NASA’s Secret Europa Mission Under Wraps


Scientists suspect that Europa harbours more water than all of Earth’s oceans combined

In February, NASA announced that it was investing in a $2 billion mission to Europa — a tiny ice-like moon of Jupiter that is one of the most likely places for life beyond Earth.

Their spacecraft, called the Europa Multi-Flyby Mission, would orbit Jupiter, taking frequent passes by Europa for a close look at its surface. What NASA didn’t mention at the time was any plan to land on it. But in a recent conversation with US Rep. John Culberson (R-Texas), Ars Technica‘s senior space editor, Eric Berger, reported that one such plan was in motion.

Why it’s critical that we land on Europa

Setting a lander down on Europa could offer an unprecedented look at the composition of the ice on the surface, but more important, it could study molecules in the global liquid ocean (shown above) where life could exist.


Scientists suspect that Europa harbors more water than all of Earth’s oceans combined, but all of that water is contained underneath an icy shell shielded from the surface. Because of that shell, a lander couldn’t dive into the icy waters. But it could still sample them by parking beside one of the open crevasses that occasionally spew water from beneath, as illustrated below:

NASA still isn’t releasing any details on how they plan to get a probe on the surface. And if you visit the main page for NASA’s Europa mission, you won’t see any mention of a lander.

The first glimpse of a possible lander came last September, when Europa project scientist Robert Pappalardo announced that NASA was exploring the possibility of a lander. But, again, no further information regarding the design or instrumentation was given.

Over the years, a number of hypothetical missions like the Europa squid robot or tiny cryobots (shown below) have been proposed, but none of these have received serious funding consideration: Now, Berger has gotten his hands on the juicy details from Culberson, who you could say is the main man behind this critical lander mission.

A lander for Europa

NASA/JPL-CaltechCulberson is the chairman of the House Appropriations Subcommittee, with oversight of NASA’s budget. And he wants to know if there’s life on Europa as badly as any NASA scientist working on the Europa Multi-Flyby Mission.

Adding a lander to the mission would improve NASA’s chances of discovering the presence, or absence, of life, which is why Culberson is pushing for the necessary funding to get a lander added to the mission. “Honestly, if you’re going to go all that way to determine if there’s life on another world, why wouldn’t you double-check it?” Culberson told Berger.


Earlier this month, during one of Culberson’s regular check-ins with the mission scientists, he learned the latest details on the lander, which he relayed to Berger. Here’s the gist, according to Ars Technica:

  • The addition of a lander will prolong the mission launch an additional year, from 2022 to 2023.
  • Similar to the 2014 comet landing, a landing site will be chosen until the spacecraft has extensively studied the moon’s surface.
  • The lander will weigh about 500 pounds and be delivered to the surface by sky crane, similar to how the Curiosity Mars rover was set on the surface.
  • Included in the 500-pound limit, there’s room for up to 66 pounds of instruments for scientific analysis, which will include a device for identifying complex biological molecules that could signify signs of life.
  • The lander will also come with a scooper and sampling arm equipped with counter-rotating saw blades for shallow drilling into the icy surface to collect ice samples.

Ultimately, the scientists want to get the lander near a crevasse that is venting water vapor from the underground ocean, Berger reported. That way, the instruments can sniff for any signs of life that might be swimming or floating underneath.

NASA has yet to officially announce that they’re sending a lander to Europa. MSN

Read previous post:
IN SPACE - OCTOBER 7: (EDITORIAL USE ONLY) In this handout photo provided by the European Space Agency (ESA), German ESA astronaut Alexander Gerst takes a 'selfie' during his spacewalk, whilst aboard the International Space Station (ISS) on October 7, 2014 in Space. Gerst returned to earth on November 10, 2014 after spending six months on the International Space Station completing an extensive scientific programme, known as the 'Blue Dot' mission (after astronomer Carl Sagan's description of Earth, as seen on a photograph taken by the Voyager probe from six billion kilometres away). (Photo by Alexander Gerst / ESA via Getty Images)
Space Missions Have Major Effects On Astronauts’ Brains

NASA has announced that it plans to hire new astronauts...

When A Black Hole Meets An Antimatter Black Hole

Destroying a black with rockets, shooting lasers at it, smashing...

Space x
NASA Orders First Crewed Space-X Mission To Space Station

NASA has officially ordered its first commercial crew mission from private...