MagicLab MagicDog-W is the wheel-legged evolution of MagicDog, built on the MagicDog Pro architecture with an innovative wheel-foot compound locomotion system that intelligently switches between rolling and stepping modes based on terrain. On flat surfaces, the wheel-foot coordination delivers smooth, efficient movement at over 3 m/s. When facing obstacles, stairs, or rough ground, it automatically converts to a full quadruped gait for stable passage, clearing steps up to 60 cm. Powered by 17 self-developed high-torque motor joint modules, MagicDog-W achieves millisecond-level whole-body coordinated movement and can execute front flips, handstands, and bidirectional climbing. Its multimodal interaction system carries forward MagicDog's emotional intelligence, integrating visual recognition, voice interaction, and haptic feedback for natural human-robot collaboration. With 2 to 4 hours runtime and an open SDK, MagicDog-W is a capable platform for university research, logistics last-mile pilots, disaster scouting, and energy facility monitoring.
Key Highlights
- Wheel-foot compound mode: smooth wheel rolling on flat, quadruped gait on obstacles
- 17 self-developed high-torque motor joints; millisecond whole-body response
- 60 cm obstacle clearance; flips, handstands, and bidirectional climbing
- Over 3 m/s top speed; 10 kg payload; 2 to 4 hours runtime
- Multimodal interaction: visual recognition, voice, and haptic feedback
- Open SDK for secondary development; suited for research and industry pilots
