What landing option will NASA choose for Mars Sample Return by 2026?
Sky Crane • 33%
Commercial Option • 33%
Hybrid Option • 34%
NASA's official announcements or press releases.
NASA Explores Sky Crane and Commercial Options for Mars Sample Return by 2035-2039
Jan 7, 2025, 10:19 PM
NASA has announced a revised strategy for its Mars Sample Return Program, aiming to reduce costs and expedite the timeline for bringing Martian samples back to Earth. The agency plans to explore two landing options: one utilizing the proven 'sky crane' technology used in previous Mars missions like Curiosity and Perseverance, and another involving new commercial capabilities from companies such as SpaceX or Blue Origin. The revised plan is expected to cut costs to between $6.6 billion and $7.7 billion for the sky crane option, and between $5.8 billion and $7.1 billion for the commercial option. NASA aims to return the 30 sample tubes collected by the Perseverance rover as early as 2035, with a latest possible return date of 2039. The mission will use a radioisotope power system instead of solar panels, and the samples will be captured by the European Space Agency's Earth Return Orbiter. The final decision on the chosen architecture is slated for 2026.
View original story
Sky Crane Technology • 33%
Commercial Heavy Lift Vehicles • 33%
Hybrid Approach • 34%
Other technology • 25%
Skycrane technology • 25%
Combination of both technologies • 25%
Commercial heavy lift vehicles • 25%
New Commercial Capabilities • 33%
Combination of Both • 33%
Sky Crane Method • 33%
2037 • 25%
2038 or later • 25%
2035 • 25%
2036 • 25%
2036-2040 • 25%
Before 2035 • 25%
2035 • 25%
After 2040 • 25%
$7.2 billion to $7.7 billion • 25%
$5.8 billion to $6.5 billion • 25%
Above $7.7 billion • 25%
$6.6 billion to $7.1 billion • 25%
Hybrid • 33%
Radioisotope • 34%
Solar Panels • 33%