XGO-Lite2 quadruped robot
With 12 degrees of freedom, it can achieve various movements
Support machine vision and gesture recognition
Made of durable aviation aluminum material
Allow Blocky and Python programming
Provide fast startup and quiet operation
XGO - Lite2 quadruped robot is an advanced desktop AI robot dog designed for AI edge computing applications. It adopts a 12 degree of freedom (DOF) structure, equipped with an integrated gripper, and powered by Raspberry CM4 module. This robot supports omnidirectional motion and 6D posture control, ensuring motion stability and multifunctionality.
It is equipped with a 6-axis IMU, joint position sensors, and current sensors, which can provide necessary feedback for position, joint rotation, and torque, facilitating internal algorithms and secondary development. This robot has machine vision, speech, facial, and gesture recognition capabilities, making it suitable for a wide range of AI applications. Users can program robots using Blocky or Python through custom applications or PC interfaces.
XGO-Lite2 is made of aviation grade aluminum and features fast start, fast movement, and quiet operation. It is fully assembled and ready for immediate use, with a running time of approximately two hours (depending on usage). The robot also has functions such as movement, recording and playback, user communication and auxiliary programming interfaces, as well as motion gait planning and kinematic and dynamic simulation interfaces. Attention: Ensure correct operation to avoid damaging sensitive components.