China Power | Economy | East Asia

China’s New Five-Year Plan Prioritizes Robotics. The World Should Pay Attention.

Beijing is embarking on a “whole-of-nation push” to achieve permanent dominance in physical AI technologies.

When China’s National People’s Congress convened in Beijing last week to review the draft outline of the 15th Five-Year Plan (2026–2030), much of the Western commentary focused on the headline GDP growth target – kept at a cautious “reasonable range” – and the familiar refrain about technological self-reliance. What received far less attention was a structural shift buried deep in the 141-page document that may prove more consequential than any macroeconomic figure: the systematic elevation of robotics and “embodied intelligence” (具身智能) from a niche industrial subsidy target into the connective tissue of China’s entire economic modernization strategy.

The term “artificial intelligence” appears more than 50 times in the plan. “Embodied intelligence” – a term that barely existed in Chinese policy documents before 2023 – now commands its own dedicated inset box among the plan’s top ten “new industry tracks,” alongside integrated circuits, biomanufacturing, commercial space, and the C919 aircraft program. But more revealing than its presence is its position within the document’s logic: robotics is not treated as a standalone sector but as an enabler woven across chapters on manufacturing, digital transformation, elderly care, national security, and even cultural development. 

This is less an industrial policy for robots than an industrial policy through robots.

The Architecture of Acceleration

To understand what makes the 15th FYP’s treatment of robotics distinct from its predecessors, one must read not just the headline targets but the institutional machinery the plan constructs around them.

Chapter 5 of the draft outline designates robotics as one of eight “strategic emerging industries” (战略性新兴产业) earmarked for accelerated development, alongside new-generation IT, new energy vehicles, biomedicine, and aerospace. This is a step up from the 14th FYP (2021–2025), which addressed robotics primarily through a subordinate sub-plan issued by the Ministry of Industry and Information Technology (MIIT) rather than embedding it directly in the top-level outline. The difference matters: inclusion in the main FYP document triggers mandatory coordination across all central ministries, provincial governments, and state financial institutions.

More significantly, Section 2 of Chapter 5 – on “future industries” (未来产业) – lists embodied intelligence alongside quantum technology, biomanufacturing, hydrogen and nuclear fusion energy, brain-computer interfaces, and 6G as the six designated growth engines for the next decade. The specific language calls for “building a full-chain cultivation system for future industries” and “promoting quantum technology, biomanufacturing, hydrogen and nuclear fusion energy, brain-computer interfaces, embodied intelligence, and 6G mobile communications to become new economic growth points.” 

This places humanoid robots and AI-driven physical systems in the same strategic tier as nuclear fusion – a designation that unlocks access to the 60 billion RMB ($8.2 billion) National AI Industry Investment Fund, provincial matching funds, and the full apparatus of state-backed venture capital.

The dedicated inset (Box 3, Item 02) is worth quoting for its specificity: China will “coordinate the layout of embodied intelligence training grounds, promote virtual-real fusion collaborative training and evolution, develop integrated big-brain/small-brain embodied models and algorithms, tackle key technologies in the body and core components, and accelerate the upgrade and deployment of humanoid robots and other form-factor products.” This is not aspirational language. It is a procurement directive.

The “AI+” Framework: Robots as Infrastructure

Perhaps the most consequential innovation in the 15th FYP is not any single technology target but the structural framework through which artificial intelligence – and by extension robotics – is deployed across the economy. Chapter 13 establishes the “AI+” (人工智能+) action plan as a cross-cutting national program, modeled on Germany’s Industry 4.0 but far broader in scope, covering six domains: science and technology, industrial development, consumer upgrades, social welfare, governance, and global cooperation.

Each domain explicitly references embodied intelligence or robotic systems. The industrial development track calls for AI deployment across “the full chain of industrial design, trial production, manufacturing, and operations.” The social welfare track pushes for “embodied intelligence deployment in labor-scarce and hazardous environment positions” – a direct reference to the demographic crisis driving China’s automation imperative, with 310 million citizens aged 60 or above and a 5.5-million caregiver deficit. The governance track envisions “collaborative safety governance systems encompassing natural persons, digital persons, and intelligent robots.”

