Mars Rover Space Mission
Robot Cars on Mars: Instruments and Future Advancements For many years scientists that studied the planet mars have tried to make a remote controlled vehicle that could withstand the arrival, landing, and that could gather useful information that could bring us to understand the ways of Mars.Whatever info that was gathered has come from Arial photos and thermal readings. The world has made numerous prototypes of different kinds of vehicles that could travel to the moon, but none of them has come close to the newly built ROVER. The Rover is equipped with several different reading systems that I will explain about. There has also been a lot of myths about mars, like what the face on its surface means, or if theirs life on Mars, and with this device we might just learn a little more about those topics. The overall competition that the rover faces was APEX which only featured one instrument, but the Rover offers six different tools which dig, tell temperature, and if water was once in a certain spot. The detailed descriptions of the tools are as follows. A pancam is the eyes of the operation. The Rover holds two of these high-resolution, digital cameras on its mast. It has a panoramic 3-D view of mars with unbelievable
With far greater mobility than the 1997 Mars Pathfinder, these identical robotic explorers will each be able to trek up to 100 meters (about 100 yards) a day across the surface of Mars. These two tools will perform the task of collecting samples of Martian soil and rock for return to Earth-a first of planetary proportions. In order to look at the interior of rocks, a field geologist on Earth uses a rock hammer. On June 4, 2003, the first Mars Exploration Rover (MER) spacecraft is scheduled for launch on a Delta II launch vehicle from Cape Canaveral, Florida. In a landing similar to that of the Pathfinder spacecraft, a parachute will deploy to slow the spacecraft down, and airbags will inflate to cushion the landing. Also, Martian rocks might have been weathered by long-term exposure to the planet's atmosphere. We know that many Martian rocks are covered with dust. The surface of Mars contains a lot of iron, so the Mossbauer Spectrometer is specifically designed to determine the composition and abundance of iron-bearing minerals with great accuracy. After a six and a half months flight, it will enter the martian atmosphere in January, 2004. These cameras offer the best look at mars yet. Imaging at different wavelengths can even tell about the mineralogical make-up of the Martian surface it pictures. This operation works when the Mini-TES observes the infrared (or thermal) radiation emitted by rocks and soils.
Common topics in this essay:
Canaveral Florida,
ROVER Rover,
Spectrometer Mini-TES,
Tool RAT,
Microscopic Imager,
Sample Containers,
Mossbauer Spectrometer,
Rover APXS,
RAT Mars,
Sample Container,
martian surface,
microscopic imager,
martian rocks,
surface mars,
raman spectrometer,
rock soil,
rocks soils,
sample containers,
robotic arm,
soil rock,
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Acceptance Essays
