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JAXA releases footage from its Hayabusa2 spacecraft as the BOMBS asteroid Ryugu

Incredible footage released by Japan's space agency shows a small explosive care to the distant asteroid Ryugu. Japan's Aerospace Exploration Agency (JAXA) launched the bomb from its Hayabusa2 spacecraft on April 4th, creating a crater the size of a double-decker bus. space probe. JAXA has been studying the space rock for over a year and has carried out a series of interactions with the space rock to unlock the original of the solar system. It first released rovers onto its surface and then In the third test, JAXA used and explosive device fired from a craft from 1 ,640 feet (500 meters) up to create. an artificial crater on the asteroid's surface. The artificial crater should expose the subterranean samples underneath, giving scientists access to rock unaffected by the harsh conditions of space. Scroll down for video Incredible footage shows a small explosive career towards the distant asteroid Ryugu, released by Japan's space agency. On April 4th, the Japan Aerospace Exploration Agency (JAXA) launched the bomb from its Hayabusa2 spacecraft The footage shows the impactor on its way to the space rock before cutting out before the explosion. It was taken from the Hayabusa2 craft before it had protected itself from flying debris, by ducking behind Ryugu and staying there for about two weeks. JAXA hopes to use the fall-out from the explosion to make a crater and collect rock samples from under the rocky surface. The copper explosive is the size of a baseball weighing 4.4 pounds (2kg). It…

Incredible footage released by Japan’s space agency shows a small explosive care to the distant asteroid Ryugu.

Japan’s Aerospace Exploration Agency (JAXA) launched the bomb from its Hayabusa2 spacecraft on April 4th, creating a crater the size of a double-decker bus.

space probe.

JAXA has been studying the space rock for over a year and has carried out a series of interactions with the space rock to unlock the original of the solar system.

It first released rovers onto its surface and then

In the third test, JAXA used and explosive device fired from a craft from 1

,640 feet (500 meters) up to create. an artificial crater on the asteroid’s surface.

The artificial crater should expose the subterranean samples underneath, giving scientists access to rock unaffected by the harsh conditions of space.

Scroll down for video

 Incredible footage shows a small explosive career towards the distant asteroid Ryugu, released by Japan's space agency. On April 4th, the Japan Aerospace Exploration Agency (JAXA) launched the bomb from its Hayabusa2 spacecraft

Incredible footage shows a small explosive career towards the distant asteroid Ryugu, released by Japan’s space agency. On April 4th, the Japan Aerospace Exploration Agency (JAXA) launched the bomb from its Hayabusa2 spacecraft

The footage shows the impactor on its way to the space rock before cutting out before the explosion.

It was taken from the Hayabusa2 craft before it had protected itself from flying debris, by ducking behind Ryugu and staying there for about two weeks.

JAXA hopes to use the fall-out from the explosion to make a crater and collect rock samples from under the rocky surface.

The copper explosive is the size of a baseball weighing 4.4 pounds (2kg). It was designed to come out of a shaped piece of equipment on the spacecraft.

A copper plate on its bottom was designed to turn into a ball during its descent and slam into the asteroid at 1.2 miles (2km) per second .

 Japan's space agency (JAXA) has used its Hayabusa2 spacecraft dropped a bomb the size of a baseball on the distant asteroid Ryugu. This image shows the explosive dropped from Hayabusa2 spacecraft to make a crater on the asteroid. Ryugu

Japan’s space agency (JAXA) has used its Hayabusa2 spacecraft dropped a bomb the size of a baseball on the distant asteroid Ryugu. This image shows the explosive dropped from Hayabusa2 spacecraft to make a crater on the asteroid. Ryugu

 JAXA is used to use the fall-out from the explosion to make a crater and collect rock samples from underground. This image shows surface matter ejected from Ryugu's surface following the explosion

JAXA is used to use the fall-out from the explosion to make a crater and collect rock samples from underground. This image shows surface matter ejected from Ryugu’s surface following the explosion

JAXA plans to send Hayabusa2 back to the site later, when the dust and debris settle, for observations from above and to collect samples from underground that have not been exposed to the sun or space rays

Scientists hope that the samples will be crucial to the history of the asteroid and our planet.

