Mars is in the headlines again this week, not for a landing, but for the high‑stakes drama and hard choices shaping how, and whether, humanity will one day walk on the Red Planet.
NASA is currently battling to regain contact with its long‑lived MAVEN orbiter, a workhorse that has been circling Mars since 2014 to study how the planet’s atmosphere escapes into space and to relay data from surface missions. NASA reports that MAVEN last checked in on December 6 with all systems healthy before slipping behind Mars, but no signal was heard when it re‑emerged. In a bid to locate the spacecraft’s new, possibly altered orbit, engineers even turned Curiosity’s Mastcam skyward on December 16 and 20 to try to spot MAVEN against the stars, but, as NASA’s Mars program notes, no trace was found. Efforts are now paused as Mars passes behind the Sun in a solar conjunction blackout window; once that ends in mid‑January, NASA plans to resume intensive attempts to reestablish contact with the silent orbiter.
According to The Register, fragments of tracking data show MAVEN may be tumbling, hinting at some energetic event that disrupted its guidance and control. Engineers fear that if they cannot determine its exact path, even a healthy transmitter may be effectively lost in the void. The outcome will affect not just atmospheric science, but also the communications backbone future Mars missions have counted on.
Even as controllers fight to save one mission, scientists are sharpening the roadmap for the first human voyage. A new report from the U.S. National Academies of Sciences, Engineering, and Medicine, released this month, tells NASA that the top science priority for the first crewed landing on Mars must be the search for life, past or present. The report urges that every human mission return samples to Earth, include a robust surface laboratory, and integrate astronauts, robotics, and artificial intelligence in tightly coordinated campaigns to explore sites rich in ancient rocks, water‑related minerals, and active dust processes.
Fresh research is also narrowing where those future crews might actually touch down. University of Arizona scientists, in work highlighted by ScienceDaily this week, identify mid‑latitude regions where exposed and buried ice lie just beneath the surface. They argue these zones strike the best balance between abundant sunlight for power and shallow ice for drinking water, oxygen, and fuel production, making them prime candidates for robotic precursors and, eventually, human bases.
Taken together, the struggle to recover MAVEN, the new human‑exploration strategy, and the emerging maps of hidden Martian ice show a Mars program in a pivotal moment: dealing with the fragility of aging robots while laying the groundwork for the first footprints in alien soil.
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