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Important information!
From 19 November the store is moving to new premises at 151 Dzirnavu Street, Riga!
- 14 November - the last working day at 39 F.Sadovņikova street.
- The store will be closed on 16 and 17 November due to the move.
- From 19 November, we look forward to welcoming you at our new address.
UNITREE G1 Edu U1
AI ASSISTANT CHAT
Or ask about:
- 1. Evaluate your options.
- 2a. If you want to buy only one product with Aizdevums.lv leasing, then fill out the application here
- 2b. If you want to buy several items or use another leasing company, then put the items in the basket and choose the leasing service when ordering.
We offer leasing from Aizdevums SIA, Incredit SIA, ESTO.
Manager will check the availability of the items in the cart and send the loan application link. - 3. If you receive a positive response, contact us to purchase the product. Consultants will check the availability of the product.
- 4. If the product is available in the store or to be ordered from the warehouse, and you have received an affirmative answer from our consultants, please visit the store to proceed with purchase and leasing documents.
- 4a. You can also ask us to issue an invoice for this product and visit one of the leasing company branches to sign up leasing documents *..
- 5. Once the leasing documents have been signed up, you can receive the product in the store, if it is on site or inform our consultants and they will order it for you from the warehouse.
- *It is possible to arrange delivery for leased goods, so you can also perform the entire purchase process remotely.
**The sequence of leasing steps is the same for leases offered by InCredit Group.
***In case of doubt, contact our consultants!
When using leasing services, carefully evaluate your options to repay the loan!Lease
G1 Edu: A Platform for Research and Development
The Unitree G1 Edu series is a professional line of humanoid robots designed for researchers, developers and educational institutions. Built on the G1 physical platform, the Edu version supports custom development and algorithms. It is intended for active research in artificial intelligence, autonomous navigation and advanced manipulation.
Open Architecture and Increased Power
The G1 Edu is designed for modification and development. Each model has an expansion port with 100 TOPS of computing power for AI tasks. Support for low-level and high-level secondary development provides control over the robot’s behaviour. Edu models also feature increased knee joint torque of up to 120 N·m and an arm payload capacity of up to 3 kg. Documentation and technical support are provided for development projects.
Research and Development Applications
The G1 Edu provides a platform for testing concepts in robotics. Universities and research laboratories can use it to develop and evaluate control algorithms, perception systems, motion planning and human–robot interaction in real-world conditions. Its modular, expandable design supports research into autonomous navigation, motion dynamics and task planning.
U1 Version
The G1 Edu U1 is the fundamental developer version, designed for professional research into humanoid robotics. It supports secondary development through low-level and high-level SDKs and includes a dedicated AI computing unit rated at 100 TOPS. The reinforced structure provides knee joint torque of up to 120 N·m and arm payload capacity of up to 3 kg. The robot has 23 degrees of freedom (DoF): six per leg, five per arm and one at the waist.
Dimensions and Weight
- Dimensions in standing position: 1,270 × 450 × 200 mm
- Dimensions when folded: 690 × 450 × 300 mm
- Weight with battery: approximately 35 kg
Kinematics and Degrees of Freedom
- Total: 23 DoF
- Each leg: 6 DoF
- Waist: 1 DoF
- Each arm: 5 DoF
- Hand: optional dexterous hand; wrist with 2 DoF
Joint Motion Ranges
- Waist (Z-axis): ±155°
- Hip: pitch ±154°; roll −30° to +170°; yaw ±158°
- Knee: 0° to 165°
Joint Design
- Cable routing: internal, through hollow joint shafts
- Encoders: dual encoders
- Cooling: local air cooling
Mechanical Parameters: EDU U1 Extensions
- Maximum knee torque: 120 N·m, increased compared with the Basic model
- Maximum arm payload: 3 kg, increased compared with the Basic model
- Thigh and lower leg length: 0.6 m
- Arm span: approximately 0.45 m
Power Supply and Runtime
- Power supply: battery pack (13 strings)
- Battery: smart, quick-connect
- Operating time: approximately 2 hours
- Charger: 1 included
Computing Power and AI
- Base processor: 8-core high-performance CPU
- Built-in expansion dock: 100 TOPS of computing power
- AI algorithm development platform
- AI algorithms and technical support included
Development and Programming
- High-level and low-level development: supported
- Secondary development: supported
- Access to robot models, APIs, development tools, documentation and examples
- Technical and ecosystem support
Perception and Communication
- Perception sensors: depth camera and 3D laser scanner
- Audio: stereo speakers and microphone array
- Connectivity: Wi-Fi 6 and Bluetooth 5.2
Controls and Included Items
- Handheld controller: 1
- Included accessories: remote control, charger and quick-release smart battery
Additional Information
- Smart OTA system updates: supported
