NASA’s Answer to Mars Sample Return Problem
NASA is pitching a cheaper and quicker way of getting rocks and soil back from Mars, after seeing its original plan swell to $11 billion. Administrator Bill Nelson presented a revised scenario Tuesday,
NASA has arrived at two ways of returning samples collected on Mars to Earth. Now, the agency will test the options to see if the cache can make it back in the 2030s.
After a long career as a politician from Florida, former astronaut Bill Nelson has served as NASA's administrator for the last three and a half years. He intends to resign from this position in about two weeks when President Joe Biden ends his term in the White House.
NASA hopes a revised plan will get Mars samples back to Earth faster and cost less than the agency's original plan.
NASA announced Tuesday it may turn to Elon Musk's SpaceX or Jeff Bezos's Blue Origin to help reduce the soaring costs of returning Martian rocks collected by the Perseverance rover to Earth.
NASA is exploring two potential strategies to bring Mars samples back to Earth, aiming to simplify and reduce the cost of the mission.
A European service vehicle would help return the cigar-sized samples. The second option uses new commercial capabilities to deliver the lander payload to the surface of Mars. Read: Wekiva Island hosts craft beer and wine festival that offers attendees unlimited sips and samples
NASA has arrived at two ways of returning samples collected on Mars to Earth. Now, the agency will test the options to see if the cache can make it back in the 2030s.
NASA hopes a revised plan will get Mars samples back to Earth faster and cost less than the agency's original plan.
The Mars Sample Return mission has been ranked as the highest priority by planetary scientists, who hope to find signs of ancient life on Mars.
NASA announced Tuesday it had narrowed down to two options the reworked Mars Sample Return mission aiming for a cheaper and quicker completion than the version that was killed last year. One would be to use a version of the sky crane system that was used to land both the Mars rovers Perseverance and Curiosity safely on the Martian surface.