Boston Dynamics' original hydraulic Atlas was a research bipedal humanoid robot developed from 2013 and retired in April 2023 when the all-electric Atlas launched. Standing 1.5 m tall and weighing 89 kg with 28 hydraulically actuated degrees of freedom, it set benchmarks for dynamic whole-body locomotion and manipulation research.
Primary use case: Research and development, dynamic locomotion research
Height
190 cm
Weight
90 kg
DOF
56
Payload
50 kg
Battery
4 hrs
Height
190 cm
Weight
90 kg
Degrees of Freedom
56
Locomotion
biped
Payload
50 kg
Battery Life
4 hrs
Charging Time
2 hrs
AI Capabilities
autonomous navigation, task learning and fleet deployment, barcode scanning, workflow integrations, dynamic environment adaptation
Availability
discontinued
Primary Use Case
Research and development, dynamic locomotion research
ABSTRACT Hydraulic quadruped robots exhibit exceptional terrain adaptability, offering significant potential for environmental exploration and military transportation. However, conventional hydraulic architectures are often plagued by excessive weight, complex pipeline network and mechanical interference, which restrict the improvement of its compactness and flexibility. To address these issues, this paper proposes a tubeless limb leg unit (LLU) featuring an electro-hydraulic hybrid drive and topologically optimized structural components. By exploring the relationship between moti
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