This is a framework for institutional adoption, not merely technological development. When the plan instructs every provincial government to integrate AI into governance, healthcare, and education, it creates guaranteed demand for robotic systems at a scale that no market signal alone could produce.

A less visible but equally important dimension is the plan’s emphasis on the component parts needed to advance the robotics industry. Chapter 4’s Inset Box 2 identifies “high-speed precision bearings, high-parameter gear and transmission devices, high-performance motor and control systems, and high-precision ball screws” as priority targets for the “Industrial Foundation Re-engineering Project” (产业基础再造工程). 

These are precisely the robotics components where China remains most dependent on Japanese and German suppliers: harmonic reducers from HDSI, ball screws from THK and NSK, servo motors from Yaskawa. By embedding component localization targets in the top-level FYP rather than subordinate ministry plans, Beijing is signaling that reducing this dependency is a matter of national economic security, not merely industrial policy.

Simultaneously, the MIIT established a dedicated Humanoid Robot and Embodied Intelligence Standardization Technical Committee in December 2025 and by March 2026 had released the first national standard system covering the humanoid robot industry’s entire lifecycle. China is now leading formulation of IEC global standards for elder-care robots and is actively shaping international norms for robot safety, interoperability, and data governance. The pattern echoes China’s successful standards campaigns in 5G and high-speed rail: establish the domestic standard first, build scale around it, then export it as the de facto international norm.

What the Numbers Already Show

The 15th FYP lands in an environment where China’s robotics momentum is already formidable. In 2024, China installed 295,000 industrial robots – 54 percent of the global total – with an operational stock surpassing 2 million units. Robot density reached 470 per 10,000 manufacturing workers, surpassing both Germany and Japan. Domestic brands captured 57 percent of the home market for the first time. 

In the nascent humanoid robot segment, Chinese firms shipped roughly 90 percent of the world’s units in 2025, led by AgiBot (5,168 units), Unitree (over 4,200 units), and UBTech. More than 150 humanoid robot companies now operate in China, and over 40 state-funded robot training centers are generating millions of real-world training data entries to feed embodied AI models.

Guangdong, China’s largest provincial economy, has already signaled its priorities for the 15th FYP period: embodied AI, 6G, quantum technologies, and the low-altitude drone economy. Shenzhen launched a dedicated 10 billion RMB AI and Robotics Industry Fund in early 2025. Beijing’s Yizhuang development zone aims to become “a global first-class embodied intelligent robotics industrial new city.” 

The provincial competition to implement the FYP’s robotics targets will amplify central directives with local subsidies, land grants, and procurement mandates – a dynamic that can be understood as a “whole-of-nation push.”

What This Means for the Rest of the World

The 15th FYP’s robotics provisions should be understood not as a technology development plan but as a market creation plan. By mandating AI integration across government services, healthcare, manufacturing, and education – and by building the training infrastructure, component supply chains, and standards architecture to support it – Beijing is constructing guaranteed domestic demand for robotic systems at a scale that will drive costs below what any competitor can match.

The plan’s emphasis on “sandbox regulation” (沙盒监管) for new technologies signals regulatory flexibility that contrasts sharply with the EU’s precautionary approach to AI and robotics governance. While Brussels debates liability frameworks and Washington remains focused on export controls, Beijing is creating the permissive deployment environment – drones shuttling goods across cities, robo-taxis cruising highways, humanoids working factory lines – that generates the real-world data and operational experience on which the next generation of embodied AI systems will be trained.

For Japan, which supplies an estimated 35–45 percent of China’s high-value robotics components, the FYP’s explicit targeting of “high-precision ball screws” and “high-parameter gear and transmission devices” for domestic breakthrough is a direct competitive threat. For the United States, the more pressing concern may not be individual technologies but the systemic integration the plan enables: when the same national framework simultaneously funds foundation model research, builds physical training centers, mandates government procurement, and shapes international standards, the result is a pace of innovation that fragmented Western ecosystems struggle to match.

The 141 pages of China’s 15th Five-Year Plan contain no single dramatic revelation. They outline the patient, methodical construction of an institutional architecture designed to make China’s dominance in physical AI not merely possible, but in Beijing’s calculation, inevitable.

