The Unitree Go2 is a quadruped robot that is designed for education, research, and entertainment. It is powered by four 4D LiDAR L1 sensors, which provide it with a 360° x 90° field of view and a maximum scanning distance of 30 meters. The Go2 is also equipped with 12 knee joint motors, which allow it to move smoothly and precisely.

The Unitree Go2 is a quadruped robot that is designed for education, research, and entertainment. It is powered by four 4D LiDAR L1 sensors, which provide it with a 360° x 90° field of view and a maximum scanning distance of 30 meters. The Go2 is also equipped with 12 knee joint motors, which allow it to move smoothly and precisely. 1. With Go2 EDU Plus (40Tops computing) All configurations 2. Docking station with 100Tops of mega-computing power with AI algorithms and technical support 3. Equipped with realsense D435i depth camera. 4. Optional servo arm

The Unitree Go2 is a quadruped robot that is designed for education, research, and entertainment. It is powered by four 4D LiDAR L1 sensors, which provide it with a 360° x 90° field of view and a maximum scanning distance of 30 meters. The Go2 is also equipped with 12 knee joint motors, which allow it to move smoothly and precisely. 1. Equipped with all the functions of Go2 Edu Plus (100 Tops computing) 2. Docking station with 100Tops of computing power, including AI algorithm and technical support 3. Equipped with realsense D435i depth camera. 4. 3D LIDAR Hesai XT16 with navigation algorithms and technical support. 5. Optional servo arm

The Unitree Go2 is a quadruped robot that is designed for education, research, and entertainment. It is powered by four 4D LiDAR L1 sensors, which provide it with a 360° x 90° field of view and a maximum scanning distance of 30 meters. The Go2 is also equipped with 12 knee joint motors, which allow it to move smoothly and precisely. 1. Equipped with all the functions of Go2 Edu Plus (100 Tops computing) 2. Docking station with 100Tops of computing power, including AI algorithm and technical support 3. Equipped with realsense D435i depth camera. 4. 3D LIDAR Mid-360 with navigation algorithms and technical support. 5. Optional servo arm

The Unitree Go2 is a quadruped robot that is designed for education, research, and entertainment. It is powered by four 4D LiDAR L1 sensors, which provide it with a 360° x 90° field of view and a maximum scanning distance of 30 meters. The Go2 is also equipped with 12 knee joint motors, which allow it to move smoothly and precisely.

The Unitree Go2 is a quadruped robot that is designed for education, research, and entertainment. It is powered by four 4D LiDAR L1 sensors, which provide it with a 360° x 90° field of view and a maximum scanning distance of 30 meters. The Go2 is also equipped with 12 knee joint motors, which allow it to move smoothly and precisely.

Go2 Remote Control 100 Meters Ultra-long Control Distance，Reliable and Durable. 1.Charging voltage: 5V 2.Charging current: 2A 3.Frequency: 2.4GHz 4.Communication mode: digital transmission module, Bluetooth 5.Running time: 4.5h 6.Remote control distance: more than 100m

1. Degree of freedom: 6 2. Load: 500g (ideal weight) 3. Maximum arm span 600mm (excluding the length of the clamping jaws, subject to minor variations for subsequent structural changes); 715mm (including the length of the jaws, subsequent structural changes may have a small change)" 4. Power Requirement: 24V 2.5A (MAX 5A) Interface: DC5.5-2.1 Power: 60W 5. Control interface: control communication interface RJ45 (ETH)

1.Charging voltage: 33.6V 2.Charging current: 9A 3.Working environment temperature: 5℃-40℃ 4.Storage Temperature: 22℃-28℃. 5.Relative humidity: ≤95%. 6. Must use together with Go2 EDU Plus (Mid-360 LiDAR) or Go2 EDU Plus (XT16 LiDAR)

Scanning distance: 30m(@90% reflectivity); 15m(@10% reflectivity) Measurement accuracy: ±2.0cm Nearbyblind area: 0.05m Sampling frequency: 43200points/s Effective frequency: 21600points/s Circumferential scanning frequency: 11Hz Vertical scanning frequency: 180Hz Communication interface: TTL UART IMU: 3-axis acceleration +3-axis gyroscope Human eye safety level: Class 1(IEC60825-1:2014) Human eye safety

Scanning distance: 20m(@90% reflectivity); 10m(@10% reflectivity) Measurement accuracy: ±2.0cm Nearbyblind area: 0.05m Sampling frequency: 43200points/s Effective frequency: 21600points/s Circumferential scanning frequency: 11Hz Vertical scanning frequency: 180Hz Communication interface: TTL UART IMU: 3-axis acceleration +3-axis gyroscope Human eye safety level: Class 1(IEC60825-1:2014) Human eye safety

1. Material: natural rubber + high strength material 2. 1 pair, 2 units