Activities on Sol 1651 went smoothly, allowing for a focus on dropping off the fine-grained sample OG1 to CheMin and conducting SAM analysis. The plan began with Mastcam multispectral imaging of the right and left wheel scuffs, along with Mastcam change detection imaging. ChemCam then investigated various locations like “Tumbledown Mountain,” “Elephant Mountain,” and “Canoe Point” to analyze the composition of sand in different parts of the left wheel scuff.
Navcam also played a role by capturing an image to assess the dust loading within the crater from a line-of-sight perspective. In the afternoon, part of the OG1 sample was delivered to CheMin for further analysis. Curiosity remained busy overnight with a SAM solid sample evolved gas experiment to study the fine-grained portion of OG1.
While I was occupied with operations for the Opportunity rover on the other side of the planet, it was exciting to see members of both rover teams collaborating during telecons to plan numerous scientific activities for our dedicated robots. The coordination and teamwork between the teams are crucial for ensuring the success of the missions.
By using or registering on any part of this site, you are agreeing to our…
The Biden administration's excessive spending has led to significant borrowing, resulting in trillion-dollar deficits during…
Business owners in the Spring Branch area of Houston, Texas are facing the aftermath of…
In 2023, Optum's ASC arm, SCA Health, based in Deerfield, Illinois, acquired two cardiovascular providers…
Andrew Coatney, a 14-year-old football player from Valley Mills, Texas, tragically passed away in a…
Greenwave Technology (NASDAQ:GWAV) stock has been on a strong rally recently, becoming a favorite among…