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NOETIX N2 humanoid robot Small-sized robots Intelligent obstacle avoidance Dance robot Automatic speech recognition Education science and Technology exhibition

NOETIX N2 humanoid robot Small-sized robots Intelligent obstacle avoidance Dance robot Automatic speech recognition Education science and Technology exhibition

Regular price $20,958.14
Regular price $20,958.14 Sale price $20,958.14
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    The NOETIX N2 is a next-gen humanoid robot purpose-built for embodied AI developers.

    Features:
    • 1.2 meters tall and weighing 30 kg
    • clocking a top speed of 3.2 m/s
    • it can run, flip, dance or single-leg hop
    • it is the first robot to pull off continuous flips across multiple real-world scenarios.



    The NOETIX  N2 robot participated in the 2025 Beijing Yizhuang Half Marathon and became the center of attention with its outstanding performance, finishing as the runner-up with a time of 3 hours and 37 minutes. 

    The race covered a total distance of 21.0975 kilometers, with terrain that included flat sections and slopes, the steepest reaching a 9° incline. The course was generally smooth, featuring six left turns and eight right turns, all with angles of 90 degrees or more and no U-turns. Industry experts noted that this event provides a valuable opportunity to test and validate several key common technologies in humanoid robotics, such as the heat resistance of the robot body and integrated joints, the generalization capability of motion control algorithms, and the efficiency of the power consumption system.

    The winning secret of the NOETIX  N2 robot lies in its stable mechanical structure and superior algorithm performance. According to the robot, supported by its structure and algorithms, the “Little Rascal” became the only participating robot in the entire race that ran completely autonomously without any human assistance. Right after the start, it demonstrated impressive explosive power, quickly leaving three other robots behind.

    Small-sized robots offer many advantages, and currently, many research institutions prefer to use them for their studies. Whether in the service industry, education sector, or other application scenarios, small-sized robots can better meet the diverse needs of users thanks to their flexibility and adaptability. The compact Songyan Dynamics N2 robot was not originally designed for running or racing—it’s more of an “amateur athlete” who rose to the occasion.