1. Full-size mobility and whole-body control
Standing 170 cm tall and weighing 64.5 kg, TianGong 3.0 has 31 active degrees of freedom, excluding its dexterous hands.
Its aluminium–magnesium alloy structure and whole-body control system are designed to support coordinated movement and balance. This provides a platform for developing tasks that combine locomotion with physical interaction.
2. Configurable hands for handling and manipulation
TianGong 3.0 supports multiple dexterous hand configurations, with optional six-axis force sensors.
The configuration can be matched to the intended application, from handling components to interacting with equipment. Object shape, required grip, working reach and payload should determine the selection of hands and sensors.
3. Onboard AI and environmental perception
An NVIDIA Jetson AGX Thor computing platform provides onboard processing for AI applications.
RGB-D cameras in the head and torso work alongside LiDAR to capture visual and spatial information. These inputs support the development of navigation, object recognition and manipulation capabilities within the robot’s operating environment.
4. Battery changes without shutting down
A 15 Ah + 3 Ah dual-battery system supports hot-swappable battery replacement without shutting down the robot.
This allows battery changes to be incorporated into the operating plan without a full system restart. X-HUMANOID lists battery life of at least two hours, with practical runtime dependent on the task, configuration and operating conditions.
5. Open interfaces for application development
Open access to full-body motor control and sensor interfaces, together with ROS 2 compatibility, gives developers a foundation for building and integrating applications.
Engineering teams can develop control and perception functions around their requirements, making TianGong 3.0 relevant to industrial innovation teams, universities and robotics research organisations.