![]() ![]() On and off switches on the controller and the robot car models are helpful for saving the batteries.Ĥ servo motors attached to the robotic arm represent the 4-axis of the robot. ![]() The robot has the ability to get the distance data from its surrounding objects and avoid the obstacles. The wheels can be remotely controlled on the XY plane. Angles of the axes can be displayed on the LCD Monitor. ![]() With the aim of having a better control over the Physical Twin train, record and play modes can be visualised by the LED lights. By having a small physical twin, the robotic arm can learn from its twin’s movements that are controlled by humans and repeat those movements endlessly. Those parts become a subsidiary to the Physical Twin for expressing its artistic side owing to not only its inherent movement possibilities but also the guidance of individuals. There are three chief parts of the painter: remotely steered robotic car, physically controlled 4-axis robotic arm and the main controller board. Integrating the experimentality of the field of robotics with the human imagination, the robot can be remotely and physically controlled while inherently avoiding obstacles, besides can learn from those transferred directions. Physical Twin is an artistic robot which enjoys painting with the collaboration of humans. The project was conducted as a part of the Computational Design and Digital Fabrication Seminar in the International Master of Science Programme: ITECH By Ekin Sila Sahin, Lior Skoury, Simon Treml ![]()
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March 2023
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