The AGIBOT humanoid robot could soon roll off European production lines for the first time — not in Germany or France, but in Serbia.

Chinese industrial giant Minth Group, together with robotics developer AGIBOT, has announced ambitious plans to launch large-scale humanoid robot manufacturing in Serbia, positioning the country as a new hub for robotics and artificial intelligence in Europe.

If the plans move forward as expected, Serbia may become the first European country producing AI-powered humanoid robots at industrial scale.

The announcement signals more than just a manufacturing project. It reflects a broader shift in the global robotics landscape, where emerging technology ecosystems are expanding beyond traditional tech centers.

From Automotive Components to Robotics Manufacturing

Minth Group is already an established industrial player in Serbia, primarily known as a supplier of automotive components.

But the company is now preparing to move deeper into advanced robotics and AI-driven manufacturing.

Together with AGIBOT, Minth plans to begin mass production of between 1,000 and 2,000 humanoid robots as early as 2026.

These robots are designed to integrate embodied AI, a new technological paradigm in which artificial intelligence interacts directly with the physical world through robotic systems.

Unlike traditional industrial robots, which perform repetitive tasks in controlled environments, humanoid robots are intended to operate in spaces designed for humans.

This makes them suitable for tasks in:

• manufacturing
• logistics
• service industries
• infrastructure maintenance

The €870 Million Robotics Ecosystem

At the center of this strategy is the planned Advanced Center for Mobility in Inđija, Serbia.

The project represents an investment of roughly €870 million and will cover an area of more than 210 hectares.

Rather than building a single factory, the project aims to create an entire robotics ecosystem, including:

• humanoid robot production facilities
• robotics research and development centers
• training and education facilities
• a Robot-as-a-Service (RaaS) hub
• testing and demonstration infrastructure

Such an ecosystem would allow Serbia not only to manufacture robots but also to develop local expertise in robotics engineering and AI systems.

Construction of the complex is expected to begin in June 2026.

Expanding Industrial Footprint

Minth’s ambitions in Serbia extend beyond a single project.

The company is also preparing the construction of a fourth production facility in Šabac, further expanding its industrial presence in the country.

These developments are part of a broader strategy to transform Serbia into a European hub for high-technology manufacturing.

The region around the Fruška Gora mountain area, traditionally known for its cultural and natural heritage, could soon become home to one of Europe’s most advanced robotics clusters.

Embodied AI: The Next Industrial Revolution

The technology behind the AGIBOT humanoid robot is based on the concept of embodied artificial intelligence.

Embodied AI refers to systems that learn through physical interaction with the world rather than purely through digital data.

This means robots can improve their performance by observing and collaborating with human workers.

The result is a new form of human-machine collaboration where robots assist in tasks requiring:

• mobility
• manipulation
• situational awareness

Factories of the future may increasingly feature mixed teams of humans and humanoid robots working together on complex operations.

A Strategic Opportunity for Southeast Europe

For Serbia and the broader Southeast European region, the project represents a significant technological opportunity.

High-technology manufacturing often concentrates in established industrial powers such as the United States, Germany, Japan, and China.

However, emerging markets are beginning to attract advanced industries due to their skilled workforce, competitive costs, and strategic location.

By hosting Europe’s first large-scale humanoid robot production facility, Serbia could position itself as a gateway for robotics innovation across the European market.

A Glimpse of the Future

If the project succeeds, the AGIBOT humanoid robot may become one of the first examples of physical AI systems manufactured at scale in Europe.

The broader impact could extend far beyond Serbia.

As humanoid robotics moves from prototypes to real industrial deployment, new ecosystems of suppliers, engineers, and technology startups are likely to emerge around production centers.

For Southeast Europe, the arrival of humanoid robotics manufacturing could mark the beginning of an entirely new technological chapter.

And Serbia may find itself at the center of it.

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