Hyundai Motor and Kias Robotics LAB Delivers First Xble Shoulder Wearable Robot to Korean Air

• Hyundai Motor and Kia launch Korean sales of the industrial wearable robot X-ble Shoulder, with Korean Air as the first customer
• To be deployed in various aircraft assembly and maintenance sites, including commercial and military aircraft, drones and satellite launch vehicles
• Designed to reduce shoulder loads from overhead work, common in aviation maintenance
• Product deliveries to pre-order customers begin, global expansion targeted for 2026

Hyundai Motor Company and Kia Corporation officially launched their industrial wearable robot, the X-ble Shoulder, in the Korean market with a handover ceremony for the first unit to Korean Air on July 8. The event was held at Korean Air’s aircraft maintenance hangar in Incheon.

As the first official customer, Korean Air will deploy the wearable robot across its aerospace division, including assembly and maintenance operations for commercial airliners, military aircraft, urban air mobility (UAM) vehicles, drones, stealth aircraft and satellite launch systems.

“The X-ble Shoulder embodies the technological expertise and collaboration of our employees,” said Dong Jin Hyun, Vice President and Head of Robotics LAB at Hyundai Motor and Kia. “We aim to expand its application across various industries to help prevent injury and improve efficiency for workers.”

“We anticipate that workers’ health and job satisfaction will be enhanced through the introduction of X-ble Shoulder,” said Hyunboh Jung, Managing Vice President and Head of Aerostructure Business Department at Korean Air. “We are actively reviewing further adoption to uphold the highest standards in both aircraft manufacturing and maintenance safety and quality.”

Following this initial delivery, Hyundai Motor and Kia’s Robotics LAB plans to begin broader distribution to pre-order customers, including Hyundai Motor Group affiliates and domestic manufacturers in Korea. Sales will be expanded to industries such as construction, shipbuilding and agriculture. Hyundai Motor and Kia also aim to enter global markets starting in 2026.

Designed to Reduce Shoulder Loads in Overhead Work

The X-ble Shoulder is a wearable robotic device developed in-house by Hyundai Motor and Kia’s Robotics LAB. It is designed to assist upper-arm strength and alleviate shoulder loads during repetitive overhead tasks—a common posture in aircraft maintenance. By reducing musculoskeletal loads, the device helps minimize the risk of injury and fatigue, thereby enhancing productivity.

A standout feature of the X-ble Shoulder is its non-powered torque generation mechanism, which eliminates the need for batteries or charging. This keeps the unit lightweight and easy to maintain while ensuring uninterrupted operation. The robot incorporates a muscle compensation module that provides assistive torque, reducing shoulder joint loads by up to 60% and anterior/lateral deltoid muscle activity by up to 30%.

In 2022, Hyundai Motor and Kia’s Robotics LAB began testing X-ble Shoulder prototypes at their global production sites to ensure practical usability. Over 300 on-site workers participated in pilot trials, providing direct feedback that led to further refinement of the robot’s technology and ergonomics.

For product details and purchase inquiries, please visit the Robotics LAB’s official website or refer to the X-ble Shoulder unveiling press release from November 2024.

Recognized Globally for Safety and Design Excellence

Since its unveiling, the X-ble Shoulder has garnered recognition for both safety and design in global markets. In February 2025, the robot earned the ISO 13482 certification for personal assistant robots from DNV (Det Norske Veritas), a globally recognized certification body based in Norway. This was followed in May by the EU Directive on machinery certification, affirming its mechanical safety for industrial use in Europe.

In terms of design, the product won in the Product – Industry category at the 2025 iF Design Awards, one of the world’s top three design competitions. It also received the GOOD DESIGN® Award in the Robotics category in 2024.