, a smart rover system designed for a variety of uses, leveraging stateof-the-art technology to enhance its capabilities and user experience. At its core, ESP32 ...