because they no need food cloth and shelter .They easily live on the space without air or any other problem.
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Because robots don't need air, food, water, reading material, music, clean clothing,
or toilets. Also, since the PR is so important to the space program, it's not so
important to make provisions to bring the robot back, and it's not so serious if the
robot fails and dies during the mission. All of these facts combine to make the
payload at launch considerably lighter.
NASA sends robots into space to gather data, conduct experiments, and explore worlds that are too harsh or distant for humans to travel to. Robots are able to endure extreme environments, work for extended periods of time with minimal maintenance, and provide valuable information that helps advance our understanding of the Universe.
the roam (go around) planets. they have a camera attatced to them so that we can see what the 'robot sees. usually we send these 'robots' to space to see if there is any life on planets.
One benefit of using robots instead of people for space exploration is that you don't need to send food or water along, and you don't have to bring the explorer back to Earth. That saves substantially on fuel requirements. One drawback is that a robot is less flexible than a human in dealing with unexpected circumstances.
It is generally cheaper to send a robot to space than a human because robots do not have life support systems or return requirements. Sending a robot also eliminates the need for training, monitoring, and ensuring the safety of a human astronaut. Additionally, robots can withstand harsh conditions better than humans, reducing the cost of specialized equipment.
The problem with human exploration of space is that you have to spend a lot of money creating an environment that supports human life. A robot doesn't need (much) heat, light or oxygen and no one cries if it dies or can't get back. So it's much cheaper to send a robot. Robots can also be sent to places where a human would struggle to perform useful experiments - so they can be used to investigate close to volcanoes or undersea and take samples without being hampered by gloves.
Yes, Robots will always be used in space.
NASA sends robots into space to gather data, conduct experiments, and explore worlds that are too harsh or distant for humans to travel to. Robots are able to endure extreme environments, work for extended periods of time with minimal maintenance, and provide valuable information that helps advance our understanding of the Universe.
the roam (go around) planets. they have a camera attatced to them so that we can see what the 'robot sees. usually we send these 'robots' to space to see if there is any life on planets.
I wud say robots are gay !!!!
YEs grk send them
One benefit of using robots instead of people for space exploration is that you don't need to send food or water along, and you don't have to bring the explorer back to Earth. That saves substantially on fuel requirements. One drawback is that a robot is less flexible than a human in dealing with unexpected circumstances.
Alan Shepard
No, the spacesuits that space programs put on people when they send them into space are very expensive. Prices vary by design, but they are by no means cheap.
Alan Shepard Jr.
It is generally cheaper to send a robot to space than a human because robots do not have life support systems or return requirements. Sending a robot also eliminates the need for training, monitoring, and ensuring the safety of a human astronaut. Additionally, robots can withstand harsh conditions better than humans, reducing the cost of specialized equipment.
The problem with human exploration of space is that you have to spend a lot of money creating an environment that supports human life. A robot doesn't need (much) heat, light or oxygen and no one cries if it dies or can't get back. So it's much cheaper to send a robot. Robots can also be sent to places where a human would struggle to perform useful experiments - so they can be used to investigate close to volcanoes or undersea and take samples without being hampered by gloves.
In a way, every satellite and spacecraft is a robot, but I don't think that is what you are asking. I don't think there are fully automated robots besides satellites in space. However, by 2020, the Swiss plan to send a robot into space to clean up junk, because a piece of junk the size of a ping pong ball could ruin a satellite.