Balls Fury
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In 2003 NASA sent the Mars rover on a mission to the red planet to uncover what the martian landscape was like. Since the inception of the mission NASA has spent about 924 million dollars. This is not a huge amount of money when you consider the Endeavor shuttle cost about 1.7 billion dollars. A lot of information was gathered by these Mars rovers. The little robots also lasted far beyond what they were designed to on the martian landscape. One major setback for the rovers is that they get stuck in the soft sand that mars is made up of. They are agile and can maneuver into and out of may areas, but when caught in the quick sand of mars they are useless. The mars rovers also can be guided and they have tools such as video cameras, thermal sensors, and drills in which to gather data.
Two major drawbacks in Mars exploration is cost and being able to navigate the rough martian landscape. With hardly any support from the Obama administration for NASA programs, they have had to start thinking out of the box to further space exploration. Breakthroughs in nanotechnology are helping to pave the way for lower cost missions in that the smaller the payload a space mission has the lower the cost is.
Nanotechnology is building things on the atom level. In recent years the carbon atom has played a major role in nanotechnology. Carbon atoms can be manipulated to build machines from the bottom up. This means that very small tools and robots can be manufactured using this science. Robots can be built so small with all the tools the original Martian rovers had. 100 of these micro or nano robots will take up the same space as the rovers did. A drawback is that they are so small it would be almost impossible for them to navigate the Martian landscape. What is needed is some type of vehicle for them to use that is light weight in order to explore the red planet.
Beach balls could be the answer to a low cost exploration mission to mars. These tiny robots could be encased in these lightweight, clear, beach balls. These beach ball vehicles when landed on Mars could be inflated or deflated by a micro pumping mechanism in the robots. When inflated the winds of mars would move the balls across the martian landscape. When a test was needed, such as video, temperature, or chemical analysis, the balls could be deflated to keep the nano robots in place. Some of these Martian beach balls would be caught in crevices, but the majority of them would survive. The amount of information we could gain from this would be huge and the cost would be low. Can you picture these martian beach balls bouncing all over the landscape. I know I can. NASA the beach balls have landed.
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