MagicLab MagicBot Z1 Standard Edition Humanoid Robot

MagicLab MagicBot Z1 Standard Humanoid Robot
MagicBot Z1 is powerful, flexible and agile . It has a self-developed high-performance joint module with 24 basic degrees of freedom, which can be expanded to up to 50 degrees of freedom. The maximum torque of the joint exceeds 130N.m, which can achieve high-explosive movements such as "large disturbance impact recovery" and "continuous fall and stand up". The joint motion range can reach up to 320°, supporting difficult and large-scale movements such as "lower bending", providing solid hardware support for the secondary expansion and development of robot functions in industry applications.

The MagicBot Z1 boasts an excellent, durable body. Crafted from high-strength aluminum alloy and engineering plastics, the robot's physical qualities are continuously enhanced through topology optimization and forward analysis design, improving its resistance to falls and wear. This results in exceptional durability, ensuring it remains stable and reliable even after falls and impacts. To address the heat dissipation challenges of compact humanoid robots, the MagicBot Z1 utilizes thermal simulation technology to continuously optimize its overall structure and air duct design, maintaining an optimal internal temperature range and ensuring long-term, stable performance. Stability and reliability are fundamental product criteria for practical applications.

MagicBot Z1 is equipped with a rich sensor suite to meet diverse application needs . Equipped with 3D LiDAR, a depth camera, and a binocular camera, along with a Magic Atom positioning and navigation system, it enables autonomous movement in complex scenarios. Developers can leverage these sensors to rapidly develop a skill library for industry applications, targeting scenarios such as family companionship, business presentations, and specialized applications, enhancing the humanoid robot's intelligent operation and interactive capabilities.

The developer platform is smart and convenient . With the support of the Magic Atom multi-source database, developers can master a new set of movements within 20 minutes, which not only speeds up the training of the robot, but also makes the movements more humanoid. Magic Atom also provides a standard robot controller. Relying on robust motion control algorithms, Z1 can adapt to different terrains and environments, such as flat ground, grass, gravel, steps, etc. The extraordinary all-terrain capability ensures that Z1, as a mobile intelligent body, can quickly land and operate in different scenarios. The Magic Atom multi-source database and standard controller help developers to accelerate the development of their own controllers and application cases for different application scenarios, and accelerate the entry of general humanoid robots into thousands of industries.

MagicBot Z1 boasts anthropomorphic emotional interaction capabilities, leveraging rich visual and tactile sensory information to create an anthropomorphic interactive system based on multimodal interaction. When users interact with Z1, simply touching its head not only triggers voice interaction but also generates anthropomorphic gestures, such as turning its head and waving. This transforms the traditionally cold image of robots, transforming them from tools into life partners, providing heartwarming emotional value.

As a super embodied intelligent body that integrates world perception, whole-body movement, dexterous operation, and physical interaction, Z1 has set a new product benchmark in the humanoid robot industry, providing high-value solutions for scenarios such as scientific research and education, commercial services, industrial operations, and family companionship.

To meet the diverse needs of different users, the MagicBot Z1 is available in two series: the Standard Edition and the Development Edition. The Standard Edition provides basic robot motion capabilities, offering an entry-level technology experience for robotics enthusiasts and tech enthusiasts. The Development Edition series, based on developer needs, can be equipped with optional features such as a dexterous hand, a high-performance computing package, and increased arm freedom. This allows developers to conduct diverse research projects or implement applications in a wider range of industry scenarios, such as exhibitions, cultural tourism, commercial performances, and entertainment, allowing for greater freedom in exploring innovative applications.