MagicDog-W is a wheel-legged hybrid quadruped robot dog developed by MagicLab, featuring 13 degrees of freedom and 17 high-torque motors. Its intelligent wheel-foot compound system seamlessly switches between efficient wheeled rolling on smooth surfaces and agile quadruped stepping for rough terrain, stairs, and obstacles. Capable of 3 m/s maximum speed with a 5 to 10 kg payload, it supports dynamic stunts including front flips and handstands. Sensors include 4K HD camera, dual-lens camera, depth camera, LiDAR, microphone array, and Intel RealSense. Available in Smart and Cruise editions for research, education, and entertainment.
Primary use case: Logistics, inspection and security, entertainment, research, home and healthcare applications.
Locomotion
unknown
Balance
dynamic
Hand Type
none
Max Lift/Arm
10 kg
Autonomy Level
semi_autonomous
AI Capabilities
vision,speech,navigation
Availability
regions
Primary Use Case
Logistics, inspection and security, entertainment, research, home and healthcare applications.
Dynamic Solution has signed a strategic MOU with Chinese robotics firm MagicLab Robot Technology to jointly produce and distribute humanoid robots in South Korea. Under the deal, MagicLab provides hardware (including the MagicBot Z1 humanoid) and mass-production capabilities, while Dynamic Solution contributes BCI and AI software and handles domestic OEM. The partnership also targets expansion into the Chinese market and joint development of BCI-based rehabilitation robot services.
In 2026, China leads the world in humanoid robot mass production with Unitree and Agibot dominating nearly 75% of global shipments as the duopoly players. Unitree achieved over 5,500 humanoid robot shipments and was listed on the A-share market, while Agibot shipped about 9,700 units ranking first globally, with both companies leveraging China's manufacturing advantages in supply chain and cost reduction.
Atom and NSK have announced a strategic partnership through a memorandum of understanding to jointly develop and test humanoid robot components and AI systems in Japan. The collaboration will focus on testing NSK-developed actuators on Atom humanoid robots and using NSK manufacturing sites to collect physical AI data for model improvements and advanced manufacturing applications.