Curiosity Rover Begins New Drill Campaign on Mars
Similar Articles
NASA's Curiosity Rover Resolves Rock Stuck to Drill, Continues Mount Sharp Exploration
Curiosity Rover Prepares to Drill New Martian Block After Successful Arm Recovery
NASA's Curiosity Rover Frees Drill From Detached Martian Rock
Curiosity Rover Detaches Martian Rock During Drilling Operation
NASA Mars Rovers Capture Detailed Panoramas to Study Planet's History
NASA's Curiosity rover has initiated a new drill campaign on Mars to analyze layered sulfate bedrock, a key geological target. The rover is performing contact science and imaging at the Atacama site before proceeding to full drilling operations. This work aims to characterize a unit of bedrock that is distinct from the rover's previous drilling locations.
Facts First
- Curiosity began a drill campaign at the Atacama site on Mount Sharp.
- The target is layered sulfate bedrock, a unit first encountered since leaving the boxwork terrain.
- Initial activities included a pre-load test and contact science using the APXS and MAHLI instruments.
- Full drilling and sample analysis are planned for the next steps of the campaign.
- The rover's current location is approximately 160 meters above its last drill site for a similar sulfate unit.
What Happened
NASA's Curiosity rover began a new drill campaign at a site named Atacama. The campaign's goal is to characterize layered sulfate bedrock on Mount Sharp. The initial three-day plan focused on preparatory 'drill sol 1' activities, which included a pre-load test on the drill target and contact science. The Alpha Particle X-ray Spectrometer (APXS) performed repeated observations on the target, and the Mars Hand Lens Imager (MAHLI) took coordinated images to detect possible changes. The Mastcam instrument assembled stereo mosaics to document the drill site and investigate nearby bedrock features.
Why this Matters to you
This scientific campaign contributes to the long-term goal of understanding Mars's geological history and past habitability. While the direct impact on your daily life is minimal, the knowledge gained could inform future exploration strategies and deepen our understanding of planetary science. The rover's continued operation and successful sample analysis may lead to new discoveries about the Martian environment.
What's Next
Planning resumed with a new three-sol plan that includes activities for 'drill sols 2 and 3,' focusing on full drilling and characterization of a sample portion. The next step involves delivering a portion of the drilled sample to the Chemistry and Mineralogy (ChemMin) instrument for analysis. The rover will also autonomously select two targets for analysis by the ChemCam instrument. Meanwhile, the Environmental theme group continues to monitor atmospheric dust, study cloud movements, and document dust devils.