L'Unitree Go2 is distinguished by its combination of artificial intelligence, 3D mapping capabilities and high mobility. With a 360-degree LiDAR sensing system and ISS 2.0 technology, it greatly improves positioning accuracy and avoids obstacles effectively. Its app-based mapping capability allows the user to set autonomous routes or remotely control it over a wide area, even up to 30 meters. In addition, the OTA system allows constant updates for new features and improvements.
Technical Specifications
- Dimensions: 610 mm x 370 mm x 503 mm
- Weight: 13.7 kg with battery
- Autonomy: 1.5 - 2 hours of operation, with the possibility of covering up to 2.7 km
- Maximum load: 5 kg
- Tilt surmountable: 40°
- Step height surmountable: 15 cm
- Maximum speed: up to 3.5 m/s
- Connectivity: Wi-Fi6, Bluetooth, 4G
Distinctive features
The Go2 is equipped with an advanced LiDAR recognition system that enables 360° x 90° vision, significantly reducing blind spots. The ISS 2.0 platform makes navigation more stable, and the control app offers advanced options such as object detection and automatic navigation. In addition, the robust design with 7-inch tires of the Go2-W model offers performance even in difficult terrain and changing weather conditions.
Available Versions
- Go2 AIR: This is the basic version of the Go2 model, designed to offer essential motion functionality and autonomous actions, with Wi-Fi 6 and Bluetooth connectivity. Ideal for light applications, it maintains a good balance between performance and price.
- Go2 PRO: The intermediate version, equipped with advanced features such as intelligent obstacle highlighting, side-following, and 4G image transmission. It also includes an automatic belt and support for voice interaction, making it ideal for more complex operations and applications that require more autonomy and interactivity.
- Go2 EDU: Designed specifically for research and education, this version offers all the features of the PRO model, but adds a force sensor and secondary development capability, allowing users to customize and program advanced features. It is an ideal choice for universities, research laboratories and institutes that require high flexibility.
The Unitree Go2 is a versatile quadruped robot that, in its three versions, covers a wide range of applications, from light operations to advanced research.
