NASA's Mars rover Curiosity is set to drill into the "Valle de la Luna" block in the "Monte Grande" hollow, a location it targeted for drilling the weekend of October 18-19, 2025. The rover has been investigating this region for several months and has driven just under a kilometer across the boxwork unit.
The boxwork structures are characterized by a series of ridges and hollows, making it challenging to find a suitable place to drill. However, in Monte Grande, Curiosity's team found chemistry that is within their expected compositional range. The rover also took images using the Mars Advanced Camera for Hyper-Spectral Imaging (MAHLI) and Mastcam to assess the surface of the potential drill area.
To verify the findings, NASA held a "Target Acquisition Assessment Meeting" on Friday, where mission scientists and planners pored over the data. After receiving the news that the meeting gave the green light for drilling, Curiosity will begin its operation this weekend.
If successful, the drill will provide valuable insights into the formation of boxworks and help the team better understand their composition using ChemMin (Chemistry Mineralogy) and SAM (Sample Analysis at Mars). Meanwhile, Mastcam will continue to capture images of the surrounding environment and the bedrock.
This drilling operation marks Curiosity's 43rd hole on the Martian surface, bringing it closer to answering questions about the Red Planet's geological history.
The boxwork structures are characterized by a series of ridges and hollows, making it challenging to find a suitable place to drill. However, in Monte Grande, Curiosity's team found chemistry that is within their expected compositional range. The rover also took images using the Mars Advanced Camera for Hyper-Spectral Imaging (MAHLI) and Mastcam to assess the surface of the potential drill area.
To verify the findings, NASA held a "Target Acquisition Assessment Meeting" on Friday, where mission scientists and planners pored over the data. After receiving the news that the meeting gave the green light for drilling, Curiosity will begin its operation this weekend.
If successful, the drill will provide valuable insights into the formation of boxworks and help the team better understand their composition using ChemMin (Chemistry Mineralogy) and SAM (Sample Analysis at Mars). Meanwhile, Mastcam will continue to capture images of the surrounding environment and the bedrock.
This drilling operation marks Curiosity's 43rd hole on the Martian surface, bringing it closer to answering questions about the Red Planet's geological history.