Flyaround video of Vesta as seen from low orbit by Dawn

In summary, the conversation discussed the "Flyaround" video of Vesta as seen from low orbit by the Dawn spacecraft. The participants also mentioned the mineral value of Vesta and the potential for water ice on the dwarf planet Ceres. They also shared a link to a high resolution image of Ceres and discussed the possibility of it containing water ice.
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  • #2


Marcus, thanks for posting the link.
 
  • #3


Wonder what the mineral value of Vesta is.
 
  • #4


Radrook said:
Wonder what the mineral value of Vesta is.

Are you kidding? the real prize is CERES which is twice the diameter and is estimated to have a water-ice outer mantle. Although in the asteroid belt, Ceres is classified as a (dwarf) planet.

As I expect you know, the Dawn spacecraft is scheduled to switch on its ion drive and spiral out from Vesta in about 12 months from now, so it can move over to Ceres.
 
  • #5



Marcus, an absolutely fantastic video link!, thanks.

High resolution images similar to this of the dwarf planet Ceres would be absolutely awesome!
 
  • #6


marcus said:
...the real prize is CERES which is twice the diameter and is estimated to have a water-ice outer mantle.

http://www.bbc.co.uk/news/science-environment-17481911

I noticed the photo of light and dark material in a photo of Vesta in this article. Is there any reason why the light material couldn't be water ice?

Respectfully submitted,
Steve
 

1. What is the purpose of the Flyaround video of Vesta as seen from low orbit by Dawn?

The purpose of the video is to provide a visual representation of the surface and features of the asteroid Vesta as seen from a low orbit by the Dawn spacecraft. It allows scientists to study the asteroid in more detail and gain a better understanding of its composition and structure.

2. How was the Flyaround video of Vesta created?

The video was created by stitching together images captured by the Framing Camera on board the Dawn spacecraft as it orbited Vesta. The images were taken from different angles and distances, and then processed and combined to create the smooth flyover video.

3. How long did it take to create the Flyaround video of Vesta?

The process of creating the video took several weeks, as the images had to be carefully selected, processed, and aligned to create a seamless and accurate representation of the asteroid's surface. The final video is approximately 1 minute and 20 seconds long.

4. What can scientists learn from the Flyaround video of Vesta?

The video allows scientists to study the surface features of Vesta, such as craters, mountains, and other geological formations, in detail. They can also use the video to track the asteroid's rotation and determine its shape and size, which can provide valuable insight into its formation and evolution.

5. Will there be more flyover videos of other celestial bodies in the future?

It is possible that there will be more flyover videos of other celestial bodies in the future, as spacecrafts continue to explore and study our solar system. These videos provide a unique and captivating perspective that can aid in our understanding of these objects and their place in the universe.

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