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When China’s National People’s Congress convened in Beijing last week to review the draft outline of the 15th Five-Year Plan (2026–2030), much of the Western commentary focused on the headline GDP growth target – kept at a cautious “reasonable range” – and the familiar refrain about technological self-reliance. What received far less attention was a structural shift buried deep in the 141-page document that may prove more consequential than any macroeconomic figure: the systematic elevation of robotics and “embodied intelligence” (具身智能) from a niche industrial subsidy target into the connective tissue of China’s entire economic modernization strategy.

The term “artificial intelligence” appears more than 50 times in the plan. “Embodied intelligence” – a term that barely existed in Chinese policy documents before 2023 – now commands its own dedicated inset box among the plan’s top ten “new industry tracks,” alongside integrated circuits, biomanufacturing, commercial space, and the C919 aircraft program. But more revealing than its presence is its position within the document’s logic: robotics is not treated as a standalone sector but as an enabler woven across chapters on manufacturing, digital transformation, elderly care, national security, and even cultural development. 

This is less an industrial policy for robots than an industrial policy through robots.

The Architecture of Acceleration

To understand what makes the 15th FYP’s treatment of robotics distinct from its predecessors, one must read not just the headline targets but the institutional machinery the plan constructs around them.

Chapter 5 of the draft outline designates robotics as one of eight “strategic emerging industries” (战略性新兴产业) earmarked for accelerated development, alongside new-generation IT, new energy vehicles, biomedicine, and aerospace. This is a step up from the 14th FYP (2021–2025), which addressed robotics primarily through a subordinate sub-plan issued by the Ministry of Industry and Information Technology (MIIT) rather than embedding it directly in the top-level outline. The difference matters: inclusion in the main FYP document triggers mandatory coordination across all central ministries, provincial governments, and state financial institutions.

More significantly, Section 2 of Chapter 5 – on “future industries” (未来产业) – lists embodied intelligence alongside quantum technology, biomanufacturing, hydrogen and nuclear fusion energy, brain-computer interfaces, and 6G as the six designated growth engines for the next decade. The specific language calls for “building a full-chain cultivation system for future industries” and “promoting quantum technology, biomanufacturing, hydrogen and nuclear fusion energy, brain-computer interfaces, embodied intelligence, and 6G mobile communications to become new economic growth points.” 

This places humanoid robots and AI-driven physical systems in the same strategic tier as nuclear fusion – a designation that unlocks access to the 60 billion RMB ($8.2 billion) National AI Industry Investment Fund, provincial matching funds, and the full apparatus of state-backed venture capital.

The dedicated inset (Box 3, Item 02) is worth quoting for its specificity: China will “coordinate the layout of embodied intelligence training grounds, promote virtual-real fusion collaborative training and evolution, develop integrated big-brain/small-brain embodied models and algorithms, tackle key technologies in the body and core components, and accelerate the upgrade and deployment of humanoid robots and other form-factor products.” This is not aspirational language. It is a procurement directive.

The “AI+” Framework: Robots as Infrastructure

Perhaps the most consequential innovation in the 15th FYP is not any single technology target but the structural framework through which artificial intelligence – and by extension robotics – is deployed across the economy. Chapter 13 establishes the “AI+” (人工智能+) action plan as a cross-cutting national program, modeled on Germany’s Industry 4.0 but far broader in scope, covering six domains: science and technology, industrial development, consumer upgrades, social welfare, governance, and global cooperation.

Each domain explicitly references embodied intelligence or robotic systems. The industrial development track calls for AI deployment across “the full chain of industrial design, trial production, manufacturing, and operations.” The social welfare track pushes for “embodied intelligence deployment in labor-scarce and hazardous environment positions” – a direct reference to the demographic crisis driving China’s automation imperative, with 310 million citizens aged 60 or above and a 5.5-million caregiver deficit. The governance track envisions “collaborative safety governance systems encompassing natural persons, digital persons, and intelligent robots.”

This is a framework for institutional adoption, not merely technological development. When the plan instructs every provincial government to integrate AI into governance, healthcare, and education, it creates guaranteed demand for robotic systems at a scale that no market signal alone could produce.

