MagicBot Z1 Shatters Limits with 130N·m Torque at CES

CES Torque Triumph

MagicLab turned heads at CES by unveiling the MagicBot Z1, a bipedal humanoid robot boasting joint torque exceeding 130N·m, enabling explosive feats like rapid fall recovery and deep bends. This launch redefines agility in robotics, showcasing the Z1 executing spin kicks, side flips, and backflips amid a crowd of tech giants. Attendees witnessed firsthand how this powerhouse handles dynamic impacts, positioning MagicLab as a disruptor in the humanoid space. The demo emphasized not just raw power, but seamless human-like motion that promises broader real-world deployment.

Agility Redefined

Z1's high-torque joints, paired with up to 50 degrees of freedom, deliver fluid, human-mimicking actions such as martial arts dodges and obstacle climbs up to 15 cm. Developers can expand its base 24 DoF configuration for custom tasks, while a 320-degree joint range supports extreme poses like full bends or lateral stands. Voice commands trigger responsive gestures, and head taps initiate emotional interactions, fostering intuitive companionship. This blend of strength and expressiveness transforms Z1 from machine to relatable partner in shared spaces.

Engineering Powerhouse

Advanced thermal management via air ducts and simulation keeps Z1 cool during prolonged exertion, while high-strength aluminum and plastics withstand repeated falls. Its Magic Atom system integrates LiDAR-based SLAM for precise navigation in cluttered environments, adapting to gravel, steps, or uneven terrain in real time. Smart joints adjust stiffness on the fly, balancing precision with energy savings. These innovations, rooted in self-developed modules, enable continuous operation without overheating, marking a leap in reliable humanoid endurance.

Everyday Transformations

Imagine Z1 guiding visitors through bustling exhibitions with natural conversation, or inspecting factory lines with steady precision. Its skills extend to educational demos where it dances or performs tricks, captivating students on robotics basics. In homes, it assists with gentle human interaction, carrying 3kg per arm for light tasks. These applications highlight Z1's versatility, bridging industrial reliability with companion warmth, and opening doors to precision manipulation in dynamic settings.

Interaction Enablers

Z1's sensor array, including 3D LiDAR, depth and binocular fisheye cameras, plus head tactile and IMU/gyroscope, powers dexterous human engagement like reading gestures for emotional responses. High-torque motors drive natural bipedal strides at 2.5 m/s, sustaining interactive sessions on a 10,000mAh battery for hours. At 140cm tall and 40kg, its legged mobility facilitates smooth navigation, while optional 11 DoF hands enable fine tool handling or package delivery, emphasizing skills for empathetic assistance over mere specs.

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