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# If selected by NASA, the Aerial Regional-Scale Environment Surveyor (ARES) could soar high above the Martian landscape. # The robotic airplane would see things inaccessible to wheeled rovers and Mars orbiters. # Its main function would be to measure atmospheric gases potentially generated by Martia
The Wright Brothers flew their first successful powered flight from Kitty Hawk, N.C., over 100 years ago. Ever since that first lift off, aviation has provided explorers with a new tool for discovery and a better way to see the land below. Now, one scientist hopes to bring flight to Mars and explore what rovers and orbiters have left behind. Atmospheric scientist Joel Levine believes bringing an unmanned aircraft to Mars would tap into an unknown area where orbiters would be too far to reach and rovers too short to detect. The airplane, known as the Aerial Regional-Scale Environment Surveyor (ARES) will enable scientists to remotely sample a wide range of chemicals for multiple studies. Levine says the opportunities to explore more of what Mars has to offer will be accomplished through flight. "There are a whole class of measurements that haven't been obtained yet, that can only be obtained by flying about a mile above the surface and making measurements continually as you fly," Levine told Discovery News. According to Levine, the unmanned airplane
The idea of an airplane scanning the Mars landscape has another advantage -- it can dodge rough terrain. There are large mountains, volcanoes like Olympus Mons, deep valleys and canyons like Valles Marineris. One particular region in the southern hemisphere of Mars is saturated with impact craters, prohibiting rovers from traveling great distances. With an airplane, scientists can fly right over. "What the airplane gives is mobility, because we can travel 500 miles an hour anywhere," he said. The ARES plane continues to be modified at NASA Langley Research Center in Hampton, Va. Here, the plane is tested in wind tunnels to withstand winds of up to 100 mph. Scientists have also taken into consideration the common dust storms on Mars. "I am not worried about winds because we have simulated strong winds in our wind tunnel experiments. I am worried about dust storms because of the impact it may have on the visibility of the photographs we take," he said. The idea of sending a robotic airplane to Mars was first conceived about ten years ago. Levine contacted several aeroengineers and wondered if an airplane could fly through the atmospher
Originally posted by Thyhorrorcosmic
NASA only exists to make it look like we're slowly progressing to find other life and plants that support life even though we've been in close contact with many different alien races for over 50 years lol.
Originally posted by backinblack
reply to post by baddmove
Maybe I'm mistaken but I thought Mars had next to no atmosphere so how is this thing meant to fly?
Wings don't get lift without atmosphere..
There's a decent amount of atmosphere on Mars, enough to get lift anyway (Well there should be). The whole point is to learn more about the Martian atmosphere, which we already know has trace amounts of methane which could indicate life. So hopefully this project will get some good new information.
In all seriousness, the dumb dumbs have always lied to us to keep us ignorant
Originally posted by Stuffed
reply to post by backinblack
It's dropping from space in a capsule that upon reaching a certain altitude it will spring out and open it's wings. More than enough speed for it to fly, or glide in this case.
If you can't be bothered to read the original article or at least do some research on your own then you shouldn't make claims.
Once the parachute is deployed, the aeroshell breaks away exposing ARES to the Martian atmosphere for the first time. At about 20 miles above the surface, a spring ejects the airplane from its shell causing the wings to open and the rocket engine to automatically ignite. (Visit the ARES project site to view artist impressions of aircraft deployment.)
Originally posted by Stuffed
reply to post by backinblack
Once the parachute is deployed, the aeroshell breaks away exposing ARES to the Martian atmosphere for the first time. At about 20 miles above the surface, a spring ejects the airplane from its shell causing the wings to open and the rocket engine to automatically ignite. (Visit the ARES project site to view artist impressions of aircraft deployment.)
How would coming into the martian atmosphere not give it speed? I'm not sure what you mean.
But like i said, read the whole article, maybe even read a different article, take the time to actually look up lift, maybe even look up some details about flying in the martian atmosphere.
Originally posted by backinblack
reply to post by baddmove
Maybe I'm mistaken but I thought Mars had next to no atmosphere so how is this thing meant to fly?
Wings don't get lift without atmosphere..
I was thinking the same thing lol they must of forgot. Unless Mars has Earth type air and they forgot
Originally posted by backinblack
reply to post by Ophiuchus 13
I was thinking the same thing lol they must of forgot. Unless Mars has Earth type air and they forgot
Or it's more a rocket than a plane, but then I couldn't see it having fuel for much air time..