Rover will have to do some tests before starting its mission
Now that NASA’s Perseverance Rover has successfully landed on the surface of Mars, it can begin the next phases of its mission.
Perseverance – affectionately known as “Percy” – will search and strive for proof of the ancient’s document Micro life On the red planet.
It would also later collect and cache samples of Martian rock and sediment to return to Earth.
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However, before NASA’s most technologically advanced rover can prepare for it Two year check Percy, a Jjero crater from Mars, will have to undergo several weeks of rigorous examination.
According to a Thursday news release, robotic geologists and astronomers will begin setting up and passing their groundwork Checking its equipment And as a system it snaps on 19 different cameras.
with this Recently released image Shows how landslides occurred Terrain-Relative Navigation – A new function that uses images of the landing site to help the firm determine the correct location – indicating the rover’s landing spot.
The testing process will take about five days to complete and then Percy will expand his robot arm and take his first expedition, According to Scientific American.
Shortly after, NASA Simplicity – The first Mars “helicopter” – will attempt an aerodynamic flight operated in another historic move.
The conclusion of these five flights means that one phase of the mission is over and the NASA Jet Propulsion Laboratory’s science team enlisted help.
In the hunt for biosignes, Perseverance will collect its first samples – leaving tubes on the surface to be recovered as part of the Earth to recover by future missions Mars sample return Campaign.
At that point, the rover’s Mars Oxygen In-situ Resource Utilization Experiment (MOXIE) will also attempt to produce oxygen from Mars’ atmospheric carbon dioxide, the Mars Environmental Dynamics Analyzer (MEDA) sensor, which provides “temperature, wind speed, and direction.” Measure of “. Pressure, relative humidity and the size and shape of dust, “and the Radar Imager ‘Surface Surface (RIMFAX) radar for Mars will provide a centimeter-scale resolution of the subsurface’s geologic structure and look at the water-ice underground.
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Hunting will likely use the rover’s many tools, including Mastcam-Z and Supercam, Which is used to provide both imaging and analysis of surface mineralogy and chemical composition.
It is quite interesting to investigate once scientists discover that they have determined something, for the persistence X-ray lithochemistry (PIXL) fluorescence spectrometer and high-resolution imager and the Organics and Chemicals (SHERLOC) spectrometer of Ramadan and Luminescence. The accompanying scanning will use planetary instruments to map and assess mineral and organic compounds.
These tools are important in the core selection process or Sample caching system.
“One enduring expectation from the science team is a surface feature that cannot account for anything other than ancient microbial life. Such a feature may be something like a stromatolite,” NASA explained In another post.
“On Earth, stromatolites are wavy, rocky mounds, long ago in ancient coastlines and other environments where metabolic energy and water were plentiful, such a distinctive feature would be difficult to pursue until geological processes.”
This is NASA’s ninth mission to land on Mars and researchers say it will be important for future space exploration and, ultimately, human exploration of the Red Planet.
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NASA acting administrator Steve said, “This landing is one of those pivotal moments for NASA, the United States, and space exploration globally – when we know we are there to discover and sharpen our pencils, so So to speak. ” Jurski said in a release.
“The Mars 2020 Perseverance Mission embodies the spirit of our nation’s conditions, inspiring and advancing science and exploration, even in the most challenging of conditions.” “The mission itself adheres to the human ideal of perseverance towards the future and will help prepare us for human exploration of the Red Planet.”