MagicLab MagicDog is the world's first quadruped robot capable of autonomously expressing emotions, combining advanced AI with bionic design for a genuinely engaging and interactive experience. Weighing 15.8 kg with 13 degrees of freedom and 12 high-torque precision aluminium joint motors, MagicDog moves with fluid, natural agility, reaching 3 m/s, climbing 40° slopes, and clearing 15 cm obstacles. At its core is the AI SAGE algorithm, enabling independent thinking, real-time environment perception, and autonomous decision-making for both emotional interaction and task execution. A rich sensor suite including single-line LiDAR, stereo cameras, Intel RealSense, microphone arrays, touch sensors, and 4K cameras supports autonomous navigation, seven-category obstacle recognition, intelligent tracking, and voice interaction. With graphical programming, Wi-Fi and Bluetooth connectivity, and app-based control, MagicDog is an open, versatile platform for education, research, inspection, and entertainment.
Key Highlights
- World's first emotionally autonomous quadruped; expresses and responds to emotions
- 13 DoF; 37.5 N·m max joint torque; 3 m/s speed; 40° slope; 15 cm obstacle
- AI SAGE algorithm for independent thinking and autonomous decision-making
- LiDAR, stereo cameras, Intel RealSense, microphone arrays, and touch sensors
- Seven-category obstacle recognition and active obstacle-overcoming capability
- Graphical programming, Wi-Fi, Bluetooth, and app-based control
- 29.6V 8200mAh battery; 1.5 to 3 hours runtime with fast battery swapping
