- Stock: Waiting for delivery
- Model: 00-00013724
- Weight Brutto: 42.00kg
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Unitree G1 Edu Flagship B-U4 – a humanoid robot for education and development
The Unitree G1 Edu Flagship B-U4 humanoid robot will help you take a step into the future easily and simply. The world of robotics is changing faster than we can update software. Just yesterday, humanoid robots were the prerogative of closed laboratories with multi-million dollar budgets, and today Unitree G1 in the Edu Flagship B-U4 version becomes an affordable tool for engineers, developers and owners of innovative production facilities. This model is not just a younger brother of the athletic H1, but a specialized platform for deep learning and practicing complex manipulations.
Technological breakthrough in the compact body of the Flagship B-U4 robot
If you are used to bulky designs, Unitree G1 will make you reconsider your views. The robot weighs only about 35 kg, and when folded, its dimensions are comparable to a standard system unit. But do not let the compactness mislead you. The Edu Flagship version is a "boosted" modification created for those who need more than basic functions.
Here we see impressive power density. The robot's joints are equipped with high-torque motors of Unitree's own production. At peak, the torque reaches 120 Nm, which allows the G1 not just to walk, but to perform dynamic jumps, restore balance after pushes, and even demonstrate elements of acrobatics. For an engineer, this means one thing: the safety margin of the mechanics allows testing the boldest control algorithms without the risk of instant wear of the drives.
Intelligence and "vision" of the B-U4 model
The main difference of the flagship version is its "filling". The B-U4 modification is equipped with an advanced computing module that turns the robot into an autonomous unit. The heart of the system is a powerful processor (NVIDIA Orin support) capable of processing data arrays in real time.
A combination of 3D LiDAR (LDS) and depth cameras is responsible for the perception of the surrounding world. Unlike base models, Flagship B-U4 has 360-degree panoramic vision. The robot does not just see an obstacle, it builds an accurate map of the space, identifies objects and understands their physical properties. For 3D printing specialists, this opens up interesting prospects: the robot can independently navigate between printers, evaluate the printing status, or even remove finished parts from the platform if appropriate grippers are integrated.
Manipulator features and manual dexterity
The Edu Flagship B-U4 version is equipped with unique three-fingered (or optionally more complex) manipulators. These are not just "claws". Thanks to the high degree of freedom (DoF), which in total throughout the body is from 23 to 43 (depending on the configuration of the body kit), the robot is capable of fine work.
- Force feedback: the robot feels resistance.
- Positioning accuracy: allows working with tools and small parts.
- Learning through demonstration: thanks to the support of Reinforcement Learning, you can "teach" G1 specific tasks simply by showing the movements.
Why is this important for owners of innovative production and engineers?
It would seem, why a humanoid where a regular portal manipulator can cope? The answer lies in flexibility. Unitree G1 Edu Flagship is a universal soldier. In 3D farm conditions, it can:
- Service a fleet of different machines: it does not need rails or special mounts. It moves where a person walks.
- Work in tandem with personnel: the safety of the built-in algorithms allows the robot to be in the same room with people.
- Integration with ROS2: for developers, this is a "native" environment. You can write your modules in Python or C++, integrating the robot into the overall production management ecosystem.
Areas of application: from laboratory to workshop
The application of Unitree G1 Flagship B-U4 is not limited to cramped offices. Its potential is revealed in the following areas:
- R&D: development of AI algorithms for autonomous systems and the study of movement biomechanics.
- Education: an ideal base for specialized universities where students can work with top-end hardware.
- Industrial inspection: thanks to protection and mobility, the robot can bypass objects in hard-to-reach places.
- Micro-level logistics: transport of components, filament or finished orders inside the laboratory.
Technical characteristics of Unitree G1 Edu Flagship B-U4
| Parameter | Value (Flagship B-U4 Version) |
|---|---|
| Dimensions (height / folded) | 1270 mm / 690 x 450 x 300 mm |
| Weight (including battery) | ~35 kg |
| Degrees of freedom (DoF) | from 23 to 43 (depends on hand modules) |
| Joint torque (peak) | Up to 120 Nm |
| Maximum travel speed | ~2.0 m/s |
| Computing module | NVIDIA Orin NX (AI computing support) |
| Sensor system | 3D LiDAR (360°), Depth camera, IMU |
| Type of manipulators | Three-fingered hands with Force Control |
| Battery capacity | 9000 mAh (quick-release design) |
| Interfaces and communication | Wi-Fi 6, Bluetooth 5.2, Ethernet |
| Development environment | Ubuntu, ROS2, Unitree SDK (Python/C++) |
Advantages for owners of G1 Edu Flagship B-U4 robots
By choosing the B-U4 model, you get a device "to grow into". High autonomy (the battery lasts for about 2 hours of active work), the possibility of quick battery replacement and an open architecture make it a profitable investment. This is not a closed system, but a construction kit with almost limitless possibilities for software expansion.
In addition, the aesthetics of Unitree G1 is a separate kind of pleasure. The laconic design, high-quality body materials and futuristic lighting make it the face of your innovative laboratory.
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