Scope out these new images from the Rosetta probe now less than a month away from dropping the Philae lander onto Comet 67P C-G’s dusty-icy surface. The first picture was taken by the the landers’ Comet Infrared and Visible Analyzer (CIVA) looking out from Rosetta toward the comet. You might remember Philae’s first selfie back on September 7 taken from 31 miles (50 km) away. This new image brings us to within 9.9 miles (16 km) of the comet’s surface.
The photo’s a composite of two images made with two separate exposures to capture the dark comet and Rosetta insulation (one exposure) and the bright solar array. The image is the last from Philae before the lander separates from Rosetta on November 12 and gently floats down to the comet’s surface.
Not only is the comet larger in the new photo but a very distinct jet of gas of vaporizing ice and dust is visible near the junction of the neck and larger lobe.
A new mosaic image from Rosetta spacecraft shows Site J, the primary landing site on Comet 67P/Churyumov-Gerasimenko for the mission’s Philae lander. Rosetta is the first mission to orbit a comet and to attempt a soft landing on one.
The mosaic comprises two images taken by Rosetta’s OSIRIS narrow-angle camera on Sept. 14, 2014, from a distance of about 19 miles (30 kilometers). The image scale is 1.6 feet (0.5 meters) per pixel. The red ellipse is centered on the landing site and is approximately 1,600 feet (500-m) in diameter or a third of a mile. That’s just a walk around the block!
New video from Mattias Malmer titled “Rising over the edge” – A synthetic 3D view of 67P / Churyumov-Gerasimenko October 8
On November 12, the Rosetta spacecraft will release Philae at 3:03 a.m. Central Standard Time (9:03 a.m. Greenwich Time); 7 hours later it will land at Site J at around 10 a.m. CST (4 p.m. Greenwich).
Cheops Ascent by Mattias Malmer
If you like that video, here’s another in 3D (use red-blue anaglyph glasses to see best). Cheops is the name of the boulder in the photo located on the neck of the comet. It’s about 148-feet (48-m) across. The “synthetic” in the video titles refers to Malmer’s method creating them. He takes real images and digitally drapes them on a model of the comet to create a three-dimensional appearance.