![]() Thanks to the graphic interface it is possible not only to move the various joints in all possible directions but also to program the movements to be performed repeatedly. I want to say that for me this is not a simple mixture of various components that build a finished object together but it is something much more, a real project that started from an idea born from my passion months ago and ends today with the publication of this article. Today I’m here to see with you how I built a robotic arm with Arduino and a graphic touch interface. Shop from Indias No.1 Online Robotics Store: Arduino, Raspberry Pi and the largest collection of Electronic Components, DC motors, Drone Parts, Sensors. – Junction box (for electrical connections) – 5x MG996R Servomotors (more powerful than SG90) – One SG90 Servo Motor (I got the one with metal gears) – A fairly powerful power supply (2.5A * 5 motors (but you won’t be using them all at the same time) – Square aluminum tube (25mm * 25mm * 1,5mm) #Arduino robotic arm BluetoothThe app even lets a series of motion be recorded and “played back” to the Uno over Bluetooth for repeated, accurate movements.” Components to build your very own robotic arm “In order to operate the robotic arm, Miscio developed a mobile app with the help of MIT App Inventor, which presents the user with a series of buttons that rotate a particular servo motor to the desired degree. The robot arm is controlled using a touchscreen application loaded onto an old smartphone hose inside a control box, making the design of the robotic arm completely self-contained.
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