China is positioned to replicate its electric vehicle playbook with humanoid robots—capturing early manufacturing dominance while global competitors struggle to scale production beyond prototypes, according to Morgan Stanley's latest industrial assessment.

The investment bank projects China's global export market share will expand from 15% today to 16.5% by 2030, with humanoid robots and advanced automation machinery emerging as critical growth drivers alongside electric vehicles and batteries. This forecast reflects China's ability to combine aggressive capacity buildout, integrated supply chains, and policy-backed R&D in strategic emerging sectors.

Early Dominance Mirrors EV Trajectory

The parallel with electric vehicles is striking.

In 2025, China produced approximately 90% of the estimated 13,000–16,000 humanoid robots shipped globally—a concentration level that mirrors Chinese EV market positioning circa 2019. Current humanoid robot exports stand at roughly US$1.5 billion annually, comparable to China's EV export value seven years ago.

Electric vehicle exports have since surged to a US$86 billion annualized run rate as of March 2026, still growing at 70% year-over-year.

Morgan Stanley analyst Sheng Zhong expects Chinese humanoid sales to more than double to 28,000 units in 2026, with field trials across logistics, manufacturing, and retail sectors demonstrating commercial viability.

By 2030, the bank forecasts:

• China's annual robot deployment will reach 21 million units (up from 6 million currently)
• Humanoid installations will climb from 12,000 to 260,000 units

Chinese manufacturers have already secured over RMB 2 billion (US$278 million) in procurement orders from state-owned enterprises for applications including power plant maintenance and public venue services.

State Grid Corporation announced plans last week to purchase RMB 2.5 billion (US$347 million) worth of humanoid robots in 2026, as part of a broader RMB 10 billion intelligent robotics procurement program.

Supply Chain Integration Drives Cost Leadership

China's manufacturing ecosystem advantage extends beyond final assembly.

Domestic content in Chinese-made robots has jumped from 30% to over 50% in five years, driven by localization of critical components including:

• Servomotors
• Gears
• Sensors
• Batteries

This vertical integration—leveraging infrastructure built for the EV supply chain—enables Chinese humanoid manufacturers to undercut international competitors by 20% or more on average pricing.

The country's lithium iron phosphate (LFP) battery cell costs have fallen below RMB 0.30 per watt-hour (down from RMB 0.90 in 2014), providing structural cost advantages for robotics applications.

China controls 90% of global production for certain rare-earth magnet types essential to robot actuators, further reinforcing component supply security.

Average humanoid robot pricing in China is projected to decline from approximately:

• US$180,000 per unit in 2024
  → to under US$100,000 by 2030

This trajectory mirrors the cost compression that drove Chinese EV penetration from 5% in 2020 to over 70% in domestic sales by 2025.

Industrial Super-Cycle Backdrop Amplifies Gains

Morgan Stanley's economics team identifies an emerging Asian industrial super-cycle as a catalyst for accelerated Chinese export gains.

Asia's industrial production growth accelerated to 5.9% year-over-year in February 2026, driven by:

• AI infrastructure investment
• Energy transition spending
• Defense modernization

China already captures 50% of incremental global market share growth in industrial robot-related segments.

The country holds commanding export positions in:

• Batteries (47% global share)
• Mobile phones (43%)
• Semiconductor components (36%)

In key growth categories including batteries and mobile phones, Chinese manufacturers secured 65–73% of incremental global export value increases between 2019–2024.

The robotics buildout aligns with broader Chinese government strategy designating humanoids and automation as "strategic emerging industries" under the 15th Five-Year Plan (2026–2030).

National R&D expenditure reached 2.8% of GDP (approximately US$550 billion) in 2025, with robotics receiving priority funding through specialized industrial parks and technology incubators.

Involution Risks Cloud Long-Term Outlook

The industry's rapid expansion raises concerns about excessive competition and sustainable profitability—issues that plagued China's solar panel and EV sectors.

Over 150 companies currently compete in China's humanoid robotics market, according to the National Development and Reform Commission (NDRC), which has cautioned about “risks such as a glut of homogeneous production.”

BYD's flagship Qin EV pricing illustrates the competitive dynamics:

• Prices fell from RMB 300,000 in 2016
  → to below RMB 150,000 by 2023

Similar price pressure could compress robotics industry margins before profitability stabilizes.

Chinese policymakers have signaled awareness of overcapacity risks, with the NDRC stating it is working to ensure “sound, orderly development” in robotics.

However, the tension between achieving scale and maintaining returns remains unresolved.

Labor displacement concerns add another complexity layer—widespread humanoid adoption could trigger job losses and income growth headwinds, potentially necessitating social policy interventions similar to those following 1997–99 state-owned enterprise layoffs.

Competitive Landscape Remains Fragmented

Western competitors face structural disadvantages.

Boston Dynamics (owned by South Korea's Hyundai) has set a 2029 timeline for deploying its Atlas humanoid in production environments.

Tesla targets small-volume Optimus production in the second half of 2026, with mass production planned for 2027—but has required Chinese suppliers to relocate manufacturing outside China as a supply chain condition.

Japan, despite pioneering industrial robotics through Fanuc and Yaskawa, has largely relegated humanoid development to research labs. The country accounted for 38% of global industrial robot production by value in 2023 but lacks a coordinated mass-production push for humanoids.

Morgan Stanley's global embodied AI strategist Adam Jonas estimates the long-run addressable market for “physical AI” at US$60 trillion.

Capturing a fraction of this opportunity would establish humanoid robots as a major Chinese export category on par with semiconductors or telecommunications equipment—assuming the industry navigates near-term competitive pressures without repeating historical overcapacity cycles.

Related Coverage：

The Great Cost Divide in Humanoid Robotics: China vs. the US