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Dynamic soaring may suit Mars missions
Dynamic soaring differs from the traditional static soaring techniques normally used by glider pilots. Unlike static soaring, which uses vertical motion such as riding thermals, dynamic soaring involves extracting energy from horizontal windshears.
This may give the edge to projects like ARES that suffer from limited range and duration.
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I knew the moment that I saw the Aerial Regional-scale Environmental Survey of Mars Scout Mission plane that we had another thread covering it. Airplanes on Mars on page 3, I posted on this particular shape and design.
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Dynamic soaring may suit Mars missions
Dynamic soaring differs from the traditional static soaring techniques normally used by glider pilots. Unlike static soaring, which uses vertical motion such as riding thermals, dynamic soaring involves extracting energy from horizontal windshears.
This may give the edge to projects like ARES that suffer from limited range and duration.
My understanding of dynamic soaring relates to the far-ranging sea birds which rely upon moving waves to cover distances over the oceans. Slope soaring parallel to moving slopes, in other words. The dust devils of Mars appear to be so numerous that thermal soaring must be possible using ultralight, instrument carrying sailplanes, with solar powered and charged propeller propulsion assist.
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