The ESP32 reads data from the MPU6050 to detect tilt gestures (e.g., forward, backward, left, right). Based on the detected gesture, the ESP32 sends corresponding commands via MQTT. Robot Movement: ...

This project implements a remote-controlled robot using an ESP32-CAM board. It features real-time video streaming from the ESP32-CAM and controls two motors. The robot can be controlled via a web ...

You can use these buttons to move the ESP32 Cam Surveillance Car in the desired direction. The light slider is used to control the LED on the ESP32 CAM module. You can turn it on and control its ...

An open-source hardware developer repurposed a Roomba vacuum cleaner into a programmable robot using Raspberry Pi Pico and ESP32-S3. The project explores different control methods, including a web ...

Digital cameras have been around for a long time, as have small remote control robotics platforms. However, combining the two has really only come into its own in the last decade or so, as more ban… ...

It let him build the remote in half the size of the official Sony device. With limited buttons on board, though, he relies on the IMU to control many advanced features with motion gestures.

Also, the ESP32 supports Wi-Fi through a Media Access Controller (MAC) and baseband circuits. Moreover, the ESP32 can be operated by USB or from a lithium-based battery of 3.3V. Functional block ...

Key components for this technological integration include the Siemens S7-1500 PLC, ESP32 and Adafruit microcontrollers, Node-Red software, and the AWS platform. This project demonstrates the effective ...

Integrating wireless control into brushless direct current (BLDC) motor systems opens up exciting possibilities for applications such as remote-controlled cars, robots, and other innovative systems.