Rosetta delivers Phobos transit animation and 'sees' Mars in stereo


Phobos transit of Mars
 
The animated sequence shows the shadow of Phobos transiting Mars' disk on 24 February; the sequence was captured around 22:08 CET, a few hours prior to Rosetta's successful Mars swingby on 25 February.

The movie was produced by combining a series of separate images. The background of Mars changes slightly from image to image since the individual images were acquired using different colour filters.

Phobos transit of Mars
 
The animated sequence shows the shadow of Phobos transiting Mars' disk on 24 February; the sequence was captured around 22:08 CET, a few hours prior to Rosetta's successful Mars swingby on 25 February.

The movie was produced by combining a series of separate images. The background of Mars changes slightly from image to image since the individual images were acquired using different colour filters.

Mars in 3D
 
Mars 3D anaglyph (colour)
 
At closest approach at 03:15 CET on 25 February, Rosetta passed over the planet's surface at a relative speed of 36 191 km/hour. At the same time, Mars was rotating and thus by processing and combining images acquired by OSIRIS at different times, it has been possible to produce a stereoscopic image, or anaglyph.

The image was produced by combining several views of Mars taken from slightly different angles. In this case, the anaglyph was generated using images acquired 6 minutes apart. To see the 3D effect, use a pair of left-eye red, right-eye blue colour glasses.

Mars 3D anaglyph
 
At closest approach at 03:15 CET on 25 February, Rosetta passed over the planet's surface at a relative speed of 36 191 km/hour. At the same time, Mars was rotating and thus by processing and combining images acquired by OSIRIS at different times, it has been possible to produce a stereoscopic image, or anaglyph.

The image was produced by combining several views of Mars taken from slightly different angles. In this case, the anaglyph was generated using images acquired 6 minutes apart. To see the 3D effect, use a pair of left-eye red, right-eye blue colour glasses.



Release date: 19 October 2007