Sol 3565: Over, Around, and Through by Michelle Minitti, Planetary Geologist at Framework Pasadena CA (JPL) Aug 16, 2022
We filled much of today's plan imaging the wonders around and ahead of us as we pick our way through "Paraitepuy Pass" - the towering buttes, geologic relationships, and layers that have drawn our attention for a literal decade. But it is also fun to look back on how we got to where we are. The image above traces a small segment of our path traversing the obstacles that guard the pass - over one of the large ripples, around several large boulders - leading us to a point where we are nearly through the pass. I particularly enjoy seeing the choice of diverting the drive oh-so-close to the towering "Bolivar" butte to our starboard side so our wheels could cross the (presumably!) shallowest part of the large ripple. It is great to see yet another successful ripple crossing, hearkening back to the first big one way back on Sol 535 at "Dingo Gap." Before we cross yet one more ripple, we planned imaging from the scale of vistas to small bedrock blocks. ChemCam will image the spectacular "Kukenan" butte, and will team up with Mastcam to image an intriguing rubbly ridge extending from the north side of Bolivar. Mastcam will add to our coverage of the "Orinoco" butte, and Bolivar butte with mosaics along its base including the "Karia Island" and "Ayanganna" targets. The interesting texture and color of the former target also made it a target for Mastcam multispectral analysis. We will acquire one Mastcam image of "Antonio," the lone rock poking out of the ripple in front of the rover which has a lumpy texture. DAN passive runs in parallel with all these geologic observations and our drive, punctuated by a DAN active post-drive. RAD and REMS will keep their regular tabs on our environment throughout the sol.
Sols 3562-3563: Adventures Over Sand Pasadena CA (JPL) Aug 18, 2022 Curiosity is continuing the journey through Paraitepuy Pass. The image above shows why it is going to take some time to traverse through this area. Here the navigation cameras snapped a photo of Curiosity's wheel tracks over a sand ripple. The rover was designed to overcome terrain like this, but the rover planners still want to develop the drive paths very carefully as we drive through these rocks and sand features. We decided to take advantage of these sandy adventures, so today we focused our c ... read more
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