
LimX Dynamics Technology Co., Ltd
Numbered robot profiles with use cases, key specifications and a direct detail page.
LimX Dynamics Technology Co., Ltd robot models
Every model opens into its own detail page with specifications, applications, strengths and limitations.
Model 1Mobile manipulationCL-1
Humanoid RobotsLimX's humanoid research platform demonstrating terrain-aware stair climbing, running and coordinated mobile manipulation, including loading objects between shelves.
Proprietary Hollow Direct-Drive Motors · Autonomous Navigation
Model 2Research & DevelopmentOli
Humanoid RobotsLimX Dynamics' full-size humanoid research platform, offering modular end-effectors and high- and low-level interfaces for locomotion, manipulation and embodied-AI development.
165 cm · 5 km/h
Model 3Research & DevelopmentSean
Humanoid RobotsA full-sized bipedal humanoid robot developed by LimX Dynamics for embodied AI research, industrial automation, logistics, human-robot collaboration, manipulation research, and advanced locomotion development.
155 cm · 3 km/h
Model 4Research & DevelopmentTRON 1
Humanoid RobotsModular bipedal research robot with interchangeable point feet, soles and wheel feet, designed for locomotion research, reinforcement learning and teaching.
≤84.5 (published envelope) cm · 10.8 wheeled; 3.6 point-foot/sole km/h
Model 5InspectionsW1
Quadruped RobotsHybrid mobility robot combining wheels and articulated legs. Designed for high-speed movement, obstacle crossing, terrain adaptation, autonomous navigation, and industrial/research applications. Used as a platform for embodied AI and mobility research.
152 cm Biped Mode · Proprietary High-Performance ActuatorsLuna
Humanoid RobotsA full-size interactive bipedal humanoid for performances and visitor engagement, with expressive screen and voice interaction and tools for teaching and choreographing movements.
160 cm · 5 km/hTRON 2
Humanoid RobotsConfigurable embodied-robot research platform supporting dual-arm manipulation, bipedal and wheeled-bipedal forms, with open development and teleoperation functions.
Sole 7.2–10.8; wheeled 10.8–18 (configuration-dependent) km/h · ~1.5 m/s Walking ModeX1
Quadruped Robotsa quadruped research platform created to validate the company's motion-control, reinforcement-learning, and terrain-navigation technologies
Autonomous Locomotion · Autonomous NavigationIs a robot missing or a profile out of date?
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