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The Valkyrie is meant to be a powerful robot that can handle situations that man cannot adventure into. It will make exploration much safer and more productive.

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The Robotics Challenge is given to people to try and design that can withstand three hard challenges, fixing a satellite dish, placing a solar panel, and fixing a living habitat. These challenges are meant to help display challenges and conditions on Mars

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This Robot may be able to go t o Mars and record data without risking damage to an actual human.

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In this video, former NASA scientist Mark Rober explains how the work NASA is doing can benefit humanity in the long run.

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NASA is trying to develop solutions to asteroid collisions in space that damages their equipment. Their solution is the DART spacecraft. It redirects asteroids to prevent damage.

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The Robot arm helps NASA fix and check up on damaged parts of Hubble.

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The Hercules and Argus are ROVs (remotely operated vehicles) who are going to be deployed to study deep-sea life near a volcano. Researchers believe that deep-sea life here on Earth may mimic other ocean worlds in our solar system.

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NASA's use of robots has revolutionized space exploration. They use their robots for a multitude of reasons. They use robots to fix and protect their other inventions, like satellites. These robots include the DART and the Robot arm that was used by NASA. There are also other robots that are used instead of humans in order to make the exploration safer. This includes the Valkyrie and the Mars Rovers (Curiosity, Spirit and Opportunity). Some benefits of robots include making data more accurate and reliable and making space exploration safer for humans. These robots are expendable and they accurately do what they are programmed to do. The Mars Rovers have accurately sampled data from Mars' surface and sent it back to us. Robotic Astronauts will enable NASA to send them to space without risking the lives of humans. However, there are challenges that come with using robots. Most of the issues is that robots can malfunction and they may be destroyed in space. Robots don't have key characteristics that humans have, like intuition, and they can only do what is programmed. Also, if they are destroyed, then NASA won't be able to reuse parts for later ideas/projects. Our opinion is that robots being used revolutionizes the space experience and gives us an effective way to explore space. Without robots, exploring space will be to risky to do otherwise and is less likely to prove as effective. This is why we believe that using robots for exploration is ideal.

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Underwater Robotics could help for deep-space missions 

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Underwater Robotics could help for deep-space missions 

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Underwater robots help NASA plan future deep-space missions

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An expedition that will help NASA search for life in deep space launched today - not with a rocket's roar, but with a gentle splash into the deep Pacific Ocean. The project, called the Systematic Underwater Biogeochemical ...

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Goes in depth about the Spirit and Opportunity rovers and how they gather samples and data on mars. Similar to the Curiosity Rover

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Exploration of the Planet Mars - missions, videos, images and information

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NASA uses many different robots to study outer space and to make it less risky to do space explorations. This article says how and what examples of Robots NASA uses.

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

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The Mars Curiosity Rover is an advanced robot that gathers data and samples from Mars and sends it to us.

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NASA uses the Mars Rover to gather samples and data from Mars. It is used to help us with things on Earth and also to see how related Mars and Earth is.

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NASA tests robots for exploration in areas called analogs. Analogs are places where the environment is similar to locations like Mars or the moon, where a robot may be used. One NASA analog is in the Arizona desert. NASA robotics experts conduct field tests in the desert to assess new ideas for rovers, spacewalks and ground support. Some of these tests are conducted by a team called Desert RATS, which stands for Desert Research And Technology Studies.

What is it like to be part of a team that designs and tests robots? Find out and test your programming skills with "ROVER". Guide the robot over an analog of 12 terrain grids without consuming all of his battery power. Watch out for obstacles!

› Play interactive game
› Play text game

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NASA tests robots for exploration in areas called analogs. Analogs are places where the environment is similar to locations like Mars or the moon, where a robot may be used. One NASA analog is in the Arizona desert. NASA robotics experts conduct field tests in the desert to assess new ideas for rovers, spacewalks and ground support.

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NASA is creating a robotic airplane that can be used to go to Mars or also to record places on Earth that can't be done otherwise.

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NASA created a challenge to help make robots ready for the environment of Mars so that they can go before humans do.

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NASA Space Robotics Challenge Prepares Robots for the Journey to Mars

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NASA Space Robotics Challenge Prepares Robots for the Journey to Mars