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Chinese Humanoid Robots Advance to New Level, Now Capable of Dancing, Kung Fu, and Acrobatics with Fluidity

| | Source: KOMPAS Translated from Indonesian | Technology
Chinese Humanoid Robots Advance to New Level, Now Capable of Dancing, Kung Fu, and Acrobatics with Fluidity
Image: KOMPAS

Humanoid robots manufactured in China have reached new levels of sophistication. Whereas previously these robots gained viral attention for participating in marathons or swimming, their current capabilities are far more impressive.

Chinese humanoid robots can now perform sword dancing, execute kung fu movements, and perform somersaults with fluidity and grace.

These demonstrations were showcased at the annual CCTV Spring Festival Gala, China’s most-watched television programme during Lunar New Year celebrations.

The humanoid robots were created by four Chinese robotics companies: Unitree Robotics, Galbot, Noetix, and MagicLab.

On stage, more than a dozen robots manufactured by Unitree demonstrated a series of kung fu movements paired with humans in natural and fluid fashion. They performed combat sequences, martial arts stances, complete with staff swings and nunchaku demonstrations.

Furthermore, footage released by media outlets Al Jazeera and NBC News showed these humanoid robots were capable of gripping swords firmly without dropping them. They wielded swords in movements resembling traditional sword dancing.

Their hand movements appeared increasingly human-like, as they could move in various directions naturally and fluidly. Previously, humanoid robots were often criticised as rigid and lacking flexibility in dynamic movements.

Meanwhile, four humanoid robots from Noetix performed alongside human actors in a comedy segment. Subsequently, MagicLab robots performed a synchronised dance with human performers whilst the song “We Are Made in China” played.

Behind these spectacular demonstrations of kung fu and acrobatics, the development of these humanoid robots is actually directed towards industrial and manufacturing needs. Fluid motion control capabilities, coordination of multiple robots simultaneously, and control of small objects form the important foundation for real-world applications in factories and logistics centres.

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