Why Europe Is Putting Humanoid Robotics at the Center of Industrial Policy

Germany’s VDMA engineering association is urging Europe to treat humanoid robotics and physical AI as a strategic industrial priority because the technology is moving from research demonstrations toward commercial deployment—and China is building scale faster. VDMA’s concern is that Europe could end up relying on foreign companies for the robots, components and AI systems that may shape the next generation of manufacturing. 24

Why humanoid robotics has become a political issue

Humanoid robots combine artificial intelligence with machines that can operate in physical environments such as factories and warehouses. That makes them more than a new consumer-electronics category: they could influence industrial productivity, automation, manufacturing competitiveness and control over critical technology.

The sector is also becoming part of the wider technology competition between China and the United States. Whoever develops the strongest combination of robot hardware, software, components, manufacturing capacity and real-world operating data could gain advantages across industrial supply chains. 4

For VDMA, the policy question is therefore not simply whether Germany should build more robots. It is whether Europe can retain the ability to develop, produce and maintain the systems that future industries may depend on.

What Unitree’s Shanghai debut revealed

Unitree Robotics provided a vivid example of China’s momentum. The Chinese humanoid-robot maker’s shares closed at 845 yuan on their Shanghai STAR Market debut—460% above the 150.80-yuan IPO price—after reaching 1,100 yuan during the session. 4

The market reaction does not prove that humanoid robots are already a mature or profitable industry. It does, however, show the scale of investor attention and the ability of a Chinese robotics company to attract capital at a critical stage of commercialization. Unitree’s IPO had also drawn retail demand more than 8,000 times greater than the available shares, according to reporting on the offering. 3

That financing can help companies recruit talent, expand production, develop suppliers and gather more deployment experience. Those advantages can compound as manufacturers move from prototypes to larger production runs.

China’s lead creates a scale problem for Europe

The most significant warning sign is not one company’s stock performance but the concentration of early shipments. Global humanoid-robot shipments reportedly nearly quadrupled to 19,100 units in the first half of 2026, while Chinese manufacturers accounted for more than 97% of the total. 13

The figures should be read cautiously because the market is still young and shipment estimates may not capture long-term commercial success. Even so, such a large early lead can matter. Higher production volumes allow manufacturers and suppliers to learn faster, reduce costs, improve reliability and build relationships with industrial customers.

Europe may have strong capabilities in machinery, automation and industrial engineering, but those strengths do not automatically translate into leadership in a fast-scaling robotics market. Without coordinated investment and demand from European users, companies elsewhere could establish the standards, supplier networks and production economics that determine how the sector develops.

The strategic risk is dependence, not just lost sales

VDMA’s concern extends beyond the possibility that European companies might sell fewer robots. If European manufacturers depend on foreign suppliers for complete robots or critical parts, they could lose bargaining power, margins and industrial know-how.

Dependence also creates practical vulnerabilities. Trade restrictions, export controls or geopolitical disruption could make it harder to obtain essential technology or keep robot fleets operating. In a sector linked to the broader Sino-U.S. technology rivalry, decisions made outside Europe could affect the options available to European factories. 24

The risks include:

• Supply disruption: a concentrated supplier base can become a single point of failure.
• Loss of know-how: importing finished systems can leave European firms with less experience in designing and manufacturing core technologies.
• Weaker industrial leverage: companies that lack alternatives may have less influence over prices, standards and product development.
• Slower innovation: European suppliers may miss the volume learning that comes from large-scale deployment.
• Geopolitical exposure: technology controls or deteriorating international relations could restrict access to foreign systems.

These are strategic risks even if humanoid robots take longer than expected to become widespread. Building local capability is partly an insurance policy against an uncertain but potentially important industrial transition.

Why VDMA wants a complete European value chain

Hartmut Rauen, VDMA’s deputy executive director, argues for a comprehensive value chain rather than a narrow effort to assemble imported parts in Europe. The objective is to connect research and software development with component production, robot integration, manufacturing, industrial deployment, service and recycling.

VDMA has specifically called for resilient domestic supply chains for critical parts. 2 In practice, that means Europe would need dependable access to the technologies and manufacturing capabilities that determine a robot’s performance, cost, reliability and ability to be adapted to local industrial needs.

A stronger regional ecosystem could help European firms in several ways:

1. More resilience: multiple dependable suppliers would reduce exposure to a single foreign source.
2. Faster learning: local manufacturers and industrial users could improve systems through repeated deployment.
3. Better integration: European engineering companies could tailor robots to the machinery, safety requirements and workflows already used in their factories.
4. Retention of value: more of the research, manufacturing revenue and technical knowledge would remain within Europe.
5. Greater policy flexibility: governments would have more options during trade disputes or supply emergencies.

This does not necessarily mean that every part must be made in one country. It means Europe needs sufficient capacity and trusted supplier relationships across the chain to avoid becoming dependent on imported systems.

The policy challenge: moving from engineering strength to scale

Europe’s immediate challenge is execution. It has industrial users and established expertise in machinery and automation, but it must connect those assets to a market that rewards scalable production.

That could require closer coordination between policymakers, established manufacturers, robotics start-ups, component suppliers and factories willing to test the technology. It also requires realistic expectations: investor excitement and rising shipments are signals of momentum, not proof that humanoid robots have solved reliability, cost or deployment challenges.

The strategic choice is nevertheless becoming clearer. Europe can wait until the market matures and risk purchasing systems shaped by other regions, or it can invest early in the capabilities needed to influence the market’s direction.

The bottom line

VDMA wants humanoid robotics at the top of the political agenda because the technology sits at the intersection of artificial intelligence, manufacturing, supply-chain resilience and geopolitical competition. China’s shipment dominance and Unitree’s spectacular market debut have made the timing harder to ignore. 2413

Europe’s goal, in VDMA’s view, should not be to chase headlines or copy one company’s valuation. It should be to turn its strengths in engineering, machinery and industrial automation into a complete, resilient ecosystem before scale advantages elsewhere become too difficult to overcome.