American space agency NASA announced it is looking at two ways of landing hardware on Mars for the Sample Return mission, will decide in late 2026

An exploding budget and an unraveling schedule spell disappointment for NASA's mission to learn more about Mars's history.

NASA has unveiled two revamped plans to bring Mars samples to Earth in the 2030s, reducing costs by nearly half from its initial $11 billion proposal while expediting the timeline.

Previously, the Mars Sample Return mission had been estimated to cost around 11 billion dollars and would not return a sample until the 2040's, noted Nelson, who said a re-evaluation of the mission had to be done because "this thing had gotten out of control."

NASA sees two paths for saving its beleaguered plan to retrieve materials from the Red Planet but won’t choose between them until 2026

NASA Administrator Bill Nelson left a final decision on a new mission architecture to the next NASA administrator working under the incoming Trump administration. President-elect Donald Trump nominated entrepreneur and commercial astronaut Jared Isaacman as the agency's 15th administrator last month.

NASA announced Tuesday that it is exploring two options to move forward with its mission to return samples from Mars at a lower cost.

Given that the Perseverance rover has already obtained 28 samples of rock, soil and atmosphere on Mars in cigar-sized titanium tubes, and given the decadeslong desire of the scientific community ...

NASA will investigate two new approaches to bring its Mars samples to Earth through a ... we want to return 30 titanium tubes as soon as possible at the cheapest price." NASA plans to finalize ...

The company has outlined its proposed architecture to return martian rock and dust samples to Earth for research.

“We want to return 30 titanium tubes as soon as possible at ... things by having the sample tubes cleaned on the surface of Mars, versus in the returning spacecraft, and switching from solar ...

NASA’s Perseverance rover, which landed on Mars in 2021, has been collecting samples in cigar-sized titanium tubes as part of the agency’s quest to uncover evidence of ancient microbial life.