We saw a tweet this past week from @GNU_Ninja, asking if dust storms might affect the entry, descent and landing (EDL) of the Schiaparelli demo landing module on the Red Planet's surface on 19 October. We asked ESA's Jorge Vago, the ExoMars Project Scientist, for a reply.
@esaoperations @ESA_TGO There's a global dust storm forecast on Mars; Would such a storm compromise the safety of the lander?
— /dev/null (@GNU_Ninja) October 6, 2016
Jorge replied:
NO, no problem. The lander has been designed to be able to cope with a global dust storm. In fact, a global dust storm would be amazing for the science package, DREAMS, on Schiaparelli, which for the first time will measure the electrification of the martian atmosphere due to dust grain friction.
On the other hand, the DECA descent camera would just snap featureless, grey images in case of any large dust storm. The dust activity peak is predicted for 29 October 2016. We therefore think it is more likely that a global dust storm may develop a couple of weeks after the landing. We look forward to having an increased dust content in the atmosphere to make DREAMS measurements more interesting – but just not too much so as to ruin the DECA images, please.
MRO MARCI Weather Report for the week of 26 September 2016 – 2 October 2016 Credit: NASA/JPL-Caltech/Malin Space Science Systems
from Rocket Science http://ift.tt/2d0wox5
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We saw a tweet this past week from @GNU_Ninja, asking if dust storms might affect the entry, descent and landing (EDL) of the Schiaparelli demo landing module on the Red Planet's surface on 19 October. We asked ESA's Jorge Vago, the ExoMars Project Scientist, for a reply.
@esaoperations @ESA_TGO There's a global dust storm forecast on Mars; Would such a storm compromise the safety of the lander?
— /dev/null (@GNU_Ninja) October 6, 2016
Jorge replied:
NO, no problem. The lander has been designed to be able to cope with a global dust storm. In fact, a global dust storm would be amazing for the science package, DREAMS, on Schiaparelli, which for the first time will measure the electrification of the martian atmosphere due to dust grain friction.
On the other hand, the DECA descent camera would just snap featureless, grey images in case of any large dust storm. The dust activity peak is predicted for 29 October 2016. We therefore think it is more likely that a global dust storm may develop a couple of weeks after the landing. We look forward to having an increased dust content in the atmosphere to make DREAMS measurements more interesting – but just not too much so as to ruin the DECA images, please.
MRO MARCI Weather Report for the week of 26 September 2016 – 2 October 2016 Credit: NASA/JPL-Caltech/Malin Space Science Systems
from Rocket Science http://ift.tt/2d0wox5
v
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