A less visible but equally important dimension is the plan’s emphasis on the component parts needed to advance the robotics industry. Chapter 4’s Inset Box 2 identifies “high-speed precision bearings, high-parameter gear and transmission devices, high-performance motor and control systems, and high-precision ball screws” as priority targets for the “Industrial Foundation Re-engineering Project” (产业基础再造工程). 

These are precisely the robotics components where China remains most dependent on Japanese and German suppliers: harmonic reducers from HDSI, ball screws from THK and NSK, servo motors from Yaskawa. By embedding component localization targets in the top-level FYP rather than subordinate ministry plans, Beijing is signaling that reducing this dependency is a matter of national economic security, not merely industrial policy.

Simultaneously, the MIIT established a dedicated Humanoid Robot and Embodied Intelligence Standardization Technical Committee in December 2025 and by March 2026 had released the first national standard system covering the humanoid robot industry’s entire lifecycle. China is now leading formulation of IEC global standards for elder-care robots and is actively shaping international norms for robot safety, interoperability, and data governance. The pattern echoes China’s successful standards campaigns in 5G and high-speed rail: establish the domestic standard first, build scale around it, then export it as the de facto international norm.

What the Numbers Already Show

The 15th FYP lands in an environment where China’s robotics momentum is already formidable. In 2024, China installed 295,000 industrial robots – 54 percent of the global total – with an operational stock surpassing 2 million units. Robot density reached 470 per 10,000 manufacturing workers, surpassing both Germany and Japan. Domestic brands captured 57 percent of the home market for the first time. 

In the nascent humanoid robot segment, Chinese firms shipped roughly 90 percent of the world’s units in 2025, led by AgiBot (5,168 units), Unitree (over 4,200 units), and UBTech. More than 150 humanoid robot companies now operate in China, and over 40 state-funded robot training centers are generating millions of real-world training data entries to feed embodied AI models.

Guangdong, China’s largest provincial economy, has already signaled its priorities for the 15th FYP period: embodied AI, 6G, quantum technologies, and the low-altitude drone economy. Shenzhen launched a dedicated 10 billion RMB AI and Robotics Industry Fund in early 2025. Beijing’s Yizhuang development zone aims to become “a global first-class embodied intelligent robotics industrial new city.” 

The provincial competition to implement the FYP’s robotics targets will amplify central directives with local subsidies, land grants, and procurement mandates – a dynamic that can be understood as a “whole-of-nation push.”

What This Means for the Rest of the World

The 15th FYP’s robotics provisions should be understood not as a technology development plan but as a market creation plan. By mandating AI integration across government services, healthcare, manufacturing, and education – and by building the training infrastructure, component supply chains, and standards architecture to support it – Beijing is constructing guaranteed domestic demand for robotic systems at a scale that will drive costs below what any competitor can match.

The plan’s emphasis on “sandbox regulation” (沙盒监管) for new technologies signals regulatory flexibility that contrasts sharply with the EU’s precautionary approach to AI and robotics governance. While Brussels debates liability frameworks and Washington remains focused on export controls, Beijing is creating the permissive deployment environment – drones shuttling goods across cities, robo-taxis cruising highways, humanoids working factory lines – that generates the real-world data and operational experience on which the next generation of embodied AI systems will be trained.

For Japan, which supplies an estimated 35–45 percent of China’s high-value robotics components, the FYP’s explicit targeting of “high-precision ball screws” and “high-parameter gear and transmission devices” for domestic breakthrough is a direct competitive threat. For the United States, the more pressing concern may not be individual technologies but the systemic integration the plan enables: when the same national framework simultaneously funds foundation model research, builds physical training centers, mandates government procurement, and shapes international standards, the result is a pace of innovation that fragmented Western ecosystems struggle to match.

The 141 pages of China’s 15th Five-Year Plan contain no single dramatic revelation. They outline the patient, methodical construction of an institutional architecture designed to make China’s dominance in physical AI not merely possible, but in Beijing’s calculation, inevitable.

Sunny Cheung is a global fellow at DSET. He is also a fellow at The Jamestown Foundation, and an International Strategic Forum Fellow at Special Competitive Studies Project (SCSP). He specializes in Chinese politics, cross-strait relations, emerging technologies, and security issues.

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