Name: UNITREE Android 1761 Version: Assembled
Brand: UNITREE
SKU: 3804270

A sleek humanoid robot standing upright on a white background, with silver body panels, black joints, and a blue-lit face display.

Futuristic humanoid robot standing upright, silver body with glowing blue visor face, isolated on a plain background.

Futuristic humanoid robot with glowing blue face runs mid-stride, one arm raised, against a plain gray background.

Close-up of a humanoid robot’s torso, arms, and legs with black hands against a plain gray background.

Humanoid robot squatting in a seated position, holding its knees, shown as a sleek black-and-silver futuristic android on a white background.

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Highlights & Details

UNIREE G1 EDU-U11 | UNITREE.DE

Unitree G1 | Size: 1270x450x200mm | Weight (with battery): Approx. 35kg / 35kg+ | Battery life Approx. 2h
This text is machine translated.

Technical specifications

Product type: Android

Version: Assembled

Height: 1270 mm

Manufacturer part #: EDU-U11

Weight: 35 kg

Documents & Downloads

Information

Test Summary Report 3804270 UNITREE Android 1761 Version: Assembled

Conformity certificate

Conformity certificate 3804270 UNITREE Android 1761 Version: Assembled

Security datasheet

Security datasheet 3804270 UNITREE Android 1761 Version: Assembled

Features

The Unitree G1 is a state-of-the-art humanoid robot that impresses with its remarkable freedom of movement and advanced technology. With exceptional joint mobility and, depending on the version, up to 43 powered degrees of freedom, it significantly outperforms the mobility of an average person.
Through the use of imitation learning and reformance learning, the robot continuously develops its capabilities and thus continuously improves its performance in the field of artificial intelligence.
A special highlight is the ability of the G1 to stand independently from the ground position. Without external help it gets upright and is immediately ready for use.
Note: This function is not available if the robot is equipped with hands.
The G1 can be controlled intuitively and precisely with the help of the VirDyn Full Suit. By capturing human movements in real time, the suit transfers the kinematics of the user directly to the robot. In this way, complex movements, gripping processes and interactions can be executed naturally and without complex programming.
This type of tele-operation enables a particularly fast commissioning as well as flexible application possibilities, for example in research, training of AI-models or in demanding manipulation tasks. At the same time, the high-resolution and low-latency data transmission ensures a stable and synchronous conversion of movements between man and machine.
The Basic version of the Unitree G1 serves primarily as an impressive demonstration and show model. It is ideal for presenting the impressive motion performance, stability and dynamics of the robot live – without any programming effort.
However, those who really want to immerse themselves in the depths of robotics research rely on the EDU versions:
Only these variants are fully programmable and offer an open development platform for both high-level and low-level control. This enables your own motion sequences, custom control algorithms and complex AI functions.
All EDU models feature an integrated Nvidia Orin NX 16GB computing unit that provides huge power reserves for real-time AI, perception algorithms, and machine learning.
Unitree G1 – Model Overview
Comparison of all G1-variants (Basic, Pro, Edu-series, Boxing, Comp) incl. emphasis of the application and total freedom degrees (DOF).
Model
Description
CAN
G1 Basic – Entry point
Compact, robust and immediately ready to use. Ideal for the first applications without programming.
23
G1 Pro – Entertainment
Increased performance for tourism, events and content production. 120 N
M knee, 3 kg arm load, 128-line Lidar, activated movements (dance, kung-fu, roller). No open source development.
29
EDU-U1 - Programmable Entry
With Nvidia ORIN NX (100 TOPS) and full development environment for AI and robotics.
23
EDU-U2 Advanced Research
Increased mobility with 7-DOF arms and 3-DOF waist for complex applications.
29
EDU-U3 – Grip (Base)
