Six-legged robot Muto RS 18DOF Standard (Raspberry Pi 5 8GB)
Muto RS is a desktop-grade bionic six-legged robot designed and engineered based on the ROS2 operating system and compatible with Jetson NANO and Raspberry Pi. The overall body is made of aluminum alloy and contains 18 serial bus servos weighing 35 kg, depth cameras, lidar and voice modules. With Python3 programming and built-in high-precision algorithms, Muto RS can easily implement AI visual interaction, 3D map navigation, voice interaction, deep learning, Rviz modeling.
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Six-legged robot Muto RS 18DOF Standard at competitive prices!
Six-legged robot Muto RS 18DOF Standard. equipped with Raspberry Pi 5 8GB. It is an advanced technological device capable of performing a variety of tasks for educational and research purposes. Its purpose is practical application in robotics, programming in educational institutions and laboratories.
Features and specifics
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Wide range of programming options. The robot supports various programming languages, including Python, C++ and Scratch. This allows students to choose the most appropriate way for them to interact with the device.
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Flexible configuration. With 18 servos and 6 legs, the robot can be configured to perform a wide range of tasks. From walking to lifting and carrying objects.
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Open architecture. Raspberry Pi 5 8GB and open source allows students and teachers to easily modify its functionality. In addition, create your own programs and algorithms.
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Integration with educational materials. The device comes with an extensive set of educational resources.
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Development of cooperation skills. Working with a robot requires teamwork and collaborative problem solving.
This device is not just a robot, it is an educational tool. It helps students acquire valuable knowledge and skills needed for successful careers in technology and engineering.
Technical specifics
- Contains 18 metal bus servos weighing 35 kg.
- Depth camera, lidar, voice interaction module.
- High capacity batteries and other high quality accessories.
- Uses Python3 programming, ROS2 operating system and inverse kinematics algorithm to precisely control the robot's movement.
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