Educational quadruped robot
An advanced quadruped robot built for universities and robotics labs to teach real-world autonomy, AI perception, and intelligent locomotion — a hands-on platform for students to build and test robotics algorithms on a fast, stable robot.
Manufacturer: Unitree


Accurate environmental sensing and all-terrain awareness — ideal for mapping, navigation, and obstacle-detection projects.
Backed by Unitree's official SDK and documentation, with open-source ROS support for building custom robotics behaviours and control systems.
Builds a point-cloud map of an area using the L1 LiDAR and a dedicated app, then follows a specified path autonomously.
Design programs by simple drag, drop, and connection — easy for programming beginners to start and innovate.
A new app enables HD image transmission and real-time remote monitoring, with built-in 4G and eSIM for a more stable connection.
Keen detection with the 4D LiDAR L1 accurately captures and draws the 3D world for intelligent, precise obstacle avoidance.