In a major leap forward for robotics, Chinese engineers have unveiled a next-generation humanoid robot equipped with 31 flexible joints, allowing it to move with astonishingly human-like precision and grace. The breakthrough was announced by a leading Chinese AI and robotics firm during a live demonstration that left global tech watchers stunned.
Named “Xiaobot-X31,” the robot can perform a wide range of fluid, coordinated movements — from walking naturally and picking up fragile objects to mimicking human gestures, facial expressions, and even dance routines. Its 31 joints simulate muscle and tendon behavior, giving it unprecedented motion control in the humanoid robotics field.
- 31 ultra-flexible joints enabling full-body articulation
- AI-powered gesture learning and motion prediction
- Ability to navigate complex environments autonomously
- Potential applications in elder care, service industries, and manufacturing
Experts say the robot’s motion system marks a significant step toward lifelike artificial intelligence companions and advanced robotics for real-world use.
“Our goal was to build a robot that doesn’t just move — it behaves. With 31 flexible joints, Xiaobot is closing the gap between machines and human mobility,” said Dr. Liang Wei, lead developer on the project.
While China has already been a key player in AI and automation, Xiaobot-X31 signals its growing ambition to lead the global humanoid robotics race, competing with Western counterparts like Boston Dynamics and Tesla’s Optimus.
The development team plans to integrate voice recognition, emotional response capabilities, and self-learning algorithms, pushing the humanoid further into practical use across sectors.
