The MagicLab MagicRobot Z1 V1 is a compact, AI-powered bipedal humanoid robot designed for research, education, and development. Featuring agile locomotion, advanced multi-sensor perception, and programmable control in a lightweight 1.4m frame.
The MagicLab MagicRobot Z1 V1 Humanoid Robot delivers an accessible yet powerful entry point into advanced embodied AI and bipedal robotics. This compact humanoid stands approximately 1.4 meters tall and weighs around 40 kg, making it highly maneuverable in indoor and research environments. Built with high-torque smart actuators, up to 24 degrees of freedom, and a comprehensive perception system featuring 3D LiDAR, depth cameras, binocular fisheye cameras, and tactile sensors, the Z1 V1 excels at stable walking, running, and dynamic balance recovery while supporting seamless integration with AI frameworks for intelligent decision-making.
Engineered for versatility, the MagicRobot Z1 V1 offers intelligent air cooling, WiFi 6 connectivity, Bluetooth 5.2, and programmable control options that allow developers and educators to create custom behaviors, motion sequences, and AI-driven interactions. Its robust sensor suite enables 360-degree environmental awareness, obstacle avoidance, and real-time visual processing, while the expandable architecture supports optional dexterous end-effectors for manipulation tasks. With strong performance in dynamic locomotion and reliable runtime, this model is perfectly suited for extended research sessions, educational demonstrations, and prototype development.
As the foundational model in the MagicRobot Z1 series, the V1 provides essential high-performance capabilities at an optimal entry point for teams beginning humanoid robotics projects. It offers a balanced combination of agility, perception, and programmability that sets the stage for more advanced configurations. Compared to the enhanced V2 and premium V5 versions, the V1 emphasizes reliability and core functionality, making it the ideal choice for standard research, education, and initial development work where straightforward yet capable humanoid performance is required.
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