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NASA’s billion dollar InSight robot is struggling to dig into the surface of…

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In nearly eight months, the Land Rover dug just 14 inches from the surface of the red planet, although it was designed to reach at least 16 feet to study how heat escapes from the interior.

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NASA's billion-dollar InSight robot is struggling to dig the surface of Mars and is simply bouncing up and down on the ground.

  • NASA InSight dug just 14 inches from the surface of Mars
  • It is designed to reach at least 16 feet to study how heat escapes from the interior.
  • The heat probe cannot remain stable during excavation and is bouncing
  • The rover is using a shell, but cannot use the full force of his arm.

NASA's InSight spacecraft provided the US space agency with weather reports, images and other interesting discoveries on Mars – but struggled to probe its surface.

In nearly eight months, the Land Rover dug just 14 inches from the surface of the red planet, although it was designed to reach at least 16 feet to study how heat escapes from the interior.

This error is due to the inability of the heat probe & # 39; mole & # 39; InSight's ability to stay grounded – NASA believes the device is just bouncing in place.

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In nearly eight months, the Land Rover dug just 14 inches from the surface of the red planet, although it was designed to reach at least 16 feet to study how heat escapes from the interior.

NASA's $ 1 billion rover InSight landed on Mars in November 2018 after traveling through space for seven months.

And although it was an important participant in the Mars mission, it failed to explore the interior of the planet.

However, NASA believes it has discovered why the self-hammering probe is not working well and has a plan in place.

"We'll try to press the side of the shell against the mole and pin it to the hole wall," said Sue Smrekar, InSight's deputy principal researcher at NASA's Jet Propulsion Laboratory in Pasadena, California. CNN.

This error is due to the inability of the heat probe & # 39; mole & # 39; of InSight to keep its footing - NASA believes the device is just bouncing in place

This error is due to the inability of the heat probe & # 39; mole & # 39; of InSight in keeping its foot on the ground – NASA believes the device is just bouncing in place

"This can increase friction enough to keep it going when the mole hammer is resumed."

The team also found that the location where InSight is currently digging does not look like the mission, as it is cemented and much thicker.

"All we know about the soil is what we can see in the images InSight sends us," said Tilman Spohn, principal investigator for the experiment. "Since we can't bring the soil to the mole, maybe we can bring it to the ground by trapping it in the hole."

In recent months, the team has used a shell (pictured) on the robotic arm to push and poke the ground, waiting for it to collapse. But the arm can't use all its force to push

In recent months, the team has used a shell (pictured) on the robotic arm to push and poke the ground, waiting for it to collapse. But the arm can't use all its force to push

INSIGHT'S MAIN INSTRUMENTS

The probe that could reveal how the earth was formed

The probe that could reveal how the earth was formed

Three main instruments will allow InSight to land on the pulse of the red planet:

Seismometer: The InSight landing module carries a seismometer, the SIX, which listens to the pulse of Mars.

The seismometer records the waves that travel through the inner structure of a planet.

Studying seismic waves tells us what the waves might be creating.

On Mars, scientists suspect the culprits are marsquake or meteorites hitting the surface.

Heat probe: The InSight HP3 heat flow probe is deeper than any other shells, drills or probes on Mars before it.

He will investigate how much heat is still flowing from Mars.

Radio antennas: Like Earth, Mars oscillates a little as it rotates around its axis.

To study this, two radio antennas, part of the RISE instrument, track the lander's location very precisely.

This helps scientists test the planet's reflexes and tells them how deep inner structure affects the movement of the planet around the sun.

InSight has been using a shell on its robotic arm in recent months hoping to move more ground, but the arm is unable to use its full force with the accessory.

In recent months, the team has used a robotic arm shell to push and poke the ground, waiting for it to collapse. But the arm cannot use all its force to push.

"We're asking the arm to punch overweight," said Ashitey Trebi-Ollennu, JPL's chief arm engineer.

O The arm can't push the ground the way a person can.

"That would be easier if it could, but that's not the arm we have."

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