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How are Robots utilized in space?
Why are they important?

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This article talks about the RoboSimian and its necessary features to travel on other planets and help during/after natural disasters.

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This article explains a few ways that NASA uses robotics in space. These few ways include, using robotic arms, robots exploring other worlds, and using robotic airplanes. Later on, it says how this helps astronauts overall.

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Robotics is the study of robots. NASA uses these machines in many different ways.

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This article first talks about why NASA uses robotics in space. Throughout the rest of the article, it talks gives a few instances of when and how NASA has used robotics.

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This site has a bunch of information about robots and robotics.

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This video shows the purpose of the Valkyrie robot. It was developed by many people from around the United States of America. This robot can build using humanly tools and so much more advancements to be made.

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NASA has developed not only androids and rockets, they have also made the MARS ROVER, to explore the planet more for us to learn about that unknown planet.

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NASA has made robots, not only to solve problems, but to reduce space pollution.

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RoboSimian (NASA's Jet Propulsion Laboratory)

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RoboSimian (NASA's Jet Propulsion Laboratory)

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RoboSimian is more like an ape than a human, but however you classify it, it's a powerful machine. The robot can map its environment in 3D using lidar technology. It's extremely flexible and can go over rough terrain and undertake tasks that require dexterity.

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Robot that NASA has made to increase the tech readiness of technologies that will aid in the future works.

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Robot that NASA has made for the same job as Robonaut 1, but to do it faster and easier.

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NASA uses a lot of robots to help us explore space!  Some examples are the Robonaut, a human-like robot that can withstand any temperatures due to his suite, and the Sojourner mobile robot which has a rock boogie design and a top speed of 0.4m/min.  Some benefits of robots include easy access to planets without losing human lives, the ability to pass outstanding obstacles a human may not be able to, withstanding extreme temperatures and much more.  Some challenges are creating a robot with long lasting life and good quality reporting programs, the amount of resources needed and a valuable space to test may be unattainable.  Our opinion is that a robot can reach around obstacles and through port holes with ease, possess a huge degree of fault tolerance and it can continue to operate with excellent dexterity even after several joints fail. Human advancement can easily depend on the progress of these robots.