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Article index:
- Opening of the robotics applications center in Georgia
- The robot behavior factory concept and complex tasks
- Hybrid technologies, remote control, and reinforcement learning
- Plan to deploy 25,000 robots and the new production plant
- Expansion into aerospace, semiconductor, and science industries
- Move toward European factories and labor union challenges
- Frequently asked questions
Opening of the robotics applications center in Georgia
American company Boston Dynamics has officially inaugurated its new specialized facility, the “Metaplant Robotics Applications Center,” within Hyundai Motor Group’s smart manufacturing complex outside Savannah, Georgia, in the United States. This step marks a decisive transition for humanoid robots from demonstration laboratories to actual industrial reality.
This advanced center aims to train and qualify the renowned electric robot Atlas to perform complex automotive manufacturing and assembly tasks alongside workers and engineers, ushering in a new era of production line automation driven by physical artificial intelligence.
The robot behavior factory concept and complex tasks
Zach Jackowski, chief product and technology officer at Boston Dynamics, stated that the new facility operates as a “robot behavior factory.” It takes real car parts, chassis, and live workstations, integrating Atlas robots with skilled human operators to generate vast amounts of high-quality behavioral data.
Initial training focuses on managing parts logistics within the plant, including sorting and arranging components, extracting them with extreme precision from complex shipping and packaging containers, and placing them into designated transport bins to feed main assembly lines. These tasks require exceptional manual dexterity due to the sensitive, scratch-prone surfaces of car bodies and varying component weights.
Hybrid technologies, remote control, and reinforcement learning
Atlas learns to master these precise movements through a hybrid engineering mix that combines teleoperation and remote control by human engineers wearing motion-capture sensors, advanced reinforcement learning models within virtual simulation environments, and comprehensive guidance and manipulation interfaces that translate commands into agile physical movements.
These jobs require bimanual use and intelligent handling of uneven centers of gravity in mechanical parts. This enables Atlas to bypass the traditional mobility limitations of fixed industrial robots and adapt instantly to any deviation in the position of bins or parts without halting the production line.
Plan to deploy 25,000 robots and the new production plant
This step comes in execution of a massive strategic plan announced by Hyundai Motor Group to deploy up to 25,000 units of Atlas robots across Hyundai and Kia factories globally in the coming years, replacing labor in arduous and hazardous tasks.
To achieve this immense quantitative goal, Hyundai is building an entirely new production plant in the United States dedicated exclusively to manufacturing Atlas robots, with a production capacity reaching up to 30,000 robots annually by 2028. The group aims to gradually expand the scope of robot tasks to include direct assembly of vehicle components and powertrain engines by 2030.
Expansion into aerospace, semiconductor, and science industries
The training facility’s footprint is scheduled to expand tenfold next year as operations move to a larger building within the Metaplant America complex to accommodate dozens of additional robots and advanced simulation stations.
In a parallel context, Boston Dynamics is in advanced talks with existing clients who use the quadruped robot Spot and the logistics robot Stretch in aerospace, semiconductor manufacturing, logistics warehouses, and life sciences and pharmaceuticals. These talks aim to gather diverse training data that will enable Atlas to work in chip fabrication plants and aircraft complexes by 2027.
Move toward European factories and labor union challenges
Hyundai has already begun exploring options to deploy robots outside US territory. The Korea Herald reported that the company is investigating the possibility of introducing Atlas to its plant in Nošovice, Czech Republic, which is the group’s sole production facility inside the European Union.
Although demographic decline, an aging population, and labor shortages in Europe make it an ideal market for the adoption of humanoid robots, industry experts emphasized that strict labor laws and the necessity of tough negotiations with European labor unions will impose a cautious and more gradual approach compared to the speed with which operations are managed in American and Asian plants.
Frequently asked questions
Question: What is the goal of the new robotics applications center opened by Boston Dynamics?
Answer: To train the humanoid robot Atlas in logistics tasks and car part assembly within a real manufacturing environment and live simulation.
Question: How many Atlas robots does Hyundai Motor Group plan to deploy in its global factories?
Answer: The group plans to deploy 25,000 robots across Hyundai and Kia factories and build a plant producing 30,000 robots annually by 2028.
Question: What other industries is Boston Dynamics seeking to qualify its robots to work in?
Answer: These include aerospace, semiconductor manufacturing, logistics centers, and life and medical sciences sectors.
