"The largest park on Mars'

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Just simple Blah.

This is a reasonable description for an important destination Insight spacecraft, now h & # 39; away from touchdowns of & # 39; Mars.

"The largest batch of & # 39; parking on Mars", says NASA.

"Smooth and flat," says Matt Golombek of Propulsion Laboratory Jets in Pasadena, California.

In fact, Elysium Planitia, the location & # 39; the little landing north of & # 39; the Martian equator – is monotonous, not mountainous; sandy plain simple without ceasing.

"Place to m & # 39; has large cliffs or large kratri", says Golombek. "Not too steep hills, not too rocky."

Exactly what you want NASA.

"Although never niddejjaħha," adds Golombek, the ġeologu to lead the team of the site of the landing mission. "Dull is in the eye & # 39; seeker person."

Particularly when it is deep Once sent, Insight plan to stay five meters, about 16 feet below the dreary landscape.

The entrance to the & # 39; now or in the & # 39; rear, and NASA can & # 39; understand the secrets & # 39; under the surface & # 39; Mars.

For almost every vehicle, is reliable ground floor flat. The obstacles are dangerous.

Art on a large rock, and Insight is susceptible to puncture; arrives on a stationary slope, and you & # 39; tilt or closed. Settle on a surface that can not handle the load – some Martian dust is "extremely fluffy", says Golombek, and spacecraft "can & # 39; actually disappear."

Because the location & # 39; touchdown, dull or not, working. None of those left out scenarios & # 39; likely there. & Nbsp;"This is the best place we can find ", he says.

The NASA search for the site took about three and a half years. Using & # 39; the orbitaturi of & # 39; Mars, scientists came to Elysium Planitia b & # 39; systematic and comprehensive way; 150 printing & # 39; high resolution were necessary.

"We have very detailed information,"Says Golombek. & Nbsp;"We measured the hill. The distribution of the crater. The rock shadows. M & # 39; & # 39 have to play in, place & # 39; landing. "

Now, the team & # 39; Insight b & # 39; reasonable confidence – it & # 39; identify most anything in the area that is & # 39; about size meter.

"This is something like the size & # 39; your desk," says Golombek.

Still, Elysium Planitia offers no guarantee.

"Once we land," he says, "then we'll know how we did."

B & # 39; difference from the Mars rovers, Insight does not wander. Instead, the probe remains & # 39; placed.

The mission, literally revolutionary, filling the mysterious Martian interior; two instruments on the spacecraft go deep inside Mars.

The seismometers, which is in the sphere size & # 39; volleyball, detects slippage from the hill sides, dust storms, the meteun attacks, and Marsquakes.

Automatic mechanical mole, connected to & # 39; temperature sensors, detects whether issuing heat from the planet& # 39; S& Nbsp; inside.

Now the hard part.

For Insight, the rocks below the surface are delicate as the rock & # 39; above.

Take the mole. Fine to mine through the Martian soil. Fine for small rock & # 39; four & # 39; up to five inches in length (the mole just give them out of the way). Just okay with & # 39; something just a bit bigger; sometimes the mole can & # 39; maneuver in the past, by & # 39; finalk.

But there is a limit. & Nbsp; "It can go rock hard and intact", says Golombek. If the mole posts directly & # 39; big flat one, stop.

Equally scary way–the mole has only one shot at point of entry, no do-overs.

"One time it, and that's what," he says.

Still, the Nasa say that the landing & # 39; 16 meters (or more) is possible.

"This is a fairly high probability," Golombek provides.

"But you never know for sure."

If Insight tiddiżifera internal Marzjan, scientists can infer the early history & # 39; Mars. They can explain how rocky planets formed and evolved over billions of & # 39; years. Tips on how to get life on Earth – or fizzles out – will emerge.

Those indications are lost on the Earth, geologically dynamic place that has removed most of his past. But Mars remains & # 39; the way it was eons ago.

"It's all wrapped in geology," said Golombek.

Connecting, and we understand the Earth's birth at the end of the day. Nothing blah about that.

"on a Mission"- the new podcast series on the trip & # 39; Insight to Mars, presented by NASA & # 39; s Jet Propulsion Laboratory-here here.

