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Unitree Go2

Robot Unitree Go2

Unitree Go2 Quadruped Robot

What is the Unitree Go2 quadruped robot?

The Unitree Go2 is the latest generation of lightweight and compact quadruped robotic platforms, featuring an advanced sensor suite, an enhanced perception and tracking system, and AI-powered capabilities. Designed as a versatile mobile robotics platform, it is well suited for both engineering education and advanced research applications.

 

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SpecificationGo2 EDU-U1Go2 EDU-U2Go2 EDU-U3Go2 EDU-U4
Mechanical Specifications
Dimensions700 × 310 × 400 mm700 × 310 × 400 mm700 × 310 × 400 mm700 × 310 × 400 mm
Weight (including battery)15 kg15 kg15 kg15 kg
Payload8 kg8 kg8 kg8 kg
Maximum obstacle height160 mm160 mm160 mm160 mm
Maximum slope40°40°40°40°
Integrated knee heat-pipe cooling
Joint range of motionBody ±48°
Thigh −200° to +90°
Calf −156° to −48°
Body ±48°
Thigh −200° to +90°
Calf −156° to −48°
Body ±48°
Thigh −200° to +90°
Calf −156° to −48°
Body ±48°
Thigh −200° to +90°
Calf −156° to −48°
Sensors & Perception
Ultra-wide 3D LiDAR
Wide-angle HD camera
Intel® RealSense™ D435i depth camera
Connectivity
LTE (4G) + eSIM
OTA firmware updates
Wi-Fi 6 & Bluetooth 5.2
Power
Battery capacity15 000 mAh15 000 mAh15 000 mAh15 000 mAh
Operating time2–4 h2–4 h2–4 h2–4 h
Remote controller
Fast charger (33.6 V / 9 A)
Functions
Pressure sensors in feet
Automatic charging dock support
Vector positioning / Follow mode
Advanced locomotion modes
Audio-visual status indication
Voice interaction
Charging electrode
D1 robotic arm support
Model Differences
AI computing platform40 TOPS (Orin NX)100 TOPS100 TOPS100 TOPS
Navigation LiDARMid-360Hesai XT16

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Where is the Unitree Go2 quadruped robot best suited?

The Unitree Go2 provides a versatile mobile robotics platform suitable for engineering education, research, and robotics development. It enables students and researchers to gain hands-on experience in mobile robotics, autonomous systems, and intelligent robot control.

Equipped with an advanced sensor suite, 4D LiDAR, and AI-enabled perception capabilities, the Go2 supports research in areas including SLAM, autonomous navigation, environmental mapping, object detection and tracking, and multi-sensor data fusion. Its open architecture and SDK also make it an effective platform for developing, integrating, and validating new robotics algorithms and applications.

Thanks to its agile quadruped locomotion, the robot can traverse uneven terrain, overcome obstacles, and maintain stable operation in complex environments. Features such as Intelligent Side-follow (ISS 2.0), advanced perception, and obstacle avoidance enable safe navigation alongside people and reliable operation in dynamic indoor and outdoor scenarios.