LG Group and Nvidia have formalized a major partnership to develop and launch a bipedal humanoid robot by the first quarter of 2027, marking a significant milestone in bringing AI-powered robots from research labs into real-world manufacturing and service environments. The collaboration combines Nvidia's artificial intelligence foundation models with LG's expertise in hardware components, including actuators (the joints and muscles that enable robot movement), sensors, and batteries.

What Makes This LG-Nvidia Partnership Different?

LG Group Chairman Koo Kwang-mo traveled to Nvidia's headquarters in Santa Clara, California, to sign the agreement with Nvidia founder and CEO Jensen Huang on August 13, 2026. This partnership goes far beyond a single robot product. The two companies are collaborating across three major technology areas: humanoid robots, AI factories, and autonomous driving systems.

The humanoid robot itself will be built on Nvidia's Isaac GR00T foundation model, a pre-trained AI system designed specifically for robot learning and control. The robot will run on Nvidia's Jetson Thor computing platform and use Halos for Robotics, Nvidia's safety architecture for robotic systems. Think of the foundation model as a pre-trained brain that understands how to move and interact with the physical world, similar to how large language models understand text.

"As our collaboration accelerates, the areas where we can work together in AI factories, physical AI and mobility have become clear. We will accelerate the adoption of AI by building industry-leading reference models," said Koo Kwang-mo.

Koo Kwang-mo, LG Group Chairman

How Will LG's Hardware Components Power the Robot?

• Actuators from LG Electronics: These mechanical components function as the robot's joints and muscles, enabling precise movement of arms and legs. LG has already set up a pilot production line at its plant in Changwon, South Gyeongsang Province, and begun initial production.
• Sensors from LG Innotek: These components allow the robot to perceive its environment, detect obstacles, and understand spatial relationships necessary for safe operation around humans.
• Batteries from LG Energy Solution: High-performance battery technology is critical for giving humanoid robots the endurance needed for extended work shifts in manufacturing or service environments.

This vertical integration, where LG supplies multiple critical components, gives the company significant control over the robot's performance and reliability. LG has been preparing for this moment since establishing a CEO-led Robotics Business Center in June 2026 and unveiling its home robot CLOiD at CES 2026 in January.

When Will Real-World Testing Begin?

LG is not waiting until 2027 to test its robotics capabilities. By the end of 2026, the company plans to deploy its wheeled CLOiD robot on a washing machine production line at LG Electronics' Tennessee plant. This real-world manufacturing test will provide valuable data about how robots perform in actual factory environments, not just controlled laboratory settings.

Beyond the Tennessee deployment, LG and Nvidia are establishing a joint task force of technology and business experts who will work together on research and development, field trials, and commercialization strategies. The two companies will also operate a physical AI data factory using LG CNS' PhysicalWorks platform, where data collected from robots will be used to train and improve LG's own robot foundation models.

What's the Broader Market Opportunity?

The timing of this partnership reflects explosive growth in the humanoid robot market. Japan's humanoid robot market alone was valued at $0.4 billion in 2026 and is projected to reach $10.8 billion by 2035, representing a compound annual growth rate of 44.3%. Globally, the humanoid robot market was valued at $9.7 billion in 2025 and is expected to reach $263.6 billion by 2035, growing at a 39.1% annual rate.

Bipedal humanoid robots, the type LG is developing, account for 70.1% of the market by motion type, reflecting strong preference for human-like mobility that allows robots to navigate stairs, workplaces, public spaces, and environments originally designed for people. Hardware components represent 71.5% of the market value, driven by the high cost of actuators, sensors, cameras, processors, batteries, and precision mechanical systems required to build these machines.

Japan's aging population is a major driver of this growth. People aged 65 and above represent 29.3% of Japan's population, equivalent to approximately 36.2 million people, while the working-age population aged 15 to 64 accounts for only 59.6%. This demographic pressure is creating urgent demand for robots that can perform labor-support and care tasks in factories, hospitals, retail environments, and homes.

How Are Other Companies Advancing Robot Intelligence?

LG and Nvidia are not alone in pushing humanoid robotics forward. Toyota's humanoid research demonstrates the rapid pace of progress in robot learning. Toyota uses thousands of simulated robot instances running in parallel to train humanoid walking behaviors, achieving learning within approximately one to two hours of simulation training. This represents a dramatic acceleration compared to traditional robot development, which often required months or years of physical testing.

Japan's Ministry of Economy, Trade and Industry launched a Multimodal Foundation Model Development Project for AI Robots and Physical AI on June 30, 2026, focusing on models capable of using industrial sensor, image, video, and other physical-world data. This national initiative reflects Japan's strategy of connecting its existing robotics capabilities with advanced artificial intelligence.

"Japan's humanoid robot market is moving from research-led development toward practical deployment as labor shortages increase demand for automation in factories, services, healthcare, and customer-facing environments. Buyers are choosing robots that must combine stable movement, accurate perception, safe human interaction, and reliable task execution," noted a principal consultant at Globe Market Research.

Principal Consultant, Globe Market Research

What Happens Beyond Robotics in the LG-Nvidia Deal?

The partnership extends well beyond humanoid robots. LG and Nvidia plan to build AI factories combining Nvidia's DSX architecture with technologies from across the LG group, including LG Electronics' cooling systems, LG Energy Solution batteries, and data center design capabilities from LG CNS and LG Uplus. A reference site based on Nvidia's next-generation Vera Rubin platform is scheduled for the first half of 2027, followed by an 80-megawatt AI factory in Cheonan, South Chungcheong Province, in the first half of 2028.

The Cheonan facility will use prefabricated modular construction to cut construction time by more than 20 percent and will be used to train physical AI systems, including robot foundation models. In mobility, the companies will jointly develop a high-performance computing platform for AI-defined vehicles based on Nvidia's Drive Hyperion platform, combining Nvidia's autonomous driving technology with LG's in-vehicle infotainment and automotive software capabilities.

This comprehensive partnership signals that the era of humanoid robots is transitioning from prototype demonstrations to serious commercial development. With LG's manufacturing expertise, Nvidia's AI capabilities, and growing market demand driven by aging populations and labor shortages, the 2027 debut of LG's humanoid robot could mark a turning point in how factories, hospitals, and service businesses approach automation.