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Six-legged robot Muto S2 18DOF (without Jetson NANO)

Six-legged robot Muto S2 18DOF (without Jetson NANO)

Muto is a desktop-level bionic six-legged robot with an aluminum alloy body. 18 metal servos weighing 35 kg and exquisite structural design allow it to perform various simulation actions with amazing flexibility and variety. Using a Raspberry Pi or Jetson Nano as the main controller and Python3 programming, Muto can perform various functions such as color recognition, tracking, face tracking, QR code recognition and visual patrolling.

$7.61

USD · Volume pricing available

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EAR99
ECCN CodeEAR99
ClassificationNot on CCL — Low Sensitivity
DestinationsWorldwide (except OFAC-sanctioned countries)
Customer TierAll Buyers
LicenseNot required (NLR)

AI confidence 90% · NLR — No license required. Standard end-use statement recommended.

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Six-legged robot Muto S2 18DOF - innovation in robotics

The Muto S2 18DOF six-legged robot is an advanced device in the field of robotics. It was developed by Muto Robotics. The robot has 18 servos (DOF) and offers unique capabilities in research and development in various fields.

Specifications

The robot has advanced sensors and actuators, they provide high precision and flexibility in movements. The compact design and high maneuverability make the device an ideal tool for both educational and scientific purposes.

Educational purpose

The robot provides an ideal platform for student teaching and research in the field of robotics. With its help, students can learn the basics of programming, mechanics and electronics. Open architecture and highly customizable capabilities encourage creative thinking and innovative problem solving.

Laboratory assignment

In laboratory conditions, a six-legged robot can be used in the field of biomimetics, mobile robotics, and autonomous navigation. Its customization and programming capabilities allow researchers to tailor it to specific applications. And also test new concepts and technologies.

The robot is an innovative tool for both education and scientific research. Its software flexibility and agility make it a versatile solution for a wide range of robotics applications.

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