Tokyo — Japanese robotics developers demonstrated humanoid machines capable of threading needles, handling small objects and performing coordinated movements at the Humanoids Summit Tokyo this week, as the industry faces mounting competition from lower-cost Chinese manufacturers.
The event brought together robotics companies and researchers from Japan, China and the United States, with exhibitors presenting humanoid systems designed for industrial, logistics and service-related applications. While Japanese firms were once regarded as leaders in humanoid robotics, several Chinese companies drew significant attention at the summit for systems aimed at lower-cost production and broader deployment.
Companies including Toyota Motor Corporation and Honda Motor Co. appeared alongside Chinese robotics groups such as Booster Robotics, LimX Dynamics and Unitree.
The summit highlighted a broader shift in the humanoid robotics sector, where Chinese companies are increasingly focusing on manufacturing scale and lower hardware costs. Several systems on display emphasized mobility, dexterity and repetitive task execution rather than fully autonomous general-purpose operation.
One of the more visible demonstrations came from China-based High Torque, which presented its Mini Pi Plus humanoid robot. The company said the machine was designed as a compact humanoid platform and priced from about $5,500. Demonstrations included dancing and coordinated movement routines, although the system was not presented as capable of performing broad household or industrial tasks.
The growing Chinese presence in humanoid robotics mirrors developments previously seen in industries such as consumer electronics, smartphones and electric vehicles, where Japanese manufacturers initially led technologically before losing market share to companies focused on lower-cost mass production.
Technology author Tim Hornyak, who attended the summit, described the situation as similar to Japan’s so-called “Galapagos syndrome,” a term used to describe highly advanced domestic technologies that struggle to gain global commercial traction.
Japanese robotics developers nevertheless argued that the country retains strengths in precision manufacturing and reliability. Honda demonstrated a motorized robotic hand capable of manipulating small components and threading a needle, a task requiring high levels of mechanical control and stability.
Keisuke Tsuta, an assistant chief engineer involved in Honda’s robotics development, said the company’s systems emphasized durability and production quality. Similar robotic hand technologies were also displayed by several Chinese companies at the exhibition.
The summit also reflected growing interest in humanoid systems as a response to labor shortages in Japan, particularly in logistics and transportation sectors. Tokyo-based technology company GMO presented work involving a humanoid platform intended to assist with cargo handling and operational tasks linked to Japan Airlines.
According to presentations at the event, the humanoid platform incorporated robotics technology from Unitree. Organizers and participating companies said such systems are intended to operate in environments designed for human workers, potentially reducing the need for specialized automation infrastructure.
Longtime robotics researcher Hiroshi Ishiguro of Osaka University also appeared at the summit alongside a humanoid robot modeled after himself. Ishiguro said Japan’s social acceptance of robotics could remain an advantage as humanoid technologies move toward wider deployment.
Data referenced during the event included findings from a recent Pew survey indicating that Japanese respondents expressed lower levels of anxiety toward artificial intelligence than respondents in the United States.
Despite rapid advances in humanoid demonstrations, several showcased systems remained focused on narrowly defined tasks or choreographed movement routines rather than generalized autonomous behavior. Companies at the summit largely framed current humanoid development as an ongoing engineering and manufacturing challenge rather than a fully mature commercial market.
The exhibition underscored how competition in humanoid robotics is increasingly shifting from experimental research toward scalability, hardware supply chains and production economics — areas where Chinese manufacturers are expanding rapidly.
