It weighs 1 tone on earth. It is traveling at 8000 miles an hour and is a bit over 400.000 miles at 6pm PDT from the red planet. That is a bit under 2 times the distance to the moon from earth.
It will gradually increase in speed to about 13,200 mph (5,900 meters per second) by the time it reaches the top of the Martian atmosphere.
It looks a lot like this as it hurdles through space according to this NASA.com artists conception.
It will look
a lot like this if it lands safely when it gets to mars. Now if the landing does not go well then it is hard to say. We do not have an artist’s conception for that one.
Curiosity is a the space laboratory component being transported on a 2.5 billion dollar Martian exploratory mission, landing at and exploring the geologically diverse Gale Crater.
You can see 2 rings in this picture. NASA was going to try for the outer ring landing but recently updated to landing in the inner ring. The landing will occur at 10:31 p.m. PT Sunday (1:31 a.m. ET Monday).
The area where NASA’s Curiosity rover will land on Aug. 5 PDT (Aug. 6 EDT) has a geological diversity that scientists are eager to investigate, as seen in this false-color map based on data from NASA’s Mars Odyssey orbiter. The image was obtained by Odyssey’s Thermal Emission Imaging System. It merges topographical data with thermal inertia data that record the ability of the surface to hold onto heat.
The 1-ton Curiosity rover, which is the centerpiece of the $2.5-billion Mars Science Laboratory (MSL) mission, is the size of a Mini Cooper. Its arm is longer than most people are tall, clocking in at 7 feet (2.1 meters).
In this image the Mars roving lab is seen resting up and posing for pictures as it makes final preparations for its mission to Mars.
A bulky toolkit at the end of the arm will allow Curiosity to study and manipulate Martian rocks and soil like no previous rover. One of the tools is a drill that can go 1 inch (2.5 centimeters) deep, enabling the rover to access the interior of Red Planet rocks.
So the rover will begin the job of drilling, sifting, sampling analysing, photographing and sending back the info to Nasa on Earth untill Curiosity finally wears out.
Unlike previous rovers, however, Curiosity’s imaging system — called Mastcam — has features that will offer a whole new look at Mars.
Developed by the San Diego company Malin Space Science Systems, Mastcam is composed of two separate cameras that sit side by side, not unlike a pair of eyes, just below the ChemCam instrument on Curiosity’s “head.” Mastcam will allow color images to be captured directly. [Curiosity Rover: 11 Amazing Facts]
“It will take color in the same way as a consumer digital camera,” said Michael Ravine, advanced projects manager at Malin. “It’s as ‘true’ as your phone camera.”

Tech Specs •Length: 10 feet (3 meters)
•Width: 9 feet (2.7 meters)
•Height: 7 feet (2.2 meters)
•Mass: 1,982 pounds (899 kilograms
Other features that are shown int the picture are very interesting as well.
Curiosity’s main goal is to determine if its landing site, the 96-mile-wide (154 kilometers) Gale Crater, can or ever could host microbial life. The arm hosts tools both old and new to aid in this quest.
The venerable Alpha Particle X-Ray Spectrometer (APXS) — which was used on the previous Mars rovers Sojourner, Spirit and Opportunity — will return on Curiosity with even better sensitivity, more schedule flexibility and better control.
Contributed by the Canadian Space Agency, the instrument bombards samples with alpha particles and X-rays and measures the energy of the X-rays that bounce back.
APXS will help scientists determine what minerals each sample is made of. Typical rocks on Mars include the elements of oxygen, silicon, aluminium, iron and calcium.
The huge NASA rover slated to land on Mars Sunday night (Aug. 5) is expected to give scientists and laypeople alike some amazing views of the Red Planet.
See original here: Mars Rover Curiosity Will See Red Planet As Never Before
CHECK OUT THESE OTHER STORIES ON THE MARS MISSION FROM OUR YAHOO RSS FEED, FOR ALL THE FACTS