Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
  • Image of MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics
MaxArm Open Source Robot Arm ESP32 Python Arduino Inverse Kinematics

Description

MaxArm is an open-source robotic arm powered by the ESP32, built to teach the fundamentals of robotics and motion control. With inverse kinematics and dual coding paths in Python and Arduino, it's a flexible learning platform for makers.

Program precise movements, explore coordinate-based control, and expand the arm with your own ideas — all on a fully open design.

What it teaches:

  • Inverse kinematics — control the gripper's position in 3D space.
  • ESP32 powered — capable, Wi-Fi-enabled microcontroller core.
  • Python & Arduino — two coding paths for different skill levels.
  • Open source — transparent design for deep customization.
  • Precise control — repeatable, programmable motion.

MaxArm is an excellent platform for learning the math and mechanics behind robotic motion.

From AI-powered robot arms to autonomous rovers — WonderHub brings cutting-edge robotics and STEM technology to makers, educators, and engineers.