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Just simple Blah.

This is a reasonable description for an important destination Insight spacecraft, now h & # 39; away from touchdowns of & # 39; Mars.

"The largest batch of & # 39; parking on Mars", says NASA.

"Smooth and flat," says Matt Golombek of Propulsion Laboratory Jets in Pasadena, California.

In fact, Elysium Planitia, the location & # 39; the little landing north of & # 39; the Martian equator – is monotonous, not mountainous; sandy plain simple without ceasing.

"Place to m & # 39; has large cliffs or large kratri", says Golombek. "Not too steep hills, not too rocky."

Exactly what you want NASA.

"Although never niddejjaħha," adds Golombek, the ġeologu to lead the team of the site of the landing mission. "Dull is in the eye & # 39; seeker person."

Particularly when it is deep Once sent, Insight plan to stay five meters, about 16 feet below the dreary landscape.

The entrance to the & # 39; now or in the & # 39; rear, and NASA can & # 39; understand the secrets & # 39; under the surface & # 39; Mars.

For almost every vehicle, is reliable ground floor flat. The obstacles are dangerous.

Art on a large rock, and Insight is susceptible to puncture; arrives on a stationary slope, and you & # 39; tilt or closed. Settle on a surface that can not handle the load – some Martian dust is "extremely fluffy", says Golombek, and spacecraft "can & # 39; actually disappear."

Because the location & # 39; touchdown, dull or not, working. None of those left out scenarios & # 39; likely there. "This is the best place we can find ", he says.

The NASA search for the site took about three and a half years. Using & # 39; the orbitaturi of & # 39; Mars, scientists came to Elysium Planitia b & # 39; systematic and comprehensive way; 150 printing & # 39; high resolution were necessary.

"We have very detailed information,"Says Golombek. "We measured the hill. The distribution of the crater. The rock shadows. M & # 39; & # 39 have to play in, place & # 39; landing. "

Now, the team & # 39; Insight b & # 39; reasonable confidence – it & # 39; identify most anything in the area that is & # 39; about size meter.

"This is something like the size & # 39; your desk," says Golombek.

Still, Elysium Planitia offers no guarantee.

"Once we land," he says, "then we'll know how we did."

B & # 39; difference from the Mars rovers, Insight does not wander. Instead, the probe remains & # 39; placed.

The mission, literally revolutionary, filling the mysterious Martian interior; two instruments on the spacecraft go deep inside Mars.

The seismometers, which is in the sphere size & # 39; volleyball, detects slippage from the hill sides, dust storms, the meteun attacks, and Marsquakes.

Automatic mechanical mole, connected to & # 39; temperature sensors, detects whether issuing heat from the planet& # 39; S inside.

Now the hard part.

For Insight, the rocks below the surface are delicate as the rock & # 39; above.

Take the mole. Fine to mine through the Martian soil. Fine for small rock & # 39; four & # 39; up to five inches in length (the mole just give them out of the way). Just okay with & # 39; something just a bit bigger; sometimes the mole can & # 39; maneuver in the past, by & # 39; finalk.

But there is a limit. "It can go rock hard and intact," says Golombek. If the mole posts directly & # 39; big flat one, stop.

Equally scary way–the mole has only one shot at point of entry, no do-overs.

"One time it, and that's what," he says.

Still, the Nasa say that the landing & # 39; 16 meters (or more) is possible.

"This is a fairly high probability," Golombek provides.

"But you never know for sure."

If Insight tiddiżifera internal Marzjan, scientists can infer the early history & # 39; Mars. They can explain how rocky planets formed and evolved over billions of & # 39; years. Tips on how to get life on Earth – or fizzles out – will emerge.

Those indications are lost on the Earth, geologically dynamic place that has removed most of his past. But Mars remains & # 39; the way it was eons ago.

"It's all wrapped in geology," said Golombek.

Remove, and we can finally understand the Earth's birth. Nothing blah about that.

"on a Mission"- collection of the new podcast series on the trip & # 39; Insight to Mars, presented by the Laboratory & # 39; the Jet Propulsion & # 39; NASA.