NOETIX N2 bumi– Agile Humanoid Robot with 18 DoF, 150 Nm Knee Torque

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The NOETIX bumi is a compact, high-performance humanoid robot standing 118 cm tall and weighing 30 kg. Featuring 18 degrees of freedom with self-developed high-performance joints, it delivers 150 Nm peak knee torque for powerful dynamic movements including running, jumping, and continuous backflips. Powered by an NVIDIA Jetson Orin chip for edge AI computing of up to 67 TOPS and equipped with 3D vision sensors, the N2 achieves running speeds of up to 3.5 m/s. With a 48V quick-swap lithium battery providing up to 2 hours of runtime, the N2 is designed for research, education, entertainment, and service applications.

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The NOETIX N2 bumi is an agile, child-sized humanoid robot developed by Beijing-based NOETIX Robotics. Designed for dynamic performance and versatile applications, the N2 combines compact dimensions with powerful motion capabilities, making it suitable for research, education, entertainment, and service roles.

Key Features

  • 18 Degrees of Freedom – Optimised 18 DoF design balances flexibility and dynamic performance, with self-developed high-performance joints

  • High Torque Output – 150 Nm peak knee torque enables powerful athletic movements

  • Dynamic Motion Capabilities – Supports running (up to 3.5 m/s), large strides, single- and double-leg jumps, dancing, and continuous backflips

  • Edge AI Computing – NVIDIA Jetson Orin chip delivers up to 67 TOPS for perception and interaction

  • 3D Vision Sensors – Enables real-time environmental awareness

  • 48V Quick-Swap Battery – Up to 2 hours of runtime with fast-swap capability

  • Colour Options – Available in Dark Space Grey, Bright Moon White, and Flowing Purple

Specifications

Specification Detail
Height 118 cm (approx. 1.2 m)
Weight 30 kg
Degrees of Freedom 18
Peak Knee Torque 150 Nm
Max Running Speed 3.5 m/s
AI Computing Up to 67 TOPS (NVIDIA Jetson Orin)
Sensors 3D vision sensors
Battery 48V quick-swap lithium, up to 2h runtime
Key Movements Running, jumping, backflips, dancing

Use Scenarios

  • Research & Development – Platform for humanoid robotics, gait algorithms, and AI research

  • Education – STEM demonstrations and robotics programmes

  • Entertainment – Dynamic performances, events, and exhibitions

  • Service & Customer Interaction – Greeting, guidance, and engagement in commercial settings