- Stock: In Stock
- Product code: 00-00014531
- Weight Brutto: 42.00kg
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Innovative Unitree G1 Edu Pro F-U12 Humanoid Robot for Scientific Research and Artificial Intelligence Development
Unitree G1 Edu Pro F-U12 is a humanoid robot designed for scientific research, development of artificial intelligence algorithms, educational projects, and experiments with human-machine interaction. The model has 35 degrees of freedom, equipped with two five-fingered robotic hands Revo 2 Touch Edition, and supports all the capabilities of the standard G1 Edu Standard Edition. The robot is ideal for universities, research laboratories, R&D teams, and innovation centers working on tasks of precise manipulation, autonomous navigation, machine learning, and complex object interaction. It can also be used for technological demonstrations, exhibitions, and corporate presentations of modern humanoid solutions.
Key Advantages of Unitree G1 Edu Pro F-U12
- 35 degrees of freedom. Sufficient DoF to replicate complex human-like movements, balance, and perform multi-step tasks.
- Two Revo 2 Touch Edition robotic hands. Five-fingered smart hands with enhanced tactile feedback capabilities for delicate and precise manipulation.
- High computational power. Supports modern AI algorithms, computer vision, and reinforcement learning.
- AI development platform. An ideal solution for testing autonomous behavior, motion planning, and intelligent interaction with the environment.
- Extended hand functionality. Revo 2 Touch Edition provides improved sensitivity and control, which is especially important for complex research scenarios.
- 18-month warranty. Official extended warranty for the entire complex.
Architecture and Movement Capabilities
The Unitree G1 Edu Pro F-U12 humanoid robot is built on a classic humanoid architecture with movable joints in the arms, legs, and torso. 35 degrees of freedom allow for realistic human movement replication, dynamic stabilization, walking, stair climbing, and complex manipulations. The design provides high flexibility and positioning accuracy, making the platform valuable for scientific research in kinematics, dynamics, and coordination of humanoid robot movements.
Smart Hands Revo 2 Touch Edition
The Unitree G1 Edu Pro F-U12 is equipped with two five-fingered robotic hands Revo 2 Touch Edition, an advanced version of dexterous hands with improved tactile feedback and extended computational capabilities. The hands are designed for high-precision work with objects of various shapes, sizes, and fragility. They enable effective testing of algorithms for grasping, holding, transferring, and manipulating objects. Thanks to extended sensory capabilities, the robot can collect detailed data on interaction forces, which is critically important for the development of fine motor skills and intelligent manipulation algorithms.
Computational Power and Artificial Intelligence Development
The humanoid robot is equipped with powerful computational modules optimized for machine learning, computer vision, and autonomous control tasks. The robot supports the development and testing of complex algorithms in real environments, including simulation learning, reinforcement learning, and multimodal AI models. The open architecture allows researchers to quickly integrate their developments and conduct experiments with real physical interaction.
Compatibility with Educational and Research Platforms
The Unitree G1 Edu Pro F-U12 is fully adapted for universities, laboratories, and research centers. The open architecture simplifies the integration of additional equipment.
The humanoid robot supports working with:
- ROS 2;
- Python;
- C++;
- NVIDIA JetPack;
- external cameras;
- additional LiDAR sensors;
- laboratory data collection systems;
- machine learning research platforms;
- network Ethernet devices;
- GPIO modules and peripheral equipment.
Application Areas
The Unitree G1 Edu Pro F-U12 is designed for a wide range of research, educational, and innovative tasks:
- Universities and educational centers: conducting laboratory work, robotics, and mechatronics courses.
- R&D laboratories: testing motion, manipulation, and autonomous navigation algorithms.
- Artificial Intelligence: development and validation of autonomous behavior models and human-machine interaction.
- Technological exhibitions and demonstrations: showcasing the capabilities of modern humanoids.
- Research on precise manipulation: working with fragile and complex objects thanks to Revo 2 Touch Edition hands.
- Corporate innovation centers: testing the prospects of using humanoid robots in production and service.
Standard Configuration
The robot comes assembled and ready to work after unpacking. The standard kit includes:
- Unitree G1 Edu Pro F-U12 humanoid robot.
