The Mars Curiosity Rover has completed its brain transplant, upgrading its operating system and apps. Now it's ready to start her exploration journey across the Gale Crater, en route to slice and dice Mount Sharp on a search to find life in the Red Planet.
Curiosity's day 3 on the Gale Crater, Mars. All systems are running as expected. There is no sign of sailors fighting in the dance hall, cavemen or any freaky show, and here's the first natural 360-degree color panorama image to prove it.
Adam Steltzner spent nine years working to turn seven minutes of terror into NASA's finest hour since the landing of Apollo 11 on the Sea of Tranquility. His is a fascinating insider's view of one of the most amazing space exploration feats in the history of humankind.
Great news keep coming from the red planet. Curiosity has opened her eyes for the first time. She took a good look around her and decided that life is good in Mars—albeit a bit lonely.
NASA's Mars Reconnaissance Orbiter just snapped the scene of the crime: all the pieces of the EDL (Entry Descent Landing) system that worked flawlessly together to safely put Curiosity on the surface of Mars.
I'm going to interview Adam Steltzner in 30 minutes. You probably know his unmistakable rocker face from the past few days: he's the lead engineer of the Mars Science Laboratory Curiosity rover entry, descent and landing phase.
A lot of people are wondering why the first color image from the Mars Curiosity Rover looks so murky. Or why the black and white pictures look so low-resolution and out of focus in some areas. Calm yourselves. They will look absolutely amazing soon, perfect and in high-def.
While Curiosity was still flying through space, way before it landed on Mars, scientists at the Jet Propulsion Laboratory were busy working with a clone rover back on earth. In a simulation area called the Mars Yard, scientists put the duplicate Mars Science Laboratory (MSL) through a series of experiments to…
Shooting a robot millions of miles from Earth and landing it on another planet is incredibly impressive and all, but it wasn't a just an aeronautical physics experiment. We went there to collect data. Now we've got some: the first color images from Mars Curiosity.
This video covers the last two and a half minutes of Curiosity's descent from her point of view. It's made of 297 frames captured during the landing. You can see the thermal shield being jettisoned and the wheel of the rover as it's being dropped by the skycrane.
Here you have it. It's not the super-HD panoramic image that everyone is eagerly awaiting for, but this is the first high(ish) resolution image of the 3-mile-high Aeolis Mons, commonly known as Mount Sharp.
People are making a lot of comparisons between the cost of the Mars Curiosity Rover—incidentally, the cost was all spent in our economy not sent to Mars in a bag—and other events and projects. Among them, the cost of the olympics, as shown above.
A friend at NASA has sent us this funny document that reveals two things for the first time. One, it shows exactly where Curiosity landed yesterday. The accuracy of the actual landing site compared to the target is impressive!*
Last night NASA landed on Mars. An amazing feat! But guess what? The Curiosity rover's on-board computer is a pretty low-power system. In fact, the iPhone 4S is four times more powerful. Check out the specs below.
So MSL Curiosity has landed. It survived the seven minutes of terror and safely touched down on the surface of Mars. A miracle in its own right. Now that it's there, it needs a way to move around. Anyone who played Lunar Lander and Moon Patrol already knows how they're going to do this: Video games.
You overslept, burnt your breakfast, spilt coffee down your shirt, and stumbled into work looking a wreck—a bit like every other Monday morning, just ten times worse. But that's OK, because you have an excuse: last night, you were watching history being made.