Mars rovers are great for many reasons, most importantly, because they allow us to live vicariously through a hunk of metal exploring the Red Planet. NASA’s currently working on a yet-to-be-named rover mission slated for 2020, and is in the process of narrowing down a landing location. Similarly, the European Space…
The European Space Agency’s (ESA) Galileo satellites have been having a bad time for the past 17 years. Now, the 10 billion euro project has suffered what might be its strangest setback yet: Nine clocks across the 18 Galileo satellites in orbit have suddenly stopped working. For a fleet that was supposed to create an…
Early this morning, ESA astronaut Thomas Pesquet flexed his spacewalking muscles for the first time—and we got to live vicariously through him, thanks to a livestream straight from space.
Mars has never looked cooler than it does in this new ESA video showcasing Mawrth Vallis, a ravine that once carried water for hundreds of miles.
In case Schiaparelli’s crash-landing left you thinking the European Space Agency’s ExoMars mission was a bust, rest assured it wasn’t. The mission’s scientific workhorse—its Trace Gas Orbiter (TGO)—is performing beautifully, as evidenced by the first images and splashes of data ESA has now received back from the Red…
The European Space Agency has released new information about the crash of the ExoMars Schiaparelli lander. Soon after the deployment of its parachute, the lander made a miscalculation so bad that it thought it was below the Martian surface, when in reality was still two miles high.
The European Space Agency’s Schiaparelli lander did not touch down on Mars as planned yesterday. During a press briefing this morning, ExoMars mission scientists confirmed that the lander’s signal cut out about 50 seconds before landing, and that something went wrong in the final steps, right around when the parachute…
A joint mission led by the European Space Agency and Roscosmos arrives at Mars next week, and its first order of business will be to make history. If all goes well, NASA is about to lose its bragging rights as the only space agency to successfully land probes on the Red Planet.
Last summer, something strange happened on Rosetta’s comet. After a period of calm, the comet began erupting, throwing huge jets of comet dust into space before abruptly stopping. Now, we finally know what happened.
In just seven days, the Rosetta spacecraft will smash into Comet 67P. A new visualization shows how it’ll go down.
In two weeks, the European Space Agency will crash-land its prized Rosetta spacecraft, marking a dramatic end to the whirlwind two-year science mission that saw humanity’s first-ever comet landing. It’ll be 48 action-packed hours as Rosetta descends to its ultimate resting place on Comet 67P—and to get you properly…
The European Space Agency lost contact with its Rosetta mission’s plucky little lander, Philae, in May 2015. Now the orbiter’s high-resolution camera has found Philae wedged into a dark crack on the surface of Comet 67P/Churyumov-Gerasimenko.
In October, the joint ESA-Roscosmos ExoMars 2016 mission will land the Schiaparelli rover on the Red Planet. Here’s where the probe is scheduled to land, and why researchers chose this particular area.
A crew of NASA and ESA astronauts and researchers has arrived to underwater laboratory, Aquarius. They’ll be using the underwater conditions to simulate a crewed trip to Mars.
Seventy-one days from now, the Rosetta spacecraft will end its historic mission by crashing onto the surface of its target, Comet 67P/Churyumov-Gerasimenko. Mission planners have now selected the spacecraft’s final, mission-ending destination—and it’s a good one.
Stare deep into this abyss. What you are seeing right now is one of the deepest views into space possible.
Set yourself a reminder for September 30—that’s when the Rosetta spacecraft will make a controlled descent and crash on the surface of Comet 67P/Churyumov-Gerasimenko. After 12 years in space and nearly two years circling around this dusty, weirdly-shaped comet, this historic mission is finally coming to an end.
An underground cave is precisely the wrong direction if you’re hoping to go into space—so why is the European Space Agency sending the latest batch of ISS-bound astronauts on a spelunking expedition? To practice for life in a sealed tin can, of course.
Astronauts typically need a couple of days to get used to microgravity. But as Tim Peake demonstrates in this new video, astronauts eventually develop an extreme tolerance to all that spinning and floating.