LG Electronics has announced a strategic shift in the commercialization roadmap for its humanoid robot, 'CLOi-D'. Rather than immediate entry into the complex and highly regulated domestic market, the company plans to integrate its humanoid robots into its own manufacturing facilities first. This move serves as a crucial bridgehead to accelerate the practical application and refinement of its robotics technology.
According to industry sources, LG Electronics is considering the deployment of CLOi-D into domestic manufacturing processes as early as the end of this year. Initially, the robots will be utilized for logistics-related tasks, such as material transportation, rather than more complex assembly procedures. This approach allows the company to bypass the technological limitations and regulatory burdens inherent in home-use environments, enabling the accumulation of real-world operational data in a controlled setting.
Previously, Ryu Jae-chul, CEO of LG Electronics, hinted at this direction during CES in January, stating, "CLOi-D is expected to emerge from the laboratory and into the field around 2027." The current plan to prioritize manufacturing sites is a move to materialize this timeline ahead of schedule. An industry insider noted, "Applying CLOi-D to LG’s own production lines is a logical and calculated step for ensuring the reliability of the system."
To support this initiative, LG Electronics is accelerating the construction of testing infrastructure. Since last month, the company has been transforming its Yangjae R&D Campus in Seocho-gu, Seoul—spanning four floors and approximately 33,000 square meters—into a dedicated 'Robot Data Factory.' The company plans to deploy 100 units of CLOi-D starting next month, with the goal of scaling this to several hundred units within the year. This facility will serve as a sandbox, creating environments that mimic both home and factory settings to collect specialized data necessary for robot optimization.
The decision to leverage manufacturing sites is seen as a key strategic move to secure the essential data required for eventual home-use commercialization. The repetitive and standardized nature of industrial work environments provides the ideal backdrop for refining robot control algorithms and enhancing sensor data processing capabilities.
Furthermore, this deployment is critical for validating the performance of 'AXIUM,' LG’s proprietary robotic actuator brand. LG Electronics plans to complete its mass production system for AXIUM within this year, aiming to secure cost competitiveness and supply chain stability through technological internalization. Experts suggest that these on-site tests will be instrumental in elevating the robot’s performance to a level that meets commercial standards.
Market analysts and industry experts are currently predicting that CLOi-D will likely make its full-scale entry into the consumer home robot market around 2030. A representative from a robotics firm remarked, "It will likely take another three to four years for LG Electronics to successfully introduce CLOi-D to the household market. They will likely utilize the data accumulated from manufacturing processes to explore various possibilities, including potential changes to the robot's form factor."
By prioritizing the industrial sector, LG Electronics is not merely optimizing a product, but building a robust foundation for the future of humanoid robotics. As the company bridges the gap between industrial efficiency and domestic utility, all eyes are on how this humanoid pioneer will transform both the factory floor and the modern home.
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