This project features an Arduino Mega 2560 at its core, controlling multiple 28BYJ-48 stepper motors via ULN2003A breakout boards to articulate a robotic arm. It includes an ESP8266 ESP-01 WiFi module for wireless control and an audio feedback system using a speaker controller, loudspeaker, and buzzer for interactive responses.

Feb 18, 2022 · In this project, we made an industrial robot with arduino mega 2560 pro mini and servo motors. This Robot can do any task as a normal human can do. We used 3D Printed parts to make the Robot body to make it harder and safer for industrial use.

In this video, with the OpenMV camera, no matter where the red cube is, the robot arm could pick it up and place it in the fixed position. Now let us show you how to make it step by step. Step 1: Preparation. Hardware: 1. uArm Swift Pro * 1. 2. Arduino Mega 2560 Shield * 1. 3. Arduino Mega 2560 * 1. 4. Object for vision (Red) * 1. 5.

In this tutorial we will learn how to make an Arduino Robot Arm which can be wirelessly controlled and programmed using a custom-build Android application.

Hello everyone, in this video, you will see how to make a robotic arm using an Arduino Mega 2560 board and 4 servo motors.

Robotic Arm Ft. Arduino Mega, TheGHIZmo, Aarav G: This project consists on building and programming a robotic arm able of performing movements manually by joystick control and repeating recorded movements, all controlled by an Arduino Mega.

In this project we will build the basis for an automated programmable robotic arm. We shall learn how to construct and control a 6 axis robot arm via a control interface from a computer, and write pre-determined instructions for it to follow and repeat.

This circuit utilizes an Arduino Mega 2560 to control various actuators including a DC motor, a servo, and a linear actuator through motor drivers such as the BTS7960 and L298N. The system is designed for precise movement control, featuring a PCA9685 module for PWM signal generation and a TCA9548A I2C multiplexer for communication expansion ...

Program the Arduino 2560 using Arduino software. Design a robotic hand along with a claw using AutoCAD. Create the control circuitry of the conveyor and display the color of the object on a 16*2 alphanumeric LCD. Create a prototype model of the entire object. Basically, the Pick and Place Multi-Axis Robotic Arm can be classified into two parts.

In this step I'll show you how to assemble the arm kit (mechanical parts) I've used (link). If you doesn't have a similar kit, feel free to jump some steps. You can use another robotic arm kit, assemble it and jump directly to the electronics and programming steps.