Robot car Transbot SE ROS (Raspberry Pi)
TRANSBOT-SE is a tracked robotic vehicle developed based on the robot operating system. The entire body is made of aluminum alloy. Equipped with 3DOF robotic arm and 2DOF PTZ camera, 520 encoder motors and large capacity battery.
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The Transbot SE ROS robot machine is a new word in the study of robotics!
The Transbot SE ROS robot car is an impressive robotic platform based on Raspberry Pi. It offers exciting opportunities for teaching and research in robotics and artificial intelligence. This innovative machine combines cutting-edge technology and flexible design to appeal to all students and researchers looking to deepen their knowledge of robotics and AI.
Transbot SE ROS is based on a powerful Raspberry Pi 4B microprocessor board. It provides high performance and extensive development capabilities. Raspberry Pi is known for its versatility and the support of a large developer community. This makes it an ideal platform for creating advanced robotic systems.
Features and specifics
The main feature of the robot is its robotic arm with 3 servos. This hand is designed to perform tasks of grasping and manipulating objects. This makes the robot an ideal tool for teaching manipulation skills. Students can program the hand to grasp, move, and manipulate objects. They will be able to simulate real-life scenarios that could be applied in the field of industrial automation or even in space missions.
The robot is also equipped with a depth camera, microphones and various sensors. This allows it to navigate and recognize objects. The depth camera provides the robotic system with a visual perception of its surroundings. This allows you to detect and identify objects and avoid obstacles. Microphones allow the robot to perceive voice commands and even process environmental sounds. This may be useful for research in speech recognition and audio signal processing.
The platform runs on the ROS (Robot Operating System) operating system. It provides a flexible and modular architecture for developing robotic applications. ROS is widely used in the field of robotics and offers a rich set of programming tools and libraries. With Python programming supported by ROS, students and developers can easily create complex robot control programs using this accessible and popular programming language.
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