Six-legged robot Muto RS 18DOF Superior (Jetson NANO)

Six-legged robot Muto RS 18DOF Superior based on the Jetson NANO computer at a competitive price!

Six-legged robot Muto RS 18DOF Superior for teaching and research in the field of robotics. It is equipped with 18 servos. This ensures high precision and flexibility of movements, as well as six legs. They can be independently controlled to overcome various obstacles and surfaces.

The main difference between the Muto RS 18DOF Superior and its predecessor is the use of a Jetson NANO instead of a Raspberry Pi. Jetson NANO is a powerful platform for development and training in AI, machine learning and computer vision. This makes it an ideal teaching tool for students and robotics enthusiasts.

Muto RS 18DOF Superior supports many additional modules and sensors. In addition, it has a depth camera, lidar, voice interaction module and high-capacity batteries. They provide more stable operation and expand the capabilities of the robot.

Educational purpose 

The main purpose of the Muto RS 18DOF Superior is educational. It is designed to educate students and robotics enthusiasts. Also for the development and research of new technologies and algorithms. The robot comes with detailed instructions and software. This makes it easier to use and integrate into training programs.

Overall, the Muto RS 18DOF Superior (Jetson NANO) is an advanced educational device. It combines innovative technologies and opportunities for teaching and research in the field of robotics. Its high performance, flexibility and ability to expand functionality make it an ideal choice for students and anyone interested.

Specifics and features

• Contains 18 servos.
• Depth camera.
• Lidar.
• Voice interaction module.
• Large capacity batteries and other high-quality accessories make Muto RS more stable.

Compatible with Raspberry Pi and Jetson NANO

Uses Python3 programming, ROS2 operating system and inverse kinematics algorithm to precisely control the robot's movement.
The following functions can be easily implemented:

1. navigation on 3D maps;
2. voice interaction;
3. synchronous control;
4. deep learning;
5. visual recognition;
6. docker container development;
7. lidar tracking and obstacle avoidance.

Yahboom is a remote control app, wireless controller, and map navigation app. Allows users to control Muto RS anytime, anywhere. Supports RVIZ simulation, users can control robots and test algorithms in a virtual environment.