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Video shows China's humanoid robot enduring 'violence test'
In this video the humanoid robot is shown undergoing what the uploader called a "violence test." In the clip, a demonstrator repeatedly kicks the robot to test its balance, coordination, and durability, an approach that may look harsh, but is a common method among manufacturers and roboticists to evaluate stability and resilience. In the opening seconds, the G1, known for its lightweight frame and flexibility, is seen kicking the air while apparently under remote control. Just moments later, the robot slips on a carpet and collapses to the ground, only to spring back upright in less than a second. That quick recovery is a certified "WHAT?" moment. Notably, this is the only fall the robot suffers throughout the video, and even then it appears to be caused by the surface beneath its feet rather than the kicks themselves. Over the course of the short video, the demonstrator kicks the robot roughly nine times. The blows come from front, back, and the demonstrator doesn't seem to hold back even. Despite the repeated shoves, the G1 manages to keep its balance and posture, occasionally swaying or losing footing but quickly regaining control. The video's comment section is filled with sarcasm. One user wrote, "When the AI overlords come that guy is the first to go," while another warned, "Remember kids, one day these robots will be watching these videos too." The robot's punching and kicking motions, which often seemed directed away from the demonstrator. As one noted, "All it needs is a target tracking system, he's finished."
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Unstoppable Martial Arts Robot Can Take a Direct Dropkick Without Falling Down
A new viral video shows a kickboxing humanoid robot shrugging off a flying dropkick from a human being. The research behind the stunt was conducted by scientists at the Active Intelligent Systems (ACT) Lab at the Southern University of Science and Technology (SUSTech) in Shenzhen, China, using Unitree's popular G1 robot. The robot's incredible agility highlights how far the tech has come in a matter of years. Chinese robot manufacturer Unitree's G1, in particular, has quickly turned into a popular test bed for reinforcement learning techniques, allowing it to pick up new skills very quickly. In fact, the only thing that even came close to defeating the robot in the video was a loose tile that tripped it up -- and even in that case, it made an impressive recovery, jumping right back up to fight some more in less than a second. We've already seen the G1 show off its martial arts prowess several times, from punching the air and delivering a swooping roundhouse kick to two of the bots facing off in a kickboxing showdown event at the World AI Conference in Shanghai last month. However, things can still go off the rails -- with alarming results. A video of a failed test run by robot combat company REK in July showed a G1 flailing its arms and legs, seemingly trying to break free of a harness. Others are using the robot for dramatically different purposes as well. Case in point, a cowboy hat-toting bipedal robot, dubbed "Jake the Rizzbot," has been wandering the streets of several US cities this summer, turning heads and flinging compliments -- instead of punches and kicks -- at passersby.
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A viral video demonstrates the impressive stability and recovery capabilities of China's G1 humanoid robot during a rigorous 'violence test'. The robot's ability to withstand repeated kicks and maintain balance highlights significant advancements in robotics and AI.
A recent viral video has captured the attention of robotics enthusiasts and the general public alike, showcasing China's G1 humanoid robot undergoing what has been dubbed a 'violence test'. The video demonstrates the robot's remarkable ability to withstand repeated physical assaults while maintaining its balance and stability
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.In the footage, a demonstrator subjects the G1 robot to a series of kicks from various angles, testing its balance, coordination, and durability. Despite the seemingly harsh treatment, this approach is a common method used by manufacturers and roboticists to evaluate the stability and resilience of their creations
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.The G1 robot, known for its lightweight frame and flexibility, showcases its capabilities right from the start of the video. In one notable instance, the robot slips on a carpet and falls to the ground, only to spring back upright in less than a second – a moment that has left viewers astounded
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.Throughout the test, the robot endures approximately nine kicks from the demonstrator, who doesn't appear to hold back. Despite the repeated shoves, the G1 manages to maintain its balance and posture, occasionally swaying or losing footing but quickly regaining control
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.The G1 robot's impressive performance extends beyond just withstanding kicks. In another viral video, the robot is shown shrugging off a flying dropkick from a human, further emphasizing its exceptional stability
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.Developed by researchers at the Active Intelligent Systems (ACT) Lab at the Southern University of Science and Technology (SUSTech) in Shenzhen, China, the G1 has become a popular test bed for reinforcement learning techniques. This approach allows the robot to quickly acquire new skills, demonstrating the rapid advancements in robotics and artificial intelligence
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.Related Stories
The G1 robot has been showcased performing various martial arts moves, including punching the air and delivering roundhouse kicks. In a notable public demonstration, two G1 robots faced off in a kickboxing showdown event at the World AI Conference in Shanghai, further highlighting the robot's agility and combat capabilities
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.While the G1 robot has demonstrated impressive abilities, it's important to note that the technology is still evolving. A video of a failed test run by robot combat company REK showed a G1 flailing its arms and legs, seemingly trying to break free of a harness, indicating that there are still challenges to overcome in the development process
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.As robotics technology continues to advance, we can expect to see more sophisticated and versatile applications of humanoid robots like the G1, potentially revolutionizing fields such as manufacturing, healthcare, and even entertainment.
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