Bionic Arm - Right - Left

Step into the World of Robotic Coding with Bionic Arm and Hand!

Add another dimension to your robotic projects and make a difference with Bionic Arm and Hand components! These components of our training set stand out with MG90S and DS3225 servo motors integrated for each finger and arm. These servo motors allow the fingers and arms to move precisely and naturally, giving your robot a more realistic feel.

Bionic Arm and Hand Details

Bionic Hand Details:

• Separate Finger Control: Each finger is equipped with its own servo motor, which means that the fingers can be controlled individually.
• Strong Thumb: 2 MG90S servo motors are integrated to provide extra power and flexibility for the thumb.
• Realistic Movement: Servo motors allow the fingers to move naturally and realistically, allowing your robot to perform a variety of tasks.
• Detailed and Precise Design: This detailed and precise design will make your robot projects even more impressive.

Bionic Arm Details:

• DS3225 Servo Motors: Equipped with 5 DS3225 servo motors that provide powerful and flexible movement of the arm.
• Precise Control: Servo motors enable the arm to offer wide range of motion and precise control, so your robot can perform more complex tasks.

Arduino Uno Features

• Integrated Computer System: Arduino is a system integrated on a microcontroller.
• Robotics and Electronic Applications: It offers an ideal platform.
• Components: Microcontroller, digital pins, analog input pins and USB connection.
• PCA9685 Servo Control Board
• 16 Channel PWM Controller: Communicates with microcontrollers or computers using the I2C communication protocol.
• Multiple Controls: Ideal for controlling servo motors and LED drivers.
• Expandability: You can control more than 16 servos using two PCA9685s.

Servo Motors

• Positioning and Motion: Motors that can be stopped at a specific position or moved to a specific angle.
• Various Motors: Two different 180-degree servo motors were used in the trainer.
  • MG90S Servo Motors: Offers the advantages of low cost and light weight.
  • DS3225 Servo Motor: More powerful and high cost.
• Detailed Descriptions: Connections and working principles of servo motors are explained in detail.

Connection and Control with Arduino

• Direct Connection: Direct connection and control of servo motors with Arduino is explained in detail.
• Using PCA9685: Connection and coding steps with Arduino for controlling servos are explained.
• Expandable Control: Addressing and coding arrangements for controlling more than 16 servos using two PCA9685s are explained.

This product set is designed to provide comprehensive training in robotic coding and servo motor control. Detailed information and instructions allow users to use the kit effectively.