BUMI | Robot umanoide | 21 DOF

Both the Noetix Bumi Pro and the Bumi Edu Pro are based on the same humanoid robot platform, featuring 21 degrees of freedom, a height of 98 cm, a weight of 17 kg, integrated camera systems, voice interaction capabilities, and a graphical programming environment. The key difference lies in their computing power and development capabilities. The Bumi Pro is primarily designed for educational institutions, robotics beginners, and demonstration applications. In contrast, the Bumi Edu Pro enhances the platform with an NVIDIA Jetson Orin Nano Super module and additional features for secondary development, AI applications, and advanced robotics projects. As a result, the Bumi Edu Pro is particularly well suited for universities, research institutions, and developers who want to develop and run their own algorithms, autonomous functions, or AI-based applications directly on the robot platform.

The Noetix Bumi Edu Pro is a humanoid robot platform developed specifically for education, robotics training and advanced development projects. Standing approximately 98 cm tall and weighing 17 kg, it combines a compact footprint with 21 degrees of freedom, including articulated arms, legs and waist motion. The Edu Pro version adds an NVIDIA Jetson Orin Nano Super computing module, integrated Wi-Fi and Bluetooth communication, support for secondary development and programmable motion control. Equipped with cameras, IMU sensors, intelligent voice interaction and force-controlled joints, the platform enables users to explore robotics, AI and human-robot interaction on a real humanoid system.

The Bumi Edu Pro is designed for schools, universities, robotics laboratories, STEM programmes and research institutions that require an accessible humanoid development platform. Typical applications include robotics education, AI training, motion control development, human-robot interaction research, programming courses and autonomous behaviour development. The combination of humanoid locomotion, onboard computing, vision sensors and programmable motion libraries allows students and developers to work with real-world robotics challenges. The platform is also suitable for demonstrations, competitions, educational projects and prototyping applications where a compact humanoid robot is required.

The Bumi Edu Pro supports both beginner-friendly and advanced programming approaches. Users can create behaviours and motion sequences through a graphical drag-and-drop programming environment, while more experienced developers can take advantage of the platform’s secondary development capabilities for custom applications. The robot supports wireless communication via Wi-Fi and Bluetooth, mobile app control, programmable motion libraries and intelligent voice interaction. OTA updates simplify software management, while the onboard NVIDIA Jetson Orin Nano Super computing platform provides additional processing power for robotics and AI development projects. This combination makes the Bumi Edu Pro suitable for both classroom learning and advanced experimentation.