China is set to launch the world’s first large-scale training hub for humanoid robots in July 2025. Located in Shanghai, the center will focus on enhancing data sharing among developers and teaching essential skills to over 100 robot models, addressing key challenges in humanoid robotics research and development.
The Chinese humanoid robot “Walker C” will debut at Expo 2025 in Osaka, Japan, showcasing advancements in robotics and AI. Designed by UBTech Robotics, it offers guidance and hospitality services, highlighting China’s commitment to innovation in the field. The event starts on April 13, 2025, on Yumeshima Island.
A humanoid robot is enhancing training at Wuxi Sports School by practicing Tai Chi with athletes. This innovative technology aims to revolutionize sports training, offering personalized feedback and real-time analysis. The rise of smart sports equipment is transforming both professional competitions and everyday fitness routines for the public.
Researchers from MIT and Hong Kong universities have developed a lightweight jumping robot that combines springs and wings. Weighing just one gram, it can leap over obstacles using minimal energy. The robot’s innovative design allows it to navigate various surfaces, demonstrating significant energy efficiency compared to traditional drones.
China has launched its first national center for training humanoid robots, set to fully operate by July. Located in Shanghai, the center aims to enhance AI and advanced robotics by creating a vast database of robot movements through human interaction, addressing industry challenges and promoting data sharing among companies.
Unitree Robotics has announced the upcoming “Unitree Iron Fist King: Awakening,” a robot boxing event featuring two humanoid robots. Early test matches showcase their capabilities, though their movements reveal limitations compared to professional fighters. Despite this, a match between the robots promises to be an entertaining spectacle.
Korea’s “K-Humanoid Alliance” has launched, uniting over 40 companies, including Samsung and LG, to compete in the humanoid robot market. With a projected growth to $38 billion by 2035, the alliance aims to accelerate development and commercialization of advanced humanoid technologies, addressing concerns of falling behind global competitors.
Recent advancements in humanoid robots highlight the emergence of “embodied intelligence,” enabling robots to interact with their environment like humans. With improved mobility and cognitive capabilities, these robots are poised to revolutionize industries, although challenges remain before they become commonplace in everyday life.
The Figure 02 humanoid robot, developed by Figure AI, is revolutionizing production at BMW’s Spartanburg plant, achieving a 400% increase in speed and significantly improving task success rates. Designed for heavy lifting and efficiency, it marks a historic step in integrating humanoid robots into industrial environments.
The world’s first human-robot co-run marathon is set to take place, attracting over 30,000 human participants and numerous robotic innovators. This groundbreaking event aims to test technological advancements in humanoid robotics while promoting collaboration between technology and humanity, showcasing the potential for future applications in various fields.
