Tianji Gento Luna Wheeled Folding Robot
Tianji Gento Luna is a wheeled folding robot platform designed for robotics research, intelligent automation, and advanced robot development. Combining a dual-arm robotic system, omnidirectional mobile chassis, and open computing platform, Gento Luna provides a flexible foundation for exploring mobile manipulation and embodied robotics applications.
Dual-Arm Force-Controlled Robotic System
Gento Luna features dual 7-DoF robotic arms with standard joint-level force control. The robotic arms support position control, impedance control, load identification, and force-position hybrid control, with a single-arm rated payload of 5kg and repeatability of ±0.03mm.
Omnidirectional Mobile Platform
Equipped with a four-wheel drive and four-wheel steering chassis, Gento Luna supports omnidirectional movement and flexible navigation. The mobile platform provides a rated load of 100kg and integrates navigation capabilities including 3D SLAM navigation, 3D LiDAR mapping, obstacle avoidance, and autonomous charging.
Open Robotics Development Platform
Gento Luna integrates high-performance computing options including NVIDIA Jetson Orin AGX 64GB and supports open robotic development through flexible communication interfaces. With support for robotic software development and expandable components, it provides an ideal platform for universities, research institutions, developers, and robotics applications.
Key Specifications
• Whole machine: 26 DoF (excluding dexterous hands)
• Dual robotic arms: 7 DoF × 2
• Single arm payload: 5kg
• Repeatability: ±0.03mm
• Mobile chassis: Four-wheel drive + four-wheel steering
• Navigation: 3D SLAM, 3D LiDAR, obstacle avoidance
• Computing platform: NVIDIA Jetson Orin AGX 64GB / Jetson Thor option
• Communication interface: Wi-Fi / Ethernet
Applications
Gento Luna is designed for robotics research, education, intelligent automation exploration, human-robot interaction studies, and secondary development of mobile manipulation systems.







