The Chinese company Unitree Robotics, renowned for its groundbreaking work in humanoid robotics, has unveiled an updated version of its G1 model, now proficient in kung fu techniques. A video showcasing the robot’s skills was published on The Verge, sparking excitement and debate among tech enthusiasts.
Priced at $16,000, the G1 has already established itself as a versatile assistant, capable of performing acrobatic feats and tackling complex tasks. However, its latest control algorithm update has endowed it with remarkable agility and stability. In the video, the robot confidently assumes fighting stances, delivers precise strikes, and exhibits balance worthy of a martial arts master.
Unitree’s robots have repeatedly captured global attention. Their creations have showcased astonishing abilities, from executing flips and dancing to handling household chores like cracking nuts or toasting bread. In early 2024, the H1 model set a world speed record for full-sized humanoid robots and later became the first to perform a backflip without hydraulic systems. In 2025, 16 H1 robots stunned audiences at a gala event, performing a synchronized dance featuring acrobatic elements and traditional Chinese “Yangge” dance moves alongside human performers.
Prior to this, the G1 had already impressed with its acrobatic prowess, precision movements, and resilience to physical interactions with humans. Mastering kung fu marks a natural progression, highlighting the model’s vast potential. In the video, the robot doesn’t merely mimic motions—it executes them with such grace and confidence that it prompts speculation about its future applications.
The final frame of the demo video includes a warning from Unitree Robotics, advising owners against dangerous modifications or misuse of the robot. This caution feels somewhat ironic given the G1’s showcased combat skills, raising questions about the boundaries of such technology. Could these robots evolve beyond mere assistants into something more?
The G1’s kung fu demonstration is more than just a technological breakthrough—it’s an invitation to ponder how far developers will push the boundaries of multifunctional humanoid robots.
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