HD Hyundai Robotics unveiled a prototype dual-arm robot driven by its own foundation model at the Future Innovation Technology Expo 2026 (FIX 2026), which opened October 21 at Daegu EXCO in South Korea2,3,5.
The Intelligent Dual-Arm Robot replicates a human upper body: two arms, each with a five-fingered hand, a 7 kg payload capacity per arm, and a 630 mm working radius4. Unlike conventional industrial robots that repeat preset motions at fixed stations, the system is designed to perceive its environment and generate movements autonomously using what the company calls its proprietary Robot Foundation Model.
HD Hyundai Robotics chose an upper-body-only form factor, reasoning that the ability to pick and assemble parts matters more on manufacturing floors than mobility. The company plans to pair the robot initially with a wheeled mobile platform and later develop bipedal walking capability in stages.
To sharpen the hands' dexterity, HD Hyundai Robotics intends to collaborate with Aidin Robotics, in which it took an equity stake in September, on force and tactile sensor technology.
The company said it will deploy the robot first in kitting and assembly processes, then expand to welding and painting across manufacturing settings. HD Hyundai Robotics also plans to apply the environmental-perception and motion-generation capabilities developed through the project to its existing industrial and collaborative robot product lines.
ANALYSIS The disclosure follows HD Hyundai Robotics' September expansion of its conventional industrial lineup into the one-ton class[1], positioning the company across both traditional heavy-payload automation and the emerging physical-AI segment. By leading with an upper-body design rather than a full humanoid, HD Hyundai Robotics narrows the engineering problem to manipulation, the task most immediately useful on assembly lines, while deferring the harder locomotion challenge.