The Robonaut

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The Robonaut Josh Kuhn

description

The Robonaut. Josh Kuhn. What is Robonaut?. A dexterous, humanoid robot Developed at NASA’s Johnson Space Center (JSC) with support from GM Designed to work side-by-side with humans 4 current Robonauts. Equipment- Robotnaut 2 Specs. Weight:150 kg 350+ sensors - PowerPoint PPT Presentation

Transcript of The Robonaut

Page 1: The Robonaut

The RobonautJosh Kuhn

Page 2: The Robonaut

What is Robonaut? A dexterous, humanoid

robot Developed at NASA’s

Johnson Space Center (JSC) with support from GM

Designed to work side-by-side with humans

4 current Robonauts

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Equipment-Robotnaut 2 Specs Weight:150 kg 350+ sensors 4 cameras (stereo vision) +

infrared camera for depth perception

38 PowerPC processors Height: 1.01 m (waist to

head) Shoulder width: 0.78 m Modular

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Equipment-Robotnaut 2 Specs Dexterous fingers: grasping

force of 2.3 kg Arm reach of 0.81 m Arms can hold 20 lbs Performs autonomous

tasks and can be controlled remotely by humans

Made of primarily aluminum and some steel

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Dexterity Can use same tools as

astronauts Series elastic joint

technology Extended finger and thumb

travel Miniaturized 6-axis load cells Redundant force sensing Ultra-high speed joint

controllers

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Application Interacts and assists

astronauts Performs simple, repetitive,

and dangerous tasks

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Johnson Space Center Developed by the Robotic Systems Technology Branch Other projects:

Space Exploration Vehicle (SEV) Spider X1 – Exoskeleton Centaur 1 & 2

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Mobility Centaur 1 & 2

Rovers created to carry Robonaut and other payloads

“Space legs” Segwey ISS robotic arm Future lower bodies for

Robonaut include zero-gravity climbing legs for EVAs

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Centaur 2 Centaur 2’s unique

characteristics Force controlled suspension Thermal/dust isolation Crab steering Body articulation In-hub wheel actuation

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Robonaut in Space! Robonaut 2 launched up to

the ISS on February 24th, 2011, fulfilling a 15 year dream to put a humanoid robot into space.

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Limitations/Costs $2.5 million Limited mobility Limited weight bearing

capacity Limited autonomous ability

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Conclusion First Humanoid Robot in

space Additional phases for added

mobility initiated Modular parts to be sent to

ISS One of the most dexterous

robots of its kind Can do things humans

cannot (range of motion, precision, repeatability)