But what if there was a way to bridge that gap? This robot arm guide offers a guide to building a mini robotic arm using Arduino, complete with 3D-printed parts and easy-to-follow instructions.

The Arduino then calculates its response move using the micro-Max engine and commands the robotic arm to execute the move. Watch this video on YouTube.

I just want to flag this one, an arm aimed at students: the Braccio ++ kit, for an introduction to robotics, letting you lift, place, twist objects under digital control ...

He calls it the Robo Marionette. He’s using a MeArm 4 DOF robotic arm, a Sensel touch interface, an Arduino Uno, and a servo shield for the Arduino to control the MeArm.

For controlling the motors, an Arduino Uno and CNC stepper shield was used. The arm is operated from a computer with a GUI written in Processing, which sends instructions to the Arduino over serial.

He was able to use the robotic arm to pick up blocks, turn them, and move them to new locations. He was even able to open a cabinet, retrieve a cup, and hold it under a water dispenser.

Arduino updates the Braccio ++ robotic arm kit I just want to flag this one, an arm aimed at students: the Braccio ++ kit, for an introduction to robotics, letting you lift, place, twist objects under ...