South Korea
Ambidex is a lightweight dual-arm humanoid from Naver Labs for cooking, home assistance, rehabilitation and manufacturing, deployed and integrated across Southeast Asia by Nexon System.
Last updated: 08 Jun 2025
Ambidex is a 1.86 m dual-arm humanoid from Naver Labs of South Korea, engineered around cable-driven arms that are unusually light and safe for working close to people. Its design prioritises fast, precise and gentle manipulation, making it well suited to tasks shared with humans.
The robot provides 7 degrees of freedom per arm through cable-driven actuators that mimic human muscle function, delivering lightweight, flexible and fast movement with high precision and safe force control. Force and position sensors are integrated with the cable-driven mechanisms, haptic sensors provide tactile feedback during teaching, and vision sensors handle task-environment perception. Its software runs a haptic feedback control system with real-time motion planning, AI learning modules for task adaptation and remote-operation tools, all supported by a battery runtime of about 480 minutes for long working periods.
As a safe, precise humanoid robot for close human contact, Ambidex suits cooking, home assistance, rehabilitation, manufacturing and research. Its lightweight arms and haptic teaching make it easy to program by demonstration, so operators can show it a task rather than code it line by line.
Nexon System deploys the Naver Labs Ambidex across Southeast Asia, providing commissioning, teach-by-demonstration and task programming, and integration with clinical, kitchen and production systems. Each deployment includes operator training and continuing support and maintenance, so customers can adopt safe collaborative manipulation with confidence. Talk to Nexon to plan a collaborative-manipulation deployment.
| Manufacturer | Naver Labs |
| Country of Origin | South Korea |
| Classification | Humanoid |
| Height | 1.86 m |
| Degrees of Freedom (DoF) | 7 |
| Battery Life | 480 mins |
| Sensors | Force and position sensors integrated with cable-driven mechanisms Haptic sensors for tactile feedback during teaching Vision sensors for task environment perception (implied) |
| Actuators | Cable-driven actuators mimic human muscle function, providing lightweight, flexible, and fast arm movements with high precision and safe force control. |
| Software / OS | Closed Source · Haptic feedback control system. Real-time motion planning and control algorithms. AI learning modules for task adaptation. Remote operation software supporting 5G connectivity. · Onboard processors support real-time control, haptic feedback processing, and AI-based learning and adaptation. |
| Nexon Integration | Full support – Installation, Programming & Maintenance |