Facts

• Company: MagicLab
• Product type: Anthropomorphic Biped
• Status: active
• Website: https://www.magiclab.top/en/human

Profile sections

• Summary
• Overview
• Market context
• Audience
• Workflow
• Capability
• Deployment environment
• Positioning tags
• Specifications
• Tags
• Comparable Systems
• Sources

Summary

MagicBot Gen1 is MagicLab full-size humanoid robot platform for embodied-AI development.

Overview

MagicBot Gen1 is MagicLab full-size humanoid robot platform for embodied-AI development.

Market context

MagicBot Gen1 is MagicLab first-generation humanoid platform for general-purpose task execution with a focus on mobility and manipulation.

• Target environment: Research labs, development workshops and structured testing environments.
• Workflow context: Humanoid development, locomotion research and task execution experimentation using an early-stage platform.
• Customer context: Robotics researchers and developers exploring general-purpose humanoid platforms.
• Deployment model: Development-stage humanoid platform from a quadruped and humanoid manufacturer.
• Commercial maturity: First-generation humanoid platform establishing baseline hardware and control capabilities ahead of more advanced iterations.
• Adoption constraints: Early-stage platform with limited deployment track record.
• Market position: MagicLab's baseline humanoid hardware and control platform.
• Adjacent products: MagicBot Z1, developer humanoid platforms

Audience

Factories

Workflow

Humanoid development, locomotion research and task execution experimentation using an early-stage platform.

Capability

Bipedal locomotion

Deployment environment

Research labs, development workshops and structured testing environments.

Positioning tags

• Audience: Factories
• Workflow: Humanoid development, locomotion research and task execution experimentation using an early-stage platform.
• Capability: Bipedal locomotion
• Deployment environment: Research labs, development workshops and structured testing environments.

Specifications

• Max Joint Torque Nm: >=350
• Map Management: true
• Mapping: manual mapping
• Waist Dof: 2
• Weight Kg: ~70
• Arm Dof Per Arm: 7
• Arm Reach Mm: 800
• Materials: aluminum alloy main structure, PC+ABS exterior parts
• Max Speed Kmh: >=4
• Neck Dof: 2
• Operating Time H: 3-5
• Ota Upgrade: true
• Reducer: harmonic reducer / planetary reducer
• Secondary Development: true
• Sensors: 3D LiDAR; 2 depth cameras; 3 fisheye cameras
• Standing Dimensions Mm: 1740 x 580 x 280
• Total Dof: 42
• Voice Interaction: true
• Audio: omnidirectional microphone array; speakers
• Autonomous Navigation: true
• Autonomous Obstacle Avoidance: true
• Battery: 25Ah (1.35 kWh)
• Calf Plus Thigh Length Mm: 960
• Charging Time H: 3
• Compute: 8-core CPU + 100 TOPS AI processor
• Connectivity: Wi-Fi 6; 5G; Bluetooth 5.2
• Control Devices: smartphone; tablet; controller
• Face Recognition: true
• Hand Dof Per Hand: 11 (6 active, 5 passive)
• Leg Dof Per Leg: 6

Tags

• Peer Group: Humanoid robot platform, Developer humanoid platform
• Capability: Bipedal locomotion
• Deployment Environment: Research lab
• Stack Layer: Finished robot platform
• Commercial Stage: Developer platform

Comparable Systems

• LimX Oli - LimX Dynamics - Humanoid Platform
• H2 - Unitree - Humanoid
• G1 - Unitree - Humanoid
• AI Sapiens K0 - ROBOTIS - Humanoid
• H1 - Unitree - Humanoid
• Atom 01 - General Autonomy - Humanoid
• N2 - Noetix Robotics (松延动力) - Humanoid
• MagicBot Z1 - MagicLab - Anthropomorphic Biped