- Quick-release lithium battery 9000 mAh.
- 54 V, 5 A network charger.
- Wireless handheld remote control.
- User manual and technical documentation.
Technical Specifications of Unitree G1 Edu Pro F-U12
| Parameter | Value |
| Working position dimensions | 1320x450x200 mm |
| Folded position dimensions | 690x450x300 mm |
| Net weight with battery | Approximately 35 kg |
| Number of degrees of freedom (DOF) | 35 DoF |
| Degrees of freedom of one leg | 6 |
| Degrees of freedom of the torso | 1 |
| Degrees of freedom of one arm | 5 |
| Type of manipulator hands | 2x Revo 2 Touch Edition (five-fingered dexterous robotic hands) |
| Tactile sensors | 33 on each hand |
| Maximum load on the arm | Up to 3 kg |
| Maximum knee joint torque | 120 Nm |
| Joint bearings | Industrial crossed roller bearings |
| Type of drives | PMSM with internal rotor, low inertia, and high speed |
| Torso rotation (Z-axis) | ±155° |
| Torso tilt (X-axis) | ±30° |
| Torso tilt (Y-axis) | ±30° |
| Knee joint movement | 0° ~ 165° |
| Hip joint (Pitch) | ±154° |
| Hip joint (Roll) | -30° ~ +170° |
| Hip joint (Yaw) | ±158° |
| Wrist (Pitch) | ±92.5° |
| Wrist (Yaw) | ±92.5° |
| Hollow internal wiring through joints | Yes |
| Joint encoders | Dual encoders |
| Cooling system | Local air cooling |
| Battery type | Lithium battery 13S |
| Battery capacity | 9000 mAh |
| Removable battery | Yes (hot-swap support) |
| Autonomous operation time | Up to 2 hours |
| Charger | 54 V, 5 A |
| Base computational platform | 8-core high-performance processor |
| High-performance computing module | NVIDIA Jetson Orin NX 16GB |
| Environmental perception sensors | Intel RealSense D435i depth camera, 3D LiDAR, Unitree 4D LiDAR-L1 |
| Microphone array | 4 integrated microphones |
| Built-in speaker | 5 W |
| Wireless interfaces | Wi-Fi 6, Bluetooth 5.2 |
| Access to hardware interfaces | Two Gigabit Ethernet ports (RJ45), 4 x USB-C, GPIO buses, I²C, UART |
| Power outputs | 12V, 24V, 58V |
| Software environments | ROS 2, Python, C++, unitree_sdk2, URDF models |
| Secondary development | Fully supported |
| OTA updates | Supported |
| Manufacturer's warranty | 18 months |
Usage Precautions for Unitree G1 Edu Pro F-U12
- Startup and initial setup. Do not turn on the robot in an unstable position or without proper support. Initial setup, calibration, and motor function checks are recommended to be performed on a special support stand or other fixation means provided for working with humanoid robots.
- Battery installation. The battery should be installed smoothly and without excessive force. If the battery is not properly secured, check its position before attempting installation again.
- Program development and testing. Before launching your control algorithms, make sure the robot is in the appropriate development mode. Incorrect command transmission can affect movement stability and actuator operation.
- Working with manipulator hands. Do not exceed the permissible load on the Revo 2 Touch Edition robotic hands. Excessive mechanical load can reduce manipulation accuracy and accelerate drive wear.
- Connecting additional equipment. Mounting or dismounting external sensors, expansion boards, and peripheral devices is recommended only after turning off the robot's power. This helps avoid damage to interfaces and connected modules.
- Testing new algorithms. Testing experimental walking, balancing, and manipulation scenarios should be conducted in a free area without bystanders and valuable equipment near the robot. For initial trials, it is recommended to provide the possibility of a quick emergency stop.
- Safety during operation. Do not touch joints, hands, and other moving elements while executing commands. Motor nodes can create significant mechanical loads, so working near the robot requires adherence to safety rules.
Buy Unitree G1 Edu Pro F-U12
If you want to purchase the Unitree G1 Edu Pro F-U12, contact us to clarify the current price, configuration, and delivery conditions. The humanoid robot is perfect for universities, research centers, and companies developing robotics and artificial intelligence.
