Over 500,000 customers already trust us. With us you get:
same-day shipping for products marked “24h shipping”
our own service centre in Poland
30 days to return and free delivery in Poland from PLN 500
4.9/5 on TrustMate and 4.9/5 on Google (almost 4,000 reviews)
VAT invoice, leasing and instalments for businesses
For businesses
individual quote for larger quantities
VAT invoice
For schools and universities
orders based on requests for quotation
help with choosing kits for your lab
Send an inquiry - we reply quickly.
Four-legged walking platform - robo dog - Unitree Go2 Edu U1
The Unitree Go2 Edu U1 is an advanced, next-generation robotic platform designed for education, research, and the development of autonomous technologies. Equipped with 4D LiDAR, a depth camera, force sensors , and an Nvidia Jetson Orin processor, it offers powerful processing capabilities, advanced AI capabilities , and high mobility on virtually any surface.
We could not load the price.
The promotional price does not combine with quantity discounts.
Product description: Four-legged walking platform - robo dog - Unitree Go2 Edu U1
The Unitree Go2 Edu U1 is the flagship of the next generation of four-legged educational robots , offering extensive research and development capabilities in the fields of mobile robotics , machine perception, and artificial intelligence. Equipped with a powerful computing module ( Jetson Orin ), advanced sensors (4D LiDAR, depth camera), and the modern ISS2.0 tracking system , the platform enables advanced testing in navigation, SLAM, image processing, and autonomous movement.
Four-legged walking platform - robo dog - Unitree Go2 Edu U1.
One of the biggest advantages of the Go2 Edu U1 is its open architecture, designed to provide maximum freedom and expandability for educational and research applications.
Main features of Go2 Edu U1
- Advanced learning platform : designed for learning, researching and implementing AI and robotics systems
- NVIDIA Jetson Orin high-performance computing engine : provides enormous power for processing AI algorithms
- Ultra-wide-angle 4D LiDAR L2 : 360° x 96° detection, minimal dead zone and precise localization, detection distance from 0.05 m
- 12 motors with force control : precise and stable movements, torque up to 45 N*m
- Hidden wiring and heat pipes : increased component durability and safety
- Intelligent obstacle avoidance : dynamically avoids objects thanks to 3D scanning
- OTA - remote software updates : always up-to-date robot capabilities
- Graphical programming : the perfect drag & drop learning environment
- ISS 2.0 - Intelligent Side Tracking System : vector-accurate tracking with a range of over 30 m
- Extensive connectivity : WiFi 6, Bluetooth 5.2, 4G LTE
- Optimized gait algorithms : supine walking, rolling, climbing and jumping
- High-capacity battery : up to 4 hours of operation
Advanced tracking, positioning, and AI features
The Go2 Edu U1 utilizes the advanced ISS2.0 tracking system, based on wireless vector technology , which allows for precise tracking of the operator with a range of over 30 meters in dynamic environments. The robot can perform a variety of postures and movements, from walking backward and rolling to dancing, sitting, and jumping. Thanks to its high flexibility, it maintains balance and stability in challenging terrain. , and its AI algorithms enable autonomous navigation and adaptation to the environment.
Intelligence supported by hardware
The Go2 Edu U1 is equipped with 12 precision motors with torque up to 45 Nm , resulting in high maneuverability and smooth movements. The aluminum-composite housing ensures durability while maintaining a low weight (15 kg). Perception is provided by a hemispherical 4D LiDAR, an Intel RealSense depth camera, a microphone, and pressure sensors in the limbs . The 15,000 mAh battery offers up to 4 hours of operation, and 33.6 V / 9 A charging allows for quick resumption of action.
Through large-scale simulation using artificial intelligence, the Go2 robot learned advanced walking techniques such as walking upside down, adaptively tumbling, and overcoming obstacles.
An optimized obstacle avoidance strategy allows the robot to better navigate complex terrain.
Extensive control options and interfaces
You can control the robot using the included wireless controller or through a dedicated mobile app . The Go2 Edu U1 also supports voice commands , and optional extensions allow you to create autonomous movement sequences. Thanks to Ethernet ports, USB Type-C , and wireless connectivity (WiFi 6, Bluetooth 5.2, 4G - eSIM), the robot can be easily integrated with external systems and IoT platforms. The Edu version also allows you to connect a docking station with I/O ports and extensions (e.g., D1 arm, other LiDARs).
Software and Open Architecture for Education
The Unitree Go2 Edu U1 supports programming in C++ and Python , as well as integration with the ROS and ROS 2 frameworks. An open API allows for low-level motion control and access to raw sensor data. Thanks to documentation and a graphical programming environment, you can create your own applications in computer vision, SLAM, obstacle detection, and image recognition.
