Hyundai Motor Group is preparing to debut its humanoid robot, Atlas, at CES 2026 in Las Vegas, alongside a broader strategy for integrating robotics into its global manufacturing operations. Developed by Boston Dynamics, the robot is expected to play a central role in Hyundai’s push to automate complex assembly-line tasks traditionally performed by human workers.
Atlas moves from lab to production
Atlas has been designed to operate in dynamic, unstructured environments, making it suitable for tasks that go beyond the capabilities of conventional robotic arms. With real-time sensor feedback and AI-based task learning, Atlas can adjust to its surroundings, recognise sequences, and carry out a range of manufacturing functions that demand flexibility and dexterity.
The first live deployment of Atlas will take place at Hyundai’s electric vehicle manufacturing facility in Georgia, United States, where the robot will be trialled on actual production tasks prior to its full reveal in January. The pilot is expected to generate data on its productivity, safety, and integration within existing workflows.
Broader rollout across Hyundai and Kia factories
Hyundai’s robotics program extends beyond Atlas. From 2026, it plans to deploy other robots developed by Boston Dynamics, including the quadrupedal Spot robot and the warehouse-focused Stretch, across several major Hyundai and Kia manufacturing facilities. These systems will be used for logistics, inspection, material handling, and other operational tasks.
Internally, Hyundai has outlined targets to automate around 40 per cent of vehicle assembly processes. The company aims to reduce production costs by approximately 30 per cent and shorten manufacturing times by 40 per cent. These improvements are being pursued in tandem with support for multi-variety, small-lot production, reflecting a shift toward greater manufacturing flexibility.
Humanoid robotics as a growth sector
Hyundai’s move into humanoid robotics aligns with broader industry forecasts. Analysts expect rapid growth in the deployment of humanoid robots across industrial sectors over the next decade, with millions of units projected to be in service by the mid-2030s. Much of this demand is anticipated to come from the automotive, logistics, and electronics industries.
Unlike previous automation efforts that focused on repetitive or isolated tasks, the next generation of industrial robots is intended to collaborate with humans in mixed settings, adapt to changing conditions, and be redeployable across different workflows.
Hyundai’s competitive positioning
The global robotics sector is seeing heightened interest from both traditional manufacturers and new entrants. Several major companies are developing humanoid platforms, though few have yet entered factory environments at scale. Hyundai’s vertical integration of robotics through Boston Dynamics may provide a strategic advantage, allowing closer coordination between hardware development, AI training, and manufacturing use cases.
With its CES 2026 presentation, Hyundai is expected to unveil a detailed roadmap for the commercialisation of its robotics systems. This includes performance benchmarks, timelines for wider deployment, and integration strategies for its global factories. If pilot data from the Georgia plant demonstrates tangible productivity gains, the presentation could mark a significant step in the industrial use of humanoid robots.
