Hyundai Explores Deploying Humanoid Robots to Tackle European Labor Shortages
Nošovice, Monday, 21 September 2026.
Hyundai is discussing testing Boston Dynamics’ Atlas humanoid robots in the Czech Republic to combat a projected 13 percent decline in Europe’s working-age population by 2060.
Strategic Deployment in Nošovice
Hyundai Motor Group is actively evaluating the deployment of Boston Dynamics’ Atlas humanoid robots at its manufacturing plant in Nošovice, Czech Republic [1]. This facility, established in 2009, serves as the company’s sole automobile manufacturing base within the European Union [3]. Discussions regarding the implementation are currently underway between the plant management, Boston Dynamics, and Hyundai headquarters, though no concrete timeline for testing commencement has been provided [2]. The prospective rollout aims to address persistent industrial labor shortages and enhance production line efficiency [1]. Petr Michnik, head of the administration division at Hyundai Motor Manufacturing Czech, stated that the company hopes testing and operating humanoid robots in the Czech Republic can begin as soon as possible [1]. However, future deployment remains contingent on worker acceptance in Europe, with experts emphasizing the need for careful handling of labor concerns [2].
Automation Density and Workforce Impact
The Nošovice plant currently utilizes 566 robots, an increase of over 100% compared to 20 years ago [1]. Automation has successfully taken over the tasks of about 200 employees, who were transferred to other positions rather than dismissed [3]. The ratio of current robots to reassigned workers suggests a significant automation density, calculated as 2.83 robots per reassigned worker role [1][3]. Hyundai intends to use its own manufacturing facilities to validate Atlas robots, aiming to achieve economies of scale before expanding supply to external industrial sites [1]. This contrasts with the company’s non-unionized US operations, as the company must navigate potential labor friction at its Czech manufacturing plant where unions are expected to negotiate the impact of automation [1]. Experts note that deploying humanoid robots will prove challenging without first addressing potential social conflicts [1].
Labor Dynamics and Demographic Pressures
Hyundai is positioning Europe as a strategic proving ground due to an aging population, labor shortages, and high wages [1]. Eurostat projects a 13% decline in the working-age population (ages 15-64) between 2022 and 2060 [1]. The EU population is projected to peak at 453.3 million in 2029 before declining to below 400 million by 2100, representing an 11.7% decrease from 450.6 million [1]. Chang Tai-woo, an industrial engineering professor at Kyonggi University, noted that Europe suffers from a more critical shrink in its labor force than the US due to aging demographics and low fertility rates [1]. Eastern Europe is hit even harder by migration to Western Europe, making the potential for applying humanoid robotics exceptionally high from this perspective alone [1]. However, stricter European requirements for worker protection and human-robot collaboration mean the Czech plant’s trade union will likely discuss Atlas’s impact on production [3].
Financial Viability and Market Outlook
Boston Dynamics recorded a 528.4 billion won loss in 2025, with cumulative losses from 2021–2025 totaling nearly 1.7 trillion won [5]. A senior Hyundai executive stated that an initial public offering (IPO) for Boston Dynamics in 2027 is unlikely, citing the company’s lack of profitability and failure to deploy Atlas robots at scale [5]. Analysts project an IPO is unlikely for several years, with specific estimates from Meritz Securities pointing to 2029 or 2030 [5]. Hyundai aims to establish a factory capable of producing 30,000 robots annually by 2028, with initial deployment of humanoid robots scheduled for its Georgia, US plant in 2028 [5]. Han Jae-kwon, robotics engineering professor at Hanyang University, commented that the sheer scale and technological advancements in both hardware and software will likely position Hyundai as a leading player in the industry [1]. The key questions are no longer just about mobility or technical capability, but about uptime, safety, integration, task economics, workforce impact, and whether humanoid robots can deliver measurable productivity at scale [4].