The slowest part of a Mars mission is often not the driving, it is the waiting. A rover can only do so much when every move ...

Scientists test autonomous robots that study rocks faster on Mars-like terrain, balancing speed with scientific precision.

NASA’s Curiosity Rover has concluded its exploration of the Martian “boxwork terrain,” offering new revelations that could ...

NASA plans a 2028 nuclear-powered Mars mission using SR-1 Freedom and Skyfall helicopters, aiming to transform deep-space ...

Artemis II's launch window begins at around midday New Zealand time, taking those on board further into space than ever on a ...

The results, published in Frontiers in Space Technologies, showed that semi-autonomous robots can quickly investigate several ...

NASA is gearing up for one of its boldest Mars missions yet, and it’s not just about landing on the Red Planet. In 2028, the agency plans to send a nuclear-powered spacecraft carrying not one, but ...

The Artemis II mission is America’s opening bid for deep space exploration — an ambition that is well worth its hefty price ...

Like Earth, Mars is surrounded by an ionosphere—the part of its upper atmosphere where radiation from the sun knocks electrons off of atoms and molecules, creating charged particles. The Martian ...

Mars occupies a unique position in planetary science as the most accessible natural laboratory for investigating the origin and evolution of terrestrial planets and the potential for life beyond Earth ...

UNIVERSITY PARK, Pa. — As humanity prepares to take its first steps on Mars, a comprehensive report released today (Dec. 9) from the National Academies of Sciences, Engineering, and Medicine and ...