Hyundai Motor has unveiled its AI Robotics Strategy at the Consumer Electronics Show 2026, positioning artificial intelligence as a central pillar of its long-term growth and industrial transformation.
Announced under the theme “Partnering Human Progress,” the strategy outlines how AI-driven robots will evolve into intelligent collaborators capable of working safely and efficiently alongside humans across manufacturing, logistics, and emerging industries.
The CES 2026 vision marks a clear evolution from the Group’s CES 2022 theme, “Expanding Human Reach,” shifting robotics from hardware-centric automation toward adaptive, learning-based systems powered by artificial intelligence. Hyundai aims to become a human-centric leader in the Physical AI industry, where AI systems interact with the real world through robotics, smart factories, and autonomous mobility.
Physical AI at the Core of Hyundai Motor Group’s Vision
Physical AI refers to AI systems that collect real-world data through hardware, process it through intelligent software, and make autonomous decisions in physical environments. Hyundai plans to leverage its end-to-end value chain, spanning manufacturing, logistics, sales, and mobility, to build a continuous learning cycle where real-world data is digitized, analyzed, and reintegrated into AI models.
This approach enables improvement of AI robotics performance while expanding the Group’s business scope from automobiles into robotics, smart manufacturing, and autonomous systems. Hyundai Motor will establish a Physical AI Application Center and build a robot manufacturing and foundry plant based on customized robotics technologies developed through Physical AI.
Three Strategic Partnerships Driving AI Robotics Progress
Hyundai Motor’s AI Robotics Strategy is built on three foundational partnerships designed to accelerate commercialization and innovation.
The first focuses on partnering humans with co-working robots that assist people in manufacturing environments by handling hazardous, dangerous, and repetitive tasks. These robots are designed to collaborate with workers rather than replace them, reinforcing the Group’s commitment to human-centered automation.
The second partnership integrates Boston Dynamics into the Group Value Network. By combining Boston Dynamics’ AI robotics expertise with Hyundai Motor Group’s global manufacturing scale and safety know-how, the Group aims to create an end-to-end AI Robotics value chain covering development, training, validation, mass production, and service operations.
The third pillar involves partnerships with AI leaders to accelerate next-generation robotics innovation and advance the vision of “Progress for Humanity.”
Atlas Humanoid Robot Signals a New Phase of AI Robotics
At CES 2026, Boston Dynamics unveiled the latest Atlas humanoid robot, representing a major leap in AI-powered industrial robotics. Designed as a general-purpose humanoid for industrial use, Atlas integrates seamlessly into existing facilities while prioritizing safety, reliability, and predictability.
Atlas features 56 degrees of freedom, most with fully rotational joints, and human-scale hands with tactile sensing. It is capable of lifting up to 110 lbs and performing precision tasks in environments traditionally designed for humans. The robot is water resistant, suitable for industrial washdowns, and operates at full capability between minus 4 and 104 degrees Fahrenheit.
The Atlas prototype serves as a research platform to test advanced AI-driven capabilities such as autonomous navigation, rapid task learning, and dynamic movement in complex environments. Most tasks can be taught in under a day, significantly reducing deployment timelines. Atlas operates autonomously from day one and supports automatic battery replacement for continuous operation.
Hyundai expects humanoid robots to become the largest segment of the Physical AI market and has set a goal to mass-produce the Atlas product model for large-scale deployment across industrial sites.
Phased Deployment and Manufacturing Integration
Hyundai Motor Group plans to integrate Atlas robots across its global manufacturing network, starting with Hyundai Motor Group Metaplant America in Savannah, Georgia. Deployment will follow a phased validation process.
From 2028, Atlas robots will be introduced in processes with proven safety and quality benefits such as parts sequencing. By 2030, applications will expand to component assembly. Over time, Atlas will also take on tasks involving repetitive motion, heavy loads, and complex operations, creating safer working environments for factory employees. As performance is validated, adoption will scale across entire production sites.
Group Value Network Enables End-to-End AI Robotics Commercialization
At the core of Hyundai Motor Group’s AI Robotics Strategy is the Group Value Network, which consolidates capabilities across affiliates to accelerate AI robotics development and commercialization.
A key component is the Software-Defined Factory approach, first introduced at Hyundai Motor Group Innovation Center Singapore and now expanded to Hyundai Motor Group Metaplant America. These data-driven smart factories integrate real-world production data to continuously retrain AI robots and optimize performance.
Supporting this is the Robot Metaplant Application Center, scheduled to open in the United States in 2026. RMAC serves as the training engine for AI robotics, mapping human movements such as lifting, turning, and recovery into structured AI learning. By combining RMAC training data with real-world factory data, Hyundai Motor Group creates a continuous retraining cycle that improves speed, safety, and collaboration.
By 2028, RMAC-trained Atlas robots will be deployed for repetitive sequencing tasks, progressing to complex assembly work by 2030.
NVIDIA and AI Infrastructure for Physical AI
Hyundai is strengthening its strategic partnership with NVIDIA to accelerate Physical AI development. Hyundai plans to leverage NVIDIA’s AI infrastructure, simulation libraries, and development frameworks to efficiently scale robotics innovation.
In addition, the Ministry of Science and ICT of South Korea, Hyundai Motor Group, and NVIDIA have signed a memorandum of understanding to enhance national Physical AI capabilities, reinforcing long-term competitiveness and AI expertise.
Manufacturing Scale and Affiliate Contributions
The Group is applying its automotive mass-production expertise to AI robotics by unifying affiliate strengths.
Hyundai Motor and Kia provide manufacturing infrastructure and large-scale production data. Hyundai Mobis is developing high-performance actuators and standardizing robotics components for manufacturability, marking its formal entry into the global robotics components market. Hyundai Glovis optimizes logistics and supply chain management to support efficient robot delivery.
By 2028, Hyundai Motor Group aims to establish a scalable production system capable of manufacturing 30,000 robot units annually. The product version of Atlas is positioned as a leading enterprise-grade humanoid for industrial and commercial markets.
Robotics-as-a-Service and Industry Expansion
Hyundai Motor Group is expanding commercialization through a Robotics-as-a-Service model, shifting robotics from one-time sales to subscription-based services. This model includes over-the-air software updates, maintenance, repair, overhaul services, and remote monitoring, ensuring continuous performance improvement driven by real-world data.
The RaaS model has been deployed with partners such as DHL, Nestle, and Maersk, demonstrating applicability across logistics and industrial environments. Early commercialization of Atlas is expected to generate demand for tens of thousands of units through the Group’s global network.
Existing robots such as Spot and Stretch are already widely deployed. Spot operates in more than 40 countries for industrial inspection and safety monitoring, while Stretch has unloaded more than 20 million boxes globally since its launch in 2023.
Major Investments to Accelerate AI Robotics Leadership
Hyundai recently announced an investment of KRW 125.2 trillion in South Korea over five years starting from 2026. The investment focuses primarily on advancing AI-powered robotics while also supporting green energy development and strengthening Korea’s position as a global mobility and technology hub.
In the United States, Hyundai plans to invest USD 26 billion over four years from 2025. This includes establishing a new robotics facility with an annual capacity of 30,000 units and expanding collaboration with U.S. companies in AI, robotics, and autonomous driving.
AI Partnerships Open a New Chapter in Robotics Innovation
Beyond the Group Value Network, Boston Dynamics has announced a strategic partnership with Google DeepMind to accelerate next-generation humanoid robot development. The collaboration combines Boston Dynamics’ robotics expertise with Google DeepMind’s AI foundation models, including Gemini Robotics, built on multimodal generative AI.
RAJANI BABURAJAN