2× Dex3-1 force-controlled three-finger grips (without tactile sensors). On U2 basis
43
EDU-U4 - Gripping (tactile)
2× Dex3-1 three-finger grips with tactile sensor technology (33 sensors per hand). On U2 basis
43
EDU-U5 - Fine manipulation
2× Inspire 5-finger hands RH56DFQ-2 (R/L), without tactile sensors. On U2 basis
41
EDU-U6 High-End
2× Inspire 5-finger hands RH56DFTP-2 (R/L) with 17 tactile sensors per hand. On U2 basis
41
EDU-U7 - Revo 2 Basic
2× BrainCo Revo 2 basic 5-finger hands (without sensors). On U2 basis
41
EDU-U8 - Revo 2 Touch
2× BrainCo Revo 2 touch 5-finger hands with tactile sensors (pressure, friction, direction, approach). On U2 basis
41
EDU-U9 - Compact
2× Dex3-1 three-finger grips (without sensors). On U1-basis.
37
EDU-U10 - Compact + tactile
2× Dex3-1 three-finger grips with tactile sensor technology (33 sensors per hand). On U1-basis.
37
EDU-U11 - Revo 2 Basic compact
2× BrainCo Revo 2 basic 5-finger hands (without sensors). On U1-basis.
35
EDU-U12 - Revo 2 Touch compact
2× BrainCo Revo 2 touch 5-finger hands with tactile sensors. On U1-basis.
35
EDU-U13 – Tendon-Rope
2× Tendon-rope grip hands (without sensors), hidden cabling. On U2 basis
33
EDU-U14 – Tendon-Rope compact
2× house Tendon-Rope grip hands (without sensors), concealed cabling. On U1-basis. Longer delivery times.
27
G1 Edu Boxing
Combat sport variant with reinforced waist (IM6010-R32), armor, boxing gloves and helmet. UFB/ICRA WBCD-COMPATIBLE On U2 basis Maintenance budget of 4,500 USD.
29
G1-Comp.
RoboCup Soccer Humanoid League variant with additional 2-DOF head, D455 deep-camera, Nvidia Jetson Orin and 100 TOPS computing power.
25
DOF = total number of active joint freedom including hands/grippers. "U1-Base" = Edu standard with 5-DOF arms and 1-DOF waist (23 DOF base frame); "U2-Base" = Edu-Advanced with 7-DOF arms and 3-DOF waist (29 DOF basic frame).
Unitree G1 Specifications Comparison
Comparison of the most important model variants including EDU-U11 with 5 finger Revo 2 Basic hands.
Specification:
G1 basic
G1 STANDARD (EDU-U1)
G1 ADVANCED (EDU-U2+)
EDU-U11 (5-finger compact)
Dimensions (free-standing)
1270 × 450 × 200 mm
1270 × 450 × 200 mm
1270 × 450 × 200 mm
1270 × 450 × 200 mm
Dimensions (folded)
690 × 450 × 300 mm
690 × 450 × 300 mm
690 × 450 × 300 mm
690 × 450 × 300 mm
Weight (with battery)
Approx. 35 kg
approx. 35 kg.
approx. 35 kg.
approx. 35 kg.
Total DOF
23
23–43 (optional)
23–43 (extended)
35
DOF waist/arm
1 - 5
1+2 opt. / 5
3 - 7
1 - 5
Hands
–
Optional
Optional
2× BrainCo Revo 2 basic 5-finger (without sensors)
Max. Knee-Torque
90 Nm
120 Nm
120 Nm
120 Nm
Arm payload
approx. 2 kg.
approx. 3 kg.
approx. 3 kg.
approx. 3 kg.
Calculation module
8-Kern CPU
Jetson Orin NX 16 GB
Jetson Orin NX 16 GB
Jetson Orin NX 16 GB
Sensor system
Camera + 3D LIDAR
Camera + 3D LIDAR
Camera + 3D LIDAR
Camera + 3D LIDAR
Connectivity
Wi-Fi 6, Bluetooth 5.2
Wi-Fi 6, Bluetooth 5.2
Wi-Fi 6, Bluetooth 5.2
Wi-Fi 6, Bluetooth 5.2
Programming
No
Yes
Yes – expanded
Yes
Operating time
approx. 2 h
approx. 2 h
approx. 2 h
approx. 2 h
OTA updates
Yes
Yes
Yes
Yes
The EDU-U11 is based on the EDU-U1 (standard, 5-DOF arms, 1-DOF waist, 23-DOF base frame) and is supplied with 2× BrainCo Revo 2 Basic 5-finger hands (without tactile sensors). This results in a total DOF of 35.
Included in the delivery
Unitree G1 (depending on version)
Controller
9,000 mAh rechargeable battery

Scope of delivery

1x Unanime G1 EDU-U11
1 x rechargeable battery 9000 mAh
1x charger

Hints

Prescribed Use

All information, documentation, materials and products provided by MYBOTSHOP GmbH are intended exclusively for research, development and education purposes.

The robots are provided for research, development and education purposes only and are not intended for use as finished consumer products.

Important note on regulatory requirements

The robot offered is an incomplete machine within the meaning of Directive 2006/42/EC (Machinery Directive). The robot is therefore not intended to be commissioned as a complete machine on its own.

Where applicable, the party that integrates the robot into a machine or plant or supplements it to a complete machine shall be responsible for ensuring that the completed machine meets all relevant legal and regulatory requirements before it is placed on the market or put into service.

Description