Contents of the set
- Unitree Go2 Edu U1 Robot
- 15000 mAh battery
- Fast charger (300W)
- Set of foot pads (4 pcs.)
- Leg calibration device
- Service stand
- USB Type-A / USB Type-C Cable
- Transport case
- Wireless remote control
- Manual controller
Go2 Edu U1 is equipped with 4D LIDAR L2 with an ultra-wide 360° x 96° field of view.
Unitree Go2 Robot Technical Specifications and Comparison
| Parameter | AIR | PRO | EDU |
|---|---|---|---|
| Material | aluminum alloy + engineering plastic | aluminum alloy + engineering plastic | aluminum alloy + engineering plastic |
| Supply voltage | from 28 V to 33.6 V | from 28 V to 33.6 V | from 28 V to 33.6 V |
| Maximum power | approx. 3000 W | approx. 3000 W | approx. 3000 W |
| Lifting capacity | ~7 kg (max 10 kg) | ~8 kg (max 10 kg) | ~8 kg (max 12 kg) |
| Speed | from 0 m/s to 2.5 m/s | from 0 m/s to 3.5 m/s | from 0 m/s to 3.7 m/s (max 5 m/s) |
| Max step height | approx. 15 cm | approx. 16 cm | approx. 16 cm |
| Max tilt angle | 30° | 40° | 40° |
| Engines (joints) | 12 pcs. | 12 pcs. | 12 pcs. |
| Range of motion | Torso: -48° to 48°; Thigh: -200° to 90°; Lower leg: -156° to -48° | Torso: -48° to 48°; Thigh: -200° to 90°; Lower leg: -156° to -48° | Torso: -48° to 48°; Thigh: -200° to 90°; Lower leg: -156° to -48° |
| Torque | - | approx. 45 N*m | approx. 45 N*m |
| LiDAR module | Yes | Yes | Yes |
| Wireless Vector Positioning Tracker | NO | Yes | Yes |
| HD wide-angle camera | Yes | Yes | Yes |
| Depth camera module | NO | Yes | Yes |
| ISS2.0 Tracker | NO | Yes | Yes |
| Voice functions | NO | Yes | Yes |
| WiFi connectivity | WiFi 6 (dual-band) | WiFi 6 (dual-band) | WiFi 6 (dual-band) |
| Bluetooth | 5.2 / 4.2 / 2.1 | 5.2 / 4.2 / 2.1 | 5.2 / 4.2 / 2.1 |
| 4G module | NO | Yes | Yes |
| Manual controller | optional | optional | included in the set |
| Automatic charging function | NO | NO | yes (compatibility) |
| Graphical programming | Yes | Yes | Yes |
| OTA system | Yes | Yes | Yes |
| Computing unit | lack | lack | Nvidia Jetson Orin |
| Battery | 8000 mAh | 8000 mAh | 15000 mAh |
| Working time | approx. 1-2 hours | approx. 1-2 hours | approx. 2-4 hours |
| Landing | standard (33.6V / 3.5A) | standard (33.6V / 3.5A) | fast (33.6 V / 9 A) |
| Dimensions (standing) | 70 x 31 x 40 cm | 70 x 31 x 40 cm | 70 x 31 x 40 cm |
| Dimensions (folded) | 76 x 31 x 20 cm | 76 x 31 x 20 cm | 76 x 31 x 20 cm |
| Weight (with battery) | approx. 15 kg | approx. 15 kg | approx. 15 kg |
Useful links
| Name | Value |
|---|---|
| Robot type | Walking |
| Robot power supply | Rechargeable battery |
| Control platform | Other |
| Robot form | Ready to use |
| Width | 72 cm |
| Height | 29 cm |
| Depth | 47 cm |
| Weight | 19.5 kg |
GLS EU
Shipping in 24 hours
from €8.07
Raben
Delivery in 3–5 days, no inside delivery
from €96.75
The full delivery terms are on the page Delivery and payment.
30 days to return, without giving a reason
If the product does not meet your expectations, you have 30 days from receiving the parcel to withdraw from the contract. The product only has to be complete. The right of return belongs to consumers (a purchase unrelated to business activity).
Complaints
If the product turns out to be faulty, you can make a claim under the guarantee or the statutory warranty. We handle claims without delay, at the latest within 14 working days of receiving the report together with the goods.
Be the first to ask a question about this product!
Instructions and documents
GPSR data
