What's Happening?
Vietnam and China are identifying significant potential for cooperation in the humanoid robotics sector, encompassing research, supply chains, practical applications, and human resources training. According to Assoc. Prof. Wang Xinsong from Beijing Normal
University, integrating embodied intelligence and humanoid robots into future industries could generate new growth drivers, transform manufacturing through AI and advanced technologies, and help address challenges like population aging and labor market changes. Wang highlighted China's strengths in robotics research, manufacturing, and supporting industries, while noting Vietnam's rapidly growing manufacturing sector, skilled technology workforce, and strong links to global supply chains. In the first half of 2026, over 19,000 humanoid robots were shipped in China, accounting for approximately 78% of global shipments, with China having more than 140 humanoid robot manufacturers offering over 330 products in 2025.
Why It's Important?
This potential collaboration is significant as it could foster mutual economic growth and technological advancement in both countries and the wider region. For Vietnam, leveraging its manufacturing base to promote AI applications in industry and gradually mastering system integration, industrial software, and smart control technologies is a key opportunity. For China, it offers avenues to expand its robotics ecosystem and market influence. The cooperation could lead to joint research and testing, component manufacturing, robot assembly, and system integration. Furthermore, piloting humanoid robots in sectors like electronics, auto components, and logistics facilities in Vietnam could provide valuable real-world application data and drive innovation. This partnership could also help both nations address demographic shifts and labor market demands through automation.
What's Next?
Assoc. Prof. Wang Xinsong proposed several avenues for bilateral cooperation, including joint research and testing, component manufacturing, robot assembly, and system integration. He also suggested that Vietnam could pilot humanoid robots in its electronics, auto component, and logistics facilities. Universities, research institutes, and businesses in both countries are encouraged to strengthen joint research, engineering training, and personnel exchanges. China's government has already developed policies to support the sector, with guidelines from the Ministry of Industry and Information Technology targeting a secure and controllable industrial and supply chain by 2027, and the 15th Five-Year Plan (2026-2030) identifying embodied intelligence as a priority future industry. While large-scale commercialization remains challenging, with most humanoid robots currently used in research and demonstrations, the industry is expected to focus on autonomous task performance and independent decision-making in the next three to five years, with initial commercial applications expanding in automobile manufacturing, electronics assembly, and logistics.
Beyond the Headlines
The collaboration between Vietnam and China in humanoid robotics extends beyond immediate economic benefits, touching upon broader geopolitical and technological landscapes. It signifies a growing trend of regional cooperation in advanced technologies, potentially creating a powerful bloc in the global robotics market. The emphasis on human resources training and personnel exchanges suggests a long-term strategy to build a sustainable and skilled workforce capable of driving innovation in embodied intelligence. However, the challenges of large-scale commercialization, including stable long-term operation and competitive costs, highlight the nascent stage of the industry. The success of this cooperation will depend on overcoming these hurdles and establishing robust ecosystems for components, software, training data, and technical standards, which could set a precedent for future international collaborations in emerging technologies.
