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The Intelligent & Agile Mini Hero
MagicBot Z1
MagicBot Z1
MagicBot Z1:Fearless Momentum
Agile and Swift, Moves like a Superhero
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Ultra-Wide Joint Rotation
Up to 320° of Joint Motion Range,Moves beyond human limits
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Explosive Power
Maximum Joint Torque Exceeds 130N·m, Powering High-Dynamic and High-Explosive Motion
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Rapid Evolution
Human-like Walking through IL & RL and Mastering Humanlike Full-Body Motion in Just 24Hours
Impact-Proof. Reliable. Unstoppable.
Fall and Rise:Every fall is an evolution to stand firmer
Rugged and Enduring:Tens of thousands of fall tests make every drop just a warm-up
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Open-Source and Open-Minded — Creation in Your Hands
Empowering Innovation:Powerful hardware bridging capabilities and a rich suite of open APIs
Open and Shared, You’re in Control:From open-source frameworks to every robot movement — all at your command
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Global Insight, Autonomous Action
360° All-Domain Perception:Integrates multi-source heterogeneous sensors to clearly capture the full environment, even in complex scenarios
Autonomous Navigation and Obstacle Avoidance:Combines VLN navigation algorithms to plan routes independently and avoid obstacles with agility
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Dexterous and Embodied Execution
Enhanced with unstoppable power:Equipped with our in-house developed 11-DOF tactile dexterous hand, enabling intelligent interaction with the physical world
Effortless Control: Based on the VLA model for dexterous manipulation, achieving multimodal, highly generalized, and interference-resistant grasping
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Intuitive Understanding, Natural Responses
Seamless and Proactive Interaction:Powered by the VLM multimodal large model, enabling smooth, natural conversations and thoughtful, human-like responses
Super Embodied AI Agent
Application Scenario
Scientific Research and Education
MagicBot Z1 Specifications
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SpecificationsZ1Z1 Development Version
Mechanical ParametersHeight, Width, Thickness (Standing)1369*422*200mm1369*422*200mm
Height, Width, Thickness (Folded)730*422*395mm730*422*395mm
Weight with BatteryApproximately 40kgApproximately 40kg+
Total Degrees of Freedom (Number of Joints)2424 - 50
Single Leg Degree of Freedom66
Head Degree of Freedom11
Waist Degree of Freedom11
Single Arm Degrees of Freedom55 + (2 additional wrist degrees of freedom can be optionally selected)
Degrees of Freedom of Dexterous Hand/Optional 11-DOF tactile dexterous hand
Joint Output BearingIndustrial-grade high-rigidity roller bearing (capable of withstanding 8.7KN impact force)Industrial-grade high-rigidity roller bearing (capable of withstanding 8.7KN impact force)
Joint MotorLow-inertia, high-speed, high-overload permanent magnet synchronous motor (control frequency 25kHz, high burst power, better heat dissipation)Low-inertia, high-speed, high-overload permanent magnet synchronous motor (control frequency 25kHz, high burst power, better heat dissipation)
Maximum Knee Torque*100N.m130N.m
Maximum Arm Load*2kg3kg
Shank + Thigh Length0.6m0.6m
Arm SpanApproximately 0.5mApproximately 0.5m
Range of Motion of the Head Z-Axis Joint±40°±40°
Range of Motion of the Lumbar Z-Axis Joint±160°±160°
Range of Motion of the Knee Joint0~152°0~152°
Range of Motion of Hip JointP±160°、R-30~+110°、Y±160°P±160°、R-30~+110°、Y±160°
Electrical Characteristics Joint EncoderDual EncoderDual Encoder
Heat Dissipation SystemIntelligent Air-cooled Heat Dissipation Intelligent Air-cooled Heat Dissipation
Power Supply Mode15-cell battery15-cell battery
Basic Computing Power8-core high-performance CPU8-core high-performance CPU
Perception Sensor3D LiDAR + Depth Camera + Binocular Fisheye Camera + Head Tactile Sensor3D LiDAR + Depth Camera + Binocular Fisheye Camera + Head Tactile Sensor
WiFi6, Bluetooth 5.2hashas
Microphone Arrayhashas
5W Speakerhashas
SupportingHigh Computing Power ModuleNoneNVIDIA Jetson Orin
Smart Battery (Quick Release)10000mAh10000mAh
Charger62V 5A62V 5A
Handheld Remote Controlhashas
OtherBattery Life**Approximately 2hApproximately 2h
OTA UpgradeSupportSupport
Secondary DevelopmentNonehas
* The maximum torque, maximum arm payload, battery life, and other data are measured under laboratory conditions.
* The above parameters may vary depending on the different scenario and model configuration. Please refer to the actual user experience for accuracy.
* The product’s appearance is subject to subsequent adjustments and optimizations. Please refer to the actual product.
* Some example features are still under development and testing and will be rolled out in the future.
* Please visit the MagicLab official website for relevant policies and terms.