Highlights from the 2025 Japan International Robot Exhibition
- The exhibition showcased cutting-edge collaborative and humanoid robots, with a significant representation from Chinese companies.
- The standout product was the G1 robot from Yushu Technology, featuring advanced motion capabilities and environmental recognition technologies.
- The humanoid robot industry in China is rapidly growing, with over 150 companies contributing to a projected market size of 100 billion yuan by 2030.
The 2025 Japan International Robot Exhibition, held from December 3 to December 6 at the Tokyo International Exhibition Center, concluded successfully, highlighting the transformative trends in the robotics industry. This year, the focus was on collaborative robots and humanoid robots, which are becoming increasingly vital across various sectors, including service, logistics, and healthcare. Notably, more than half of the humanoid robots presented at the event were from Chinese manufacturers, underscoring their significant role in this evolving industry.
One of the most notable entries at the exhibition was the G1 robot developed by Yushu Technology. This innovative robot features an impressive 43 joint motors that allow it to perform intricate movements with ease. The G1 is equipped with advanced depth cameras and 3D LiDAR technology, facilitating comprehensive 360-degree environmental awareness. Takaaki Shigemitsu, representative director of TechShare, which oversees the G1’s distribution in Japan, highlighted that the G1 builds on the capabilities of Yushu Technology’s previous quadruped walking robot series, known for their exceptional movement skills. Not only does the G1 utilize a sophisticated large language model for body control, but it also supports customized development to meet various client needs.
The emergence of humanoid robots reflects a broader trend in innovation within China. Reports indicate that there are now over 150 humanoid robot companies within the country, with a growing number being startups or organizations venturing into the robotics space from other industries. This influx of talent and creativity is encouraging, yet concerns have been raised by industry experts regarding potential market saturation. Li Chao pointed out the risks associated with the proliferation of similar products and the accompanying compression of research and development (R&D) resources.
Over recent years, the humanoid robot sector has seen remarkable growth, driven by innovation and increasing demand. This industry is progressing at a staggering growth rate of over 50%. Projections from market research entities forecast that the market size will reach as much as 100 billion yuan by 2030. Despite this optimistic trajectory, it’s essential to acknowledge that the current state of humanoid robots still presents challenges. Many of these robots are not fully developed across various technical pathways, commercial models, and application scenarios.
In summary, the 2025 Japan International Robot Exhibition has illuminated the vibrant and rapidly evolving landscape of robotics, particularly the burgeoning humanoid robotic sector. As innovations continue to unfold, industry stakeholders will need to navigate the challenges of market saturation while striving for differentiation through unique technological advancements and applications. The future of humanoid robots appears bright, bolstered by both domestic and international interest, paving the way for revolutionary changes in how robots integrate into daily life and industry.
As developments in this field persist, we can expect to see a new wave of intelligent machines that redefine the boundaries of human-machine interaction, enhancing productivity and efficiency across multiple sectors.
