Robotics roadmaps from around the world spotlight of the month: United States of America

• Recent developments show humanoid robots moving from laboratory prototypes to operational testing and early‑stage production. In China, the People’s Liberation Army has accelerated efforts to convert cutting‑edge humanoids into battlefield tools, issuing tenders in 2025 for intelligent perception and dexterous‑operation systems and budgeting roughly $300,000 in mid‑2026 for data‑labeling infrastructure that captures camera, radar and motion information across varied terrain. The military’s own newspaper called for faster transfer of laboratory breakthroughs to training grounds after the World Humanoid Robot Games in Beijing, where robots sprinted, boxed and danced, and a wushu contest highlighted their agility.
• At the commercial front, Chinese electric‑vehicle maker XPeng announced that its IRON humanoid robot has left its production line autonomously, marking a shift from R&D prototypes to line manufacturing and signalling the company’s intention to ship units to customers in 2027. The robot features 82 degrees of freedom, can walk at about two metres per second and is built on automotive‑grade processes that the firm says will support scaled production.
• In the United States, NVIDIA researchers unveiled a new AI controller called SONIC that translates VR, video and natural‑language commands into executable actions for humanoid platforms, a breakthrough reported in Science Robotics that could broaden robots’ motion repertoires without extensive retraining.
• South Korea showcased its national AI humanoid KAIROS at the Global Forum on Mechanical Engineering, demonstrating advanced walking, hand‑shaking and traditional mask‑dance motions with improved posture control, underscoring the country’s strategic push for “physical AI” in industrial ecosystems.
• Together, these stories illustrate a rapid convergence of military interest, mass‑production capability in China, advanced AI control methods in the West, and regional showcase projects in Korea, all pointing toward a near‑future where humanoid robots transition from experimental showcases to functional roles in defense, industry and everyday life.

Mentioned in this article