@zayinesglow: #pourtoiii #fyp #cheveux#boucleparfaite #lissage

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Saturday 22 August 2026 08:52:08 GMT

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Sissi Ne :

ça te va mieux bouclé

2026-08-22 10:35:22

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Dalila :

on va aller faire le tanin

2026-08-22 14:09:29

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This is one of the most interesting humanoid robot sports demos I’ve seen in Beijing. A humanoid robot is stepping onto a badminton court and trying to rally with a human player. Watch the movement closely. The robot has to track the shuttlecock, estimate where it is going, reposition its body, maintain balance, coordinate its arm and racket, then prepare for the next shot. Badminton gives the system very little time to recover from a bad prediction. That makes this much more demanding than a robot repeating a fixed dance or a pre-programmed motion. Sports are becoming a useful stress test for humanoid robotics because several difficult problems appear at the same time: dynamic balance, perception, reaction speed, whole-body control, foot placement, arm coordination and recovery when the environment does something unexpected. The human player can instantly adjust his feet, wrist angle and body position. For a humanoid robot, each of those small corrections requires sensing, computation and precise motor control. The robot is clearly still far from matching a skilled human badminton player, but that is exactly what makes these demonstrations worth watching. You can see both the progress and the remaining limitations in a few seconds. And Beijing is becoming a fascinating place to watch this development unfold. With the World Robot Conference 2026 underway and the World Humanoid Robot Games 2026 bringing humanoid robots into competitive sports and real-world tasks, we’re getting more opportunities to see how these machines behave outside carefully controlled laboratory demonstrations. Running, football, tennis, table tennis, combat sports, dancing, and now badminton-style rallies are forcing humanoid robots to deal with faster and less predictable physical environments. The next major step will be consistency. Can the robot keep tracking the shuttlecock for an entire rally? Can it recover after moving too far to one side? Can it adapt to shots it has never seen before? Can the same control system work against different human players? That is where humanoid robot sports become genuinely interesting. Which sport should humanoid robots try next? #HumanoidRobot #Robotics #EmbodiedAI #PhysicalAI #WorldHumanoidRobotGames

This is one of the most interesting humanoid robot sports demos I’ve seen in Beijing. A humanoid robot is stepping onto a badminton court and trying to rally with a human player. Watch the movement closely. The robot has to track the shuttlecock, estimate where it is going, reposition its body, maintain balance, coordinate its arm and racket, then prepare for the next shot. Badminton gives the system very little time to recover from a bad prediction. That makes this much more demanding than a robot repeating a fixed dance or a pre-programmed motion. Sports are becoming a useful stress test for humanoid robotics because several difficult problems appear at the same time: dynamic balance, perception, reaction speed, whole-body control, foot placement, arm coordination and recovery when the environment does something unexpected. The human player can instantly adjust his feet, wrist angle and body position. For a humanoid robot, each of those small corrections requires sensing, computation and precise motor control. The robot is clearly still far from matching a skilled human badminton player, but that is exactly what makes these demonstrations worth watching. You can see both the progress and the remaining limitations in a few seconds. And Beijing is becoming a fascinating place to watch this development unfold. With the World Robot Conference 2026 underway and the World Humanoid Robot Games 2026 bringing humanoid robots into competitive sports and real-world tasks, we’re getting more opportunities to see how these machines behave outside carefully controlled laboratory demonstrations. Running, football, tennis, table tennis, combat sports, dancing, and now badminton-style rallies are forcing humanoid robots to deal with faster and less predictable physical environments. The next major step will be consistency. Can the robot keep tracking the shuttlecock for an entire rally? Can it recover after moving too far to one side? Can it adapt to shots it has never seen before? Can the same control system work against different human players? That is where humanoid robot sports become genuinely interesting. Which sport should humanoid robots try next? #HumanoidRobot #Robotics #EmbodiedAI #PhysicalAI #WorldHumanoidRobotGames

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