spacer
 
Advanced Search
Astrobiology Magazine Facebook  Astrobiology Magazine Twitter
  
Expeditions Blogs Mars Rover Gets a Break in the Weather
Mars Rover Gets a Break in the Weather
print PDF
Mars
Posted:   10/07/10
Author:    Henry Bortman

Summary: Astrobiology Magazine´s field research editor Henry Bortman joined members of NASA´s AMASE team and JPL engineers at Mono Lake, California, during a field test of a prototype Mars drilling and sample-caching system. Finally, on Day 4, the weather cleared long enough to conduct outdoor tests.

October 6, 2010.
Mono Lake, California


Credit: Henry Bortman
A break in the weather this morning finally gave NASA scientists and engineers an opportunity to test a prototype Mars rover under true field conditions. Until today the threat of rain and lightning had forced them to work indoors.

The rover is outfitted with an early design of a drilling system for a proposed 2018 mission to Mars that will collect rock samples and store them for return to Earth. In this early design phase, some of the steps in the acquisition-and-storage process are conducted manually, although any rover ultimately sent to Mars will be fully automated. The model rover is shown here, along the western shore of Mono Lake, drilling into a rock comprised primarily of volcanic pumice and coated by a thin layer of calcium carbonate.

The Mono Lake rover field test is a joint effort between engineers at the Jet Propulsion Lab (JPL), who designed and built the robot, and the AMASE team, based at the Carnegie Institution of Washington (CIW), which over the past several years has developed expertise in field-testing scientific equipment for Mars missions. The purpose of the test was to discover what types of problems might crop up during drilling in the field that hadn’t previously occurred under more-controlled laboratory test conditions. Although rain turned out to be the main stumbling block – rain won’t be a concern on Mars; it never rains there – a number of unexpected issues emerged that will be useful in designing the next iteration of the system.

Mono Lake was chosen as a field site because it lies in an evaporitic basin containing high concentrations of salts and alkaline compounds. Similar environmental conditions may have existed on Mars, billions of years ago, as that once-wet world lost the last of its water and became the desert planet that it is today. The team was able to obtain three separate cores from rocks along the lakeshore, although as they began to drill for the third time, rain moved in from the west. To prevent damage to the rover, they had to scramble to erect a makeshift shelter, its roof a portable shade canopy, its sides assembled from blue plastic tarps.

Credit: Henry Bortman


Related Stories

Astrobiology Roadmap Goal 2: Life on our solar system

Mono Lake and Mars
Checking for Contamination
Bringing Field Work Indoors
Building an Astrobiology Tool Kit
Unlocking Martian Rocks
Returning to Sample Mars
About Us
Contact Us
Links
Sitemap
Podcast Rss Feed
Daily News Story RSS Feed
Latest News Story RSS Feed
Learn more about RSS
Chief Editor & Executive Producer: Helen Matsos
Copyright © 2014, Astrobio.net