The Unitree Go2 is a four-legged, bionic robot that has been developed for a wide range of applications. Its design combines intelligent sensor technology and reliable movement mechanics, making it a versatile companion in research, education or everyday scenarios. Thanks to its quadruped design, it can handle different types of terrain and remains manoeuvrable even on challenging surfaces.

A 4D LIDAR technology developed in-house is at the heart of the device, enabling the robot to achieve far-reaching environmental detection. This enables the Go2 to recognise obstacles and drive around them independently. The intelligent side-following function and wireless vector positioning enable the robot to follow the user precisely and navigate autonomously. It is operated via an app, among other things, which provides various interaction options.

Another feature of the Go2 is the option of continuous software updates via over-the-air updates. This function ensures that the robot is continuously adapted to new applications and functional enhancements.

The product is equipped with a range of functions, including 3D LIDAR mapping and intelligent obstacle detection. Depending on the configuration, different equipment variants are available, which include specific sensors and control elements. The Go2 combines precise technology with a flexible range of applications and remains deliberately neutral in its description, without going into specific technical details.

Technical data (PRO model)

• Dimensions: 70 x 31 x 40 cm
• Weight: 15kg
• Payload: 8kg
• Speed: 3.5 m/s
• CPU: 8-Kern High-performance CPU
• Joint torque: 45 Nm
• Batterie: 8000 mAh
• Battery runtime: 1-2 hours