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Specification
PHYBOT M1
PHYBOT
PHYBOT M1
人形机器人
Contact for pricing
Basic Information
Positioning / ApplicationHigh-performance general-purpose humanoid for production, specialized operations, logistics, research and education, and AI integration
Release Date2025-11-20
CountryChina
Model Alias
Made In
Overall Specifications
Weight (kg)67
Height (mm)1760
MaterialAluminum alloy chassis, Composite outer shells
Noise Level (dB)
Width (mm)
Folded Dimensions (mm)
Locomotion Typebiped
Color
Motion Performance
Max Speed (m/s)5
Payload (kg)5
Peak Joint Torque (N·m)830
Max Gradient (°)
Max Step Height (cm)
Jumping Capability (m)
Degrees of Freedom
Total DOF (DOF)32
Waist DOF (DOF)2
Mechanical Structure
Joint TypeSelf-developed PhyArc quasi-direct-drive integrated cycloidal joint modules
Joint Encoder
Joint Range of Motion
Sensors
Sensors9-axis IMU; perception hardware configurable for application requirements
Camera
LiDAR
IMU9-axis IMU
Obstacle Avoidance
Battery & Endurance
Battery Capacity (Wh)
Runtime (h)
Charging Time (h)
Battery Voltage (V)72
Power Supply (V)
Hot-swappable
Charging Power (W)
Charging Method
Compute Platform
Onboard Compute
AI Compute Module
Compute (TOPS) (TOPS)
Operating System
CPU Cores (核)
Safety & Environment
Ingress Protection (IP)IP42
Operating Temperature (°C)
Pinch Protection
Interaction & Communication
CommunicationBluetooth, Ethernet, Wi‑Fi
Microphone
Speaker
Lighting
Voice Interaction
OTA Update
Development & Expansion
Secondary Development (SDK)
Expansion Backplane
App Platform
Commercial Information
Warranty (年)
Overall Specifications
Arm Span (mm)
Leg Length (mm)
Motion Performance
Single-arm Payload (kg)
Repeatability (mm)
Degrees of Freedom
DOF per Hand (DOF)12
DOF per Leg (DOF)7
DOF per Arm (DOF)7
Neck DOF (DOF)2
Mechanical Structure
Dexterous Hand
Torque Density (N·m/kg)
Gear Ratio (ratio)
Max RPM (rpm)
Motor Mass (kg)