Waveshare RoArm-M1 Robotic Arm for Educational Projects

Description

The Waveshare RoArm-M1 is a serial robotic arm designed for educational and prototyping projects, featuring 5 degrees of freedom for versatile movement. It offers straightforward control options to help users explore robotics fundamentals.

In educational settings, the RoArm-M1 supports hands-on learning by allowing students to program and test robotic movements, such as picking and placing objects, making it suitable for classroom demonstrations or individual experiments in coding and mechanics.

  • Five degrees of freedom, including gripper control, for precise positioning and manipulation.
  • Angle and coordinate control methods for intuitive operation.
  • Leading-following mode via ESP-NOW for synchronized actions.
  • Motion recording and playback to analyze and refine sequences.
  • ESP32-based system with WiFi and UART communication for easy integration.
  • Cross-platform web apps and ROS 2 demos for advanced learning.

With a weight of 1.894 kg, this robotic arm fits well into desktop setups for beginners and enthusiasts seeking practical tools for robotics development.

Waveshare RoArm-M1 Robotic Arm for Educational Projects

Product form

$470.16 Excl. VAT

The Waveshare RoArm-M1 is a serial robotic arm designed for educational and prototyping projects, featuring 5 degrees of freedom for... Read more

    Description

    The Waveshare RoArm-M1 is a serial robotic arm designed for educational and prototyping projects, featuring 5 degrees of freedom for versatile movement. It offers straightforward control options to help users explore robotics fundamentals.

    In educational settings, the RoArm-M1 supports hands-on learning by allowing students to program and test robotic movements, such as picking and placing objects, making it suitable for classroom demonstrations or individual experiments in coding and mechanics.

    • Five degrees of freedom, including gripper control, for precise positioning and manipulation.
    • Angle and coordinate control methods for intuitive operation.
    • Leading-following mode via ESP-NOW for synchronized actions.
    • Motion recording and playback to analyze and refine sequences.
    • ESP32-based system with WiFi and UART communication for easy integration.
    • Cross-platform web apps and ROS 2 demos for advanced learning.

    With a weight of 1.894 kg, this robotic arm fits well into desktop setups for beginners and enthusiasts seeking practical tools for robotics development.

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