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Unitree H1
Unitree Humanoid Specs-based review

Unitree H1

World's fastest bipedal humanoid robot

67.6* out of 100
Good
~$90,000
Released 2023
Partial score — based on publicly available specifications. Hands-on subcategories pending physical testing.
Buy on RobotShop →

Overview

The Unitree H1 holds the world record for bipedal humanoid walking speed at 3.3 m/s and a 30 kg payload capacity that rivals industrial arms. Designed for demanding research and industrial applications, it pairs exceptional mobility with a mid-360 LiDAR sensor suite. The gold standard for locomotion-focused humanoid research.

Score Breakdown

510 Mobility & Performance 8.1 Intelligence & Autonomy 8.0 Build Quality & Hardware 7.6 Value for Money 4.5 Developer Experience 8.5 Ecosystem & Platform 5.4
Mobility & Performance 81%
Max Speed
3.3 m/s ★ record 10/10
Payload Capacity
30 kg 9/10
Battery Life
~1.5 h 6/10
Terrain Adaptability
Pending hands-on
Category weight: 19%
Intelligence & Autonomy 80%
AI Capabilities
Pending hands-on
Sensor Suite
Mid-360 LiDAR + depth 8/10
Autonomous Navigation
Pending hands-on
Task Learning
Pending hands-on
Category weight: 20%
Build Quality & Hardware 76%
Durability & Materials
Industrial-grade 9/10
Degrees of Freedom
19 DOF 6/10
Safety Features
Pending hands-on
Category weight: 15%
Value for Money 45%
Price / Performance Ratio
~$90,000 4/10
Warranty & Support
Research support 8/10
Market Availability
Global 7/10
Category weight: 32%
Developer Experience 85%
SDK & APIs
Full ROS2 SDK 9/10
Documentation & Community
Active OSS 8/10
Category weight: 9%
Ecosystem & Platform 54%
App Marketplace
UniStore-eligible 3/10
Ecosystem Maturity
Active ROS2 community 9/10
Category weight: 5%

Available skills 5

Technical Specifications

Height 1.80 m
Weight 47 kg
DOF 19
Max Speed 3.3 m/s
Battery Life ~1.5 hours
Arm Payload 30 kg
Sensors Mid-360 LiDAR, depth cameras, IMU
OS Ubuntu / ROS2
Connectivity Wi-Fi, Ethernet

Pros & Cons

Strengths

  • World record 3.3 m/s bipedal walking speed
  • Exceptional 30 kg payload capacity
  • Full 360° LiDAR for precise autonomous navigation
  • Proven in demanding research environments
  • Comprehensive SDK and active community

Weaknesses

  • High cost at ~$90,000
  • Only 19 degrees of freedom vs newer competitors
  • Battery life limited to ~1.5 hours
  • Hands not as dexterous as multi-finger alternatives
Buy on RobotShop →
Specs-based analysis — score derived from manufacturer data. How we score

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