Tianji Gento Skye Wheeled Lifting Robot
Tianji Gento Skye is a wheeled lifting robot platform designed for embodied AI research, robotics development, and real-world intelligent system validation. Combining a force-controlled dual-arm system, adjustable lifting mechanism, and omnidirectional mobile chassis, Gento Skye provides a flexible platform for advanced robot development and application exploration.
Full-Body Force-Controlled Robot Platform
Gento Skye features a 23-DoF robotic system with dual 7-DoF robotic arms and full-body force control capability. The arms support joint-level force control, compliant interaction, and precise manipulation tasks, providing a reliable foundation for robotic research and algorithm development.
Wheeled Lifting Mobile Structure
Equipped with a four-wheel drive and four-wheel steering chassis, Gento Skye supports omnidirectional movement for flexible indoor navigation. The adjustable lifting mechanism enables a working height range from 785mm to 1685mm, allowing the robot to adapt to different application scenarios.
Open Development Architecture
Gento Skye integrates perception, computing, and motion control systems with an open development architecture. Supporting NVIDIA Jetson Orin computing platforms, the robot provides a flexible environment for embodied AI research, reinforcement learning, and real-world robot data collection.
Key Specifications
• Whole machine: 23 DoF (excluding gripper)
• Dual robotic arms: 7 DoF × 2
• Single arm payload: 5kg
• Repeatability: ±0.03mm
• Mobile platform: Four-wheel drive + four-wheel steering
• Lifting range: 785mm-1685mm
• Computing platform: NVIDIA Jetson Orin 32GB / 64GB
• Navigation: 3D LiDAR, SLAM navigation, obstacle avoidance
Applications
Gento Skye is designed for robotics research, education, embodied AI development, reinforcement learning experiments, and intelligent robot application development.






