Hyundai Motor Co. has announced a massive 9 trillion won ($6.3 billion) investment in South Korea to accelerate its push into artificial intelligence, robotics, and hydrogen energy. The initiative includes building a large-scale AI data centre, the company’s first domestic robot manufacturing facility, and clean energy infrastructure—marking a decisive expansion beyond its traditional automotive business.
The move positions Hyundai as a direct competitor to Tesla’s Optimus humanoid robot, with its own advanced Atlas humanoid robot developed by Boston Dynamics.
Hyundai will invest 9 trillion won ($6.3 billion) to build an artificial intelligence data centre, robot factory, and hydrogen production plant in South Korea.
The largest portion of the funding—5.8 trillion won—will be allocated to constructing an advanced AI data centre equipped with 50,000 GPUs. The centre will support autonomous driving technologies and robotic learning systems, according to South Korea’s land ministry.
Hyundai previously partnered with Nvidia Corporation in October to establish a national physical AI cluster powered by Blackwell accelerators, strengthening its AI infrastructure capabilities.
The investment also includes:
1 trillion won for a water electrolysis facility capable of producing 80 tons of green hydrogen per day
1.3 trillion won for a solar power plant to supply energy to the new facilities
This integrated clean-energy strategy aligns with South Korea’s carbon neutrality goals and supports Hyundai’s long-term hydrogen mobility roadmap.
The facilities will be constructed in the Saemangeum region, approximately 270 kilometres southwest of Seoul.
The project includes Hyundai’s first robot factory in South Korea, with an investment of 400 billion won. The facility will focus on:
Mass production of wearable robots
Industrial and logistics automation machines
Development of a robot parts manufacturing cluster
The large-scale development is expected to generate 71,000 jobs and attract international partner firms, contributing to regional economic growth beyond Seoul.
The announcement follows Hyundai’s presentation of the production-ready Atlas humanoid robot at CES in Las Vegas. During the demonstration, Atlas showcased its ability to recover from falls, navigate stage movements, and perform complex tasks with humanlike precision.
Hyundai plans to deploy Atlas in manufacturing environments starting in 2028 for repetitive industrial tasks such as kitting vehicle components. By 2030, the robot is expected to handle more advanced assembly operations.
Atlas specifications include:
Payload capacity of up to 50 kilograms
Operational temperature range from −20°C to 40°C
These capabilities allow the robot to function in demanding industrial settings such as automotive plants and logistics centres.
Humanoid robots share many core components with electric vehicles, including:
Batteries
Electric motors
Sensors
AI computing systems
This technological overlap gives automakers like Hyundai and Tesla a production and supply chain advantage in scaling humanoid robot manufacturing.
According to Morgan Stanley, the humanoid robotics market could reach $5 trillion by 2050, underscoring the long-term commercial potential.
Industry analysts see Atlas as a serious competitor to Tesla’s Optimus robot, citing its payload capacity, advanced motion capabilities, and strong partnerships with Nvidia and Google DeepMind.
However, Tesla may maintain cost advantages due to vertical integration across its AI chips, battery systems, and software stack, while Hyundai relies more heavily on external chipmakers and AI developers.
Chinese manufacturers accounted for the majority of the approximately 13,000 humanoid robots shipped globally last year, often offering lower-priced models.
Boston Dynamics has indicated that Atlas may initially be priced between $130,000 and $140,000, with costs expected to decline as production scales.
Hyundai has steadily increased investments in robotics since acquiring Boston Dynamics in 2021 and recruiting engineers from major technology firms.
The diversification strategy comes as the global auto sector faces challenges such as:
US tariffs
Growing competition from Chinese automakers
Slower-than-expected EV adoption in key markets
By integrating robots with its AI data centre for continuous learning, Hyundai aims to create a self-improving ecosystem where machines evolve through real-world industrial data.
At the investment ceremony, President Lee Jae Myung said the development would help transform the region into a future city where robots are widely used in daily life.
With defined production timelines and large-scale infrastructure backing, Hyundai is positioning itself for commercialisation of humanoid robots within this decade.
As demand for automation grows amid labour shortages and industrial digitisation, the competition between Atlas and Optimus is likely to intensify.
The scale of Hyundai’s 9 trillion won commitment signals confidence that humanoid robots could become a core pillar of industrial and economic growth in the coming decades.
Hyundai’s $6.3 billion investment marks one of the most ambitious robotics expansions by a traditional automaker. By combining AI infrastructure, renewable energy, and mass robot manufacturing, the company is building an ecosystem designed for long-term leadership in humanoid robotics.
With Atlas slated for industrial deployment by 2028 and expanded assembly capabilities by 2030, Hyundai is entering a direct technological contest with Tesla’s Optimus. As the global humanoid robotics market accelerates toward a potential $5 trillion valuation by 2050, the coming years could redefine the future of both manufacturing and mobility.