Image:
Boston Dynamics
A hydraulic research humanoid known for advanced dynamic locomotion, parkour, and complex manipulation.
Boston Dynamics (Internal)
Height
150
cm
Weight
89
kg
Speed
2.5
m/s
Payload
11
kg
Actuators
Electro-Hydraulic
DoF (Domains of freedom)
28
°
Leverages high-pressure hydraulics for explosive power and unmatched jumping ability.
Exceptional stability, capable of navigating rocky terrain and recovering from heavy shoves.
World-renowned for performing backflips, vaults, and complex athletic maneuvers.
The iconic research platform that defined modern dynamic humanoid locomotion.
A hydraulic research humanoid known for advanced dynamic locomotion, parkour, and complex manipulation.
The Hydraulic Atlas (HD) is the world’s most famous platform for research into explosive mobility and coordination. Standing 152 cm and weighing 89 kg, it utilizes advanced motion planning to perform acrobatic maneuvers and navigate disaster zones. Its hydraulic power allows for high-impact resistance and unparalleled stability on rubble, serving as the blueprint for modern humanoid locomotion.
Image:
Boston Dynamics
The legacy champion of dynamic balance, utilizing high-pressure hydraulics to perform explosive parkour and heavy-duty rescue operations in the most unforgiving environments.
Atlas HD by Boston Dynamics
Actuators
Electro-Hydraulic
DoF (Domains of freedom)
28
°
Height
150
cm
Speed
2.5
m/s
Weight
89
kg
Payload
11
kg
Runtime
1.5
h
OS / AI System
Boston Dynamics (Internal)
Utilizes a proprietary high-pressure hydraulic power unit and a 3D-printed titanium structure, providing the explosive power needed for athletic maneuvers and search-and-rescue agility.
Runs on a whole-body controller that manages 28 joints at millisecond intervals, serving as the industry benchmark for dynamic, high-impact bipedal stability.
Image:
Boston Dynamics
Atlas is primarily targeted at research institutions and companies looking to explore robotics applications in real-world scenarios.
Performs extreme agility tasks.
Optimized for human-scale tasks such as climbing or lifting.
Coordinates limbs like an athlete.
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