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TOPIC: The Opportunity rover


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Image taken by the Opportunity rover, of blueberries on the rim of Victoria crater, on Nov 2, 2006 ( Sol 986)


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OPPORTUNITY UPDATE: On the Promontory - sol 954-960, October 16, 2006:

Opportunity is healthy and perched at the tip of the promontory "Cape Verde," 3.1 metres from the edge of a sharp drop off on the rim of "Victoria Crater." Soon after arriving at Victoria Crater's "Duck Bay" last week, Opportunity was sent on its way to Cape Verde. Six sols, four drives and 127.61 metres later, Opportunity arrived at the rock target "Fogo" near the tip of Cape Verde.
Along the way, Opportunity made remote-sensing observations including a panorama from Duck Bay, imagery of Cape Verde and atmospheric science.
On Sol 957 (Oct. 3, 2006) Opportunity performed a coordinated observation with NASA's Mars Reconnaissance Orbiter (MRO). MRO imagery included a picture of Opportunity itself! The image was taken with MRO's HiRISE (High Resolution Imaging Science Experiment) camera, the highest-resolution camera ever to orbit Mars.

Sol-by-sol summaries:

Sol 954 (Sept. 30, 2006): The navigation camera had a look at the skies, searching for clouds. The panoramic camera gauged atmospheric clarity (a "tau" measurement). The panoramic camera was then used to take a mosaic image of "Duck Bay 2." The miniature thermal emission spectrometer was put to work to scan the target "Cape Verde Maio". The afternoon included another panoramic camera tau measurement.

Sol 955: The morning of this sol saw the panoramic camera imaging target Cape Verde Maio. The rover also assessed the clarity of the atmosphere. The robotic arm was then stowed and the rover drove 55.71 metres toward Cape Verde. After the drive, the rover took images with its hazard avoidance cameras, panoramic camera and navigation camera, and unstowed its arm.

Sol 956: In the morning, Opportunity used its panoramic camera to survey the sky. A measurement of atmospheric clarity was taken by the panoramic camera, and the navigation camera spied for clouds. More remote sensing was conducted before the Mars Odyssey communication window. During that window, the rover examined points in the sky and on the ground with its miniature thermal emission spectrometer.

Sol 957: The rover was busy this morning, using its navigation and panoramic cameras to survey the sky. The miniature thermal emission spectrometer was also used to scan the sky and ground. Opportunity assessed the clarity of the atmosphere with a tau measurement and then stowed its robotic arm. The rover drove 42.17 metres toward Cape Verde, took hazard avoidance camera images, then unstowed its arm and took navigation and panoramic camera images. A tau measurement was taken with the panoramic camera before an overflight by the Mars Reconnaissance Orbiter. In coordination with observations by that orbiter, Opportunity's cameras were busy imaging and the miniature thermal emission spectrometer assessed the sky and ground. To end the sol, the panoramic camera made another tau measurement.

Sol 958: The rover monitored its dust level this morning and looked for clouds with its navigation camera. The miniature thermal emission spectrometer was then used to assess the sky and ground. A tau measurement was taken and then a 23.01 meter drive commenced, toward Cape Verde. The rover then did post-drive imaging. In coordination with observations by the Mars Reconnaissance Orbiter, Opportunity took another tau measurement and did albedo measurements.

Sol 959: On this sol, Opportunity began the day by scanning for clouds with its navigation camera and taking thumbnail images with its panoramic camera. A panoramic camera tau measurement was taken and then the rover drove 6.72 metres to the target Fogo at Cape Verde. Post-drive imaging was done and a tau measurement taken. During the communication window with Mars Odyssey, the miniature thermal emission spectrometer observed the sky and ground.

Sol 960 (Oct. 6, 2006): In the morning of this sol, the navigation camera looked for clouds and the miniature thermal emission spectrometer observed the sky and ground. Opportunity then took a tau measurement and used the miniature thermal emission spectrometer to assess dunes, the sky and the ground. Another panoramic camera tau measurement was taken. During the communication window with Mars Odyssey, the miniature thermal emission spectrometer was used again to assess the dunes.

As of sol 959 (Oct. 5, 2006), Opportunity's total odometery was 9,406.95 metres.

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Opportunity Sol 968
Zoom view of Beacon Hill

OPPsol698
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Beacon Hill
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Image of Beacon Hill taken by the Opportunity rover on October 13, 2006 (Sol 967)

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Image of Duck Bay and Cape Verde taken by the Opportunity rover on September 29, 2006.

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-- Edited by Blobrana at 19:59, 2006-10-14

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Cabo Frio cliff
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Image of Cabo Frio cliff taken by the Opportunity rover on September 30, 2006 (Sol 954 ).

Cabo Frio sol954
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victoria crater
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Credit NASA

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"And how about that view?!?"

That was Cornell's Steve Squyres' question, posted in his blog last week after the Mars rover Opportunity rolled up to the edge of Victoria Crater on Sept. 27.

On Friday (Oct. 6), as NASA held a press conference to unveil the latest images, the world got to see even more of what he was talking about.
At the Washington, D.C., briefing at NASA headquarters, the space agency's administrator Michael Griffin introduced Squyres, the principal investigator for the space agency's Mars Exploration Rover mission and Cornell's Goldwin Smith Professor of Planetary Science; and Jim Bell, Cornell associate professor of astronomy and lead scientist for the rover's panoramic camera (pancam).
And Squyres and Bell introduced the breathtaking views.

click here to read more.


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NASA's Mars Rover and Orbiter Team Examines Victoria Crater

NASA's long-lived robotic rover Opportunity is beginning to explore layered rocks in cliffs ringing the massive Victoria crater on Mars.
While Opportunity spent its first week at the crater, NASA's newest eye in the Martian sky photographed the rover and its surroundings from above. The level of detail in the photo from the high-resolution camera on the Mars Reconnaissance Orbiter will help guide the rover's exploration of Victoria.

"This is a tremendous example of how our Mars missions in orbit and on the surface are designed to reinforce each other and expand our ability to explore and discover. You can only achieve this compelling level of exploration capability with the sustained exploration approach we are conducting at Mars through integrated orbiters and landers" - Doug McCuistion, director of NASA's Mars Exploration Program in Washington.

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