Atlas
Boston DynamicsResearch
Available
Overall Score83/100
Contact for Pricing
World's most advanced humanoid robot featuring unprecedented mobility and dynamic balance capabilities.
Height:1.5m
Weight:89kg
Released:2023
Last Tested:2024-01-15
Demo Video
Atlas Performance Profile
Robot
Human Baseline
92
locomotion
vs 100 human
82
manipulation
vs 100 human
88
perception
vs 100 human
76
cognitive
vs 100 human
68
power
vs 100 human
85
safety
vs 100 human
Specifications
Height1.5m
Weight89kg
Degrees of Freedom28
Actuator TypeHydraulic
Power SourceLi-ion Battery
Operating Time1-2 hours
SensorsLiDAR, Cameras, IMU
ComputingCustom real-time system
Key Features
Advanced hydraulic actuation
Real-time balance control
Parkour capabilities
Rough terrain navigation
Dynamic manipulation
Test Info
Last Tested
2024-01-15
Test Location
MIT Robotics Lab
Certifications
CEResearch Safety Approved
Detailed Test Results
Walking Speed
85/ 100m/s
Maximum sustained walking speed on flat terrain
Performance vs Human Baseline85%
Test Method: 100m straight-line walking test
Running Speed
78/ 100m/s
Maximum running speed capability
Performance vs Human Baseline78%
Test Method: 20m sprint test
Balance & Stability
98/ 100score
Ability to maintain balance under external forces
Performance vs Human Baseline98%
Test Method: Push-force recovery test
Terrain Adaptability
95/ 100score
Performance across different surface types
Performance vs Human Baseline95%
Test Method: Multi-surface navigation test
Stair Navigation
88/ 100score
Ability to navigate stairs safely
Performance vs Human Baseline88%
Test Method: Standard staircase test
Category Average:92/100
Human Baseline:100/100
Test Protocol Information
All tests are conducted according to the comprehensive humanoid robot evaluation standards with human performance as baseline (100%). Scores represent relative performance compared to average healthy adult human capabilities.
Advantages
Exceptional dynamic balance and mobility
Proven performance in challenging environments
Advanced hydraulic actuation system
Real-time adaptive control
Industry-leading development team
Limitations
High power consumption
Limited fine manipulation capabilities
Expensive and complex maintenance
Primarily research-focused
Limited autonomous decision-making