Over the past few days, NASA’s Curiosity rover has been making a steady climb towards a strange Martian ridge that’s captivated scientists since before the mission even started. Known as Vera Ridge after the pioneering astrophysicist Vera Rubin, the durable outcrop could shed new light on the environment and potential…
Last month, NASA’s Curiosity rover captured some of the most remarkable images of Martian clouds we’ve ever seen. Now rare, these Earth-like cirrus clouds are a glimpse into the Red Planet’s distant past.
See that faint, blue dot in the middle of this NASA image? That’s the Curiosity rover making its way up the rocky slopes of Mount Sharp. The robotic lander, now approaching its fifth year of operation, has never looked so lonely.
As the Curiosity rover crawls its way across the Martian surface, it has to deal with a team of over 20 people to decide its every move. That makes riding in the car with an annoying navigator seem like a luxury.
A routine check performed by NASA has uncovered two tears on the treads of the Mars Curiosity Rover’s left middle wheel. The damage isn’t unexpected, nor is it catastrophic, but it’s a reminder that this intrepid little explorer won’t last forever.
NASA’s Curiosity rover is currently climbing the slopes of Mount Sharp as it ventures to its next exploration site. Earlier this week, the rover stumbled upon a tiny metallic meteorite, which features some rather peculiar features.
NASA’s Curiosity rover has completed its survey of “Murray Buttes,” and is now set to venture even higher along the slopes of Mount Sharp. The intrepid rover took the opportunity to snap a selfie as it proudly stood in front of some rather dramatic Martian features.
NASA has dubbed its RASSOR rover “a blue collar robot.” This thing may get down and dirty but its design and purpose are quite elegant.
NASA’s Curiosity rover is currently exploring the “Murray Buttes” region of lower Mount Sharp, where it captured these beautiful color images of eroded rock formations. The pictures are so crisp and detailed, it’s as if we’re right there on the Martian surface.
Admit it: In your heart, you’re a space robot, laughing at death on Mars, while you pop a wheelie over an underground water cavern. Now there’s a game that lets you take your true form.
NASA just announced that it’s given the Curiosity rover the power to fire its laser at targets of its choice. You fools, you’ve killed us all.
Curiosity is finally back in action, after it threw itself into a mysterious partial shutdown last week, briefly falling out of communication with Earth. Now, NASA has figured out the cause—and the culprit is also one of Curiosity’s best features.
Mission controllers at NASA are currently working to return the Curiosity Mars rover to full activity after a computer glitch that caused the rover to enter into a precautionary stand-down over the weekend.
A remarkable new image captured by a satellite in orbit around Mars shows the Curiosity rover as it explores the barren landscape.
Curiosity is busy poking and prodding the Bagnold Dunes, learning some new tricks in the first-ever interplanetary fieldwork on a sand dune. And of course it looks absolutely stunning while doing it in this latest sand dune selfie.
NASA’s Curiosity rover is currently investigating a chain of Martian sand dunes, offering an unprecedented glimpse of these dynamic—but strangely familiar—features.
Now this is an unusual view of the Curiosity rover on Mars! The rover is experimenting with using a different camera for self-portraits as part of its investigations at Namib dune.
Mars InSight lander was set to blast its way towards the red planet just three short months from now. Today, NASA announced that leaks that had sprung up in the lander wouldn’t be fixed in time. The next window to send it back won’t be for two years—and whether it will make it then isn’t yet certain.
In its slow ascent up Mount Sharp, NASA’s Curiosity Rover has stumbled upon a mystery fit for the robot’s name: silica. Lots and lots of silica. And the discovery may shape our understanding of the Red Planet’s geologic past, including whether life could have lived there.