Humanoid push sharpens China export edge

China’s push into humanoid robots is emerging as a new test of its ability to convert industrial policy, supply-chain depth and scale manufacturing into export power, with Morgan Stanley research arguing that the sector could help lift the country’s share of global manufacturing by the end of the decade.

Economists led by Chetan Ahya have drawn a parallel with electric vehicles, where early policy support, component localisation and aggressive production expansion turned China from a fast follower into the world’s dominant exporter. Their research projects China’s share of global manufacturing could rise to 16.5 per cent by 2030, from about 15 per cent now, as advanced automation and embodied artificial intelligence move from demonstration projects into factory and logistics use.

The bullish case rests on China’s widening lead in humanoid robot production. Industry estimates show the country produced about 12,800 humanoid robots in 2025, close to 90 per cent of global output, though the market remains tiny compared with conventional industrial robotics. China also remains the world’s largest industrial robot market, accounting for more than half of global factory robot installations in 2024, with an operational stock above 2 million units.

That foundation matters because humanoid robots require the same manufacturing strengths that supported China’s rise in solar panels, batteries and electric vehicles: precision motors, sensors, actuators, batteries, control systems, machine vision and low-cost assembly. Local companies are building ecosystems around these components, while provincial governments are offering subsidies, industrial parks and procurement support to accelerate commercial deployment.

Beijing has identified humanoid robots as a strategic industry, setting targets for mass production and global leadership while integrating robotics into wider plans for artificial intelligence and advanced manufacturing. The 15th Five-Year Plan framework is expected to place AI-powered robots near the centre of industrial upgrading, although large-scale commercialisation is more likely toward the later part of the plan period than immediately.

The sector’s momentum has drawn major private capital. Start-ups such as Unitree, UBTech, AgiBot and Fourier Intelligence have moved quickly from stage demonstrations to pilot factory and warehouse deployments. Linkerbot, a fast-growing maker of dexterous robotic hands, is seeking a valuation of about $6 billion after building a strong position in high-degree-of-freedom robotic hands used in humanoids and industrial systems. Its modular products point to an important feature of the market: some of the earliest profits may come from components rather than complete humanoid machines.

Automakers and electronics groups are also moving into the field. Xpeng has said humanoid robotics could become a long-term investment area alongside electric vehicles, while other manufacturers are testing robots for inspection, sorting, materials handling and repetitive shop-floor tasks. The logic is clear. China faces an ageing workforce, rising labour costs in coastal manufacturing hubs and growing pressure from tariff barriers. A successful humanoid robotics industry could help preserve competitiveness even as low-cost labour advantages fade.

The export implications are broader than robot sales. If humanoids improve productivity in Chinese factories, they could lower production costs across electronics, machinery, appliances and consumer goods. That would reinforce the country’s position in global supply chains at a time when the United States, Europe and several Asian economies are trying to reduce dependence on Chinese manufacturing. It could also create a new export category in robots, components, software and maintenance services.

Yet the constraints remain substantial. Humanoid robots are still expensive, often have limited battery life and struggle with unstructured environments. Many can perform scripted tasks in controlled settings but fall short when asked to handle the speed, judgement and dexterity of human workers. Even executives in China’s robotics industry acknowledge that factory humanoids remain less efficient than people in many jobs. Safety certification, liability rules, data protection and workplace integration will also affect adoption.

Dependence on high-end chips and advanced software ecosystems is another weakness. US restrictions on AI semiconductors have pushed Chinese firms to localise more hardware, but training and deploying capable embodied AI systems remains compute-intensive. Without steady access to cutting-edge chips, progress may be uneven, particularly in models that require real-time perception, movement planning and continuous learning.

The article Humanoid push sharpens China export edge appeared first on Arabian Post.

Provided by SyndiGate Media Inc. (Syndigate.info).

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