Minth and AGIBOT Open Humanoid Robot Plant in Serbia

Serbia has entered humanoid-robot manufacturing with the opening of a new facility in Šabac, developed by Chinese automotive group Minth Group and robotics company AGIBOT. The plant is scheduled to open on 29 August 2026 and is expected initially to employ around 200–250 people. While that workforce is relatively small compared with Serbia’s traditional labour-intensive foreign investment projects, the facility introduces robotics, artificial intelligence-enabled hardware and advanced mechatronics into the country’s industrial base.

AGIBOT has progressed from prototype development toward commercial humanoid-robot production, while Minth already operates an established automotive manufacturing platform in Serbia. Their partnership therefore combines robotics technology with existing industrial and supply-chain capabilities.

Local manufacturing could extend beyond assembly

The economic impact of the project will depend in part on how much of the robotics value chain is developed in Serbia. A facility focused primarily on assembling robots from imported actuators, electronics, sensors, batteries and control systems would generate exports and manufacturing activity but leave much of the technology value outside the country.

Greater localisation could involve engineering, component production, software, artificial-intelligence training, testing and research and development. Such an expansion would create a broader industrial base around the plant. Minth’s existing manufacturing capabilities provide a potential foundation. The company has experience with industrial quality systems, production scaling and European supply chains, while Serbia already has companies producing machined components, metal structures, cable assemblies and electronics for international manufacturers.

Automotive capabilities provide a supply-chain base

Humanoid robots require a combination of precision mechanical structures, electronics, batteries, cables, motors, sensors and control hardware, with several of these areas overlapping with established automotive manufacturing capabilities. If Minth and AGIBOT qualify Serbian suppliers for the new production programme, local companies could gradually become part of the robotics supply chain rather than remaining outside the manufacturing process.

Earlier plans have also indicated a potentially larger production footprint around Inđija. If developed, that site could support higher production volumes and deeper component localisation, potentially creating a two-location robotics manufacturing network in Serbia.

Software and AI could expand the technology component

The commercial performance of humanoid robots increasingly depends on software functions including perception, navigation, motion control, interaction and learning, alongside the mechanical platform. Serbia has an established pool of software engineers and AI specialists, although those capabilities have historically been less integrated with the country’s manufacturing sector.

A Serbian operation combining mechanical production with embedded systems, machine vision, AI development and robotics testing would broaden the project’s industrial content. The establishment of software and engineering teams by AGIBOT in Serbia will therefore be an important indicator of the project’s technological scope.

Serbian industry could become an early robotics market

The technology could also be deployed domestically as Serbian manufacturers contend with labour shortages and rising wages. Potential industrial applications include automotive manufacturing, warehousing, logistics, mining and other industrial facilities. Humanoid robots remain more expensive and less mature than conventional industrial robotics, but their design allows them to operate in workplaces developed around human workers.

Minth’s existing manufacturing operations and industrial presence in Serbia could provide access to production environments in which the technology can be tested and further developed. A combination of domestic production and local industrial deployment could consequently expand the project’s potential industrial effects.

Minth’s wider Serbian investment programme

The robotics facility forms part of a much broader investment relationship between Minth and Serbia. Minth has pursued automotive investments potentially approaching €950 million, while government-backed projects in Šabac and Loznica involve approximately €225.7 million in committed investment and at least 820 jobs. The company’s existing facilities, management teams, suppliers and operational experience in Serbia provide an established industrial platform for the robotics expansion. The project therefore represents an extension of an existing manufacturing presence into a higher-technology product segment rather than an isolated robotics investment.

EU integration adds trade and localisation considerations

Serbia’s position outside the European Union while remaining integrated into European supply chains has contributed to its attractiveness to Chinese manufacturers. As the country moves toward EU accession, however, state-aid rules, product standards and rules of origin will become increasingly relevant. At the same time, Chinese-controlled manufacturing in strategically important sectors is receiving greater scrutiny within the EU.

The level of Serbian value creation could consequently become significant for the project’s longer-term market position. Robots assembled in Serbia predominantly from imported Chinese components could face different trade-policy considerations from products incorporating substantial Serbian engineering, components and software. For the investment, localisation is therefore relevant not only to domestic industrial development but also to future market access.

Production data will determine the project’s industrial impact

The 29 August opening establishes Serbia’s entry into humanoid-robot manufacturing, while subsequent operating data will indicate the scale and depth of that activity. Relevant indicators include production volumes, export destinations, average salaries, local supplier participation, engineering employment, R&D activity, software development, component manufacturing and any expansion into Inđija. The project represents a change in the composition of Chinese investment in Serbia, which has traditionally included steel, mining, infrastructure and automotive manufacturing.

The addition of humanoid robotics places advanced mechatronics and AI-enabled hardware within that investment portfolio. The extent to which Minth and AGIBOT develop engineering, software and component capabilities locally will determine how much of the technology value chain is ultimately established in Serbia.