If successful, it would be the first time for spacecraft to take such materials. In 2005, the impact of mission to a comet, NASA observed fragments after blasting the surface but did not collect them.

 This artist's impression reveals what it may have looked like as JAXA released its 4.4lbs bomb towards Ryugu and before it made a desperate escape to dodge the ensuing debris

This artist’s impression reveals What it may have looked like as JAXA released its 4.4lbs bomb towards Ryugu and before it made a desperate escape to dodge the ensuing debris

 This image is released by the Japan Aerospace Exploration Agency (JAXA) shows the asteroid Ryugu. This mission is the riskiest for Hayabusa2 as it has to get away immediately so it will be hit by flying shards from the blast

This image is released by the Japan Aerospace Exploration Agency (JAXA) shows the asteroid Ryugu. This mission is the riskiest for Hayabusa2, as it has to get away immediately so it won’t be hit by flying shards from the blast

WHAT DO THE NAMES OF THE HYABUSA MISSION MEAN?

Names of the mission from the Japanese fairy tale Urashima Tarō.

Ryugu was the name of a dragon king’s palace at the bottom of the ocean.

The landing site has been given the moniker Tamatebako.

This is a sacred treasure box of huge worth inside the palace.

Smoke pours out

The names of states that were opened when opened, Hyabusa 2 collided with the asteroid’s surface.

Scientists also say the rock is due to be returned to Earth representing the treasure mentioned in the story.

After dropping the impactor, the spacecraft moved quickly to the other side of the asteroid to avoid flying shards from the blast.

While moving away, Hayabusa2 also left a camera to capture the outcome. One of its first photos showed the impactor being released and headed to the asteroid. “So far, Hayabusa2 has done everything as planned, and we are delighted,” said mission leader Makoto Yoshikawa. ‘But we still have more missions to achieve and it’s too early for us to celebrate with’ banzai. ”

Hayabusa2 successfully touched down on a flat surface on the boulder-rich asteroid in February, when the spacecraft also collected some surface dust and small debris.

The craft is scheduled to leave the asteroid at the end of 2019 and bring surface fragments and underground samples back to Earth in late 2020.

The asteroid, named Ryugu after an undersea palace in a Japanese folktale, is about 300 Million kilometers (180 million miles) from Earth

 Artist's impression of a Rover-1A (back) and Rover-1B (foreground) from MINERVA-II1 as they explore the surface of Ryugu. JAXA announced previously, that after a three-and-a-half journey, the Hayabusa-2 spacecraft sent two small probes towards the asteroid Ryugu in an attempt to land them on the one-kilometer-wide rock

Artist’s impression of a Rover-1A (back) and Rover-1B (foreground) from MINERVA-II1 as they explore the surface of Ryugu. JAXA announced previously, that after a three-and-a-half journey, the Hayabusa-2 spacecraft sent two small probes towards the asteroid Ryugu in an attempt to land them on the one-kilometer-wide rock

 How it would've looked: An artist's detailed impression of the historic spacecraft approaching the fast-traveling meteor, before firing a metal object into it at 300 meters per second

 The moment of truth: A computer graphic handout image shows Japan Aerospace Exploration Agency's Hayabusa 2 probe arriving at asteroid Ryugu and honing-in on the minor planet

How it would’ve loo ked: An artist’s detailed impression of the historic spacecraft approaching the fast-traveling meteor, before firing a metal object at 300 meters per second

 The purple circle shows the target area, while the white dot (indicated by the red arrow) is the marker placed on the surface prior to the extraction of matter, which will be returned to Earth

This image shows the shadow, center above, of the Hayabusa2 spacecraft after its successful touchdown on the asteroid Ryugu

WHY IS JAXA STUDYING THE ASTEROID RYUGU ?

Jaxa’s Hayabusa Two probe is on a mission to study the ancient asteroid Ryugu in a bid to help scientists better understand the origins of the universe.

The probe launched in December 2014 and arrived at the dice-shaped space rock on June 27, 2018. Hayabusa Two is studying soil and rock samples using several pieces of equipment.

 Hayabusa Two (artist's impression) carries a number of experiments including four surface rovers and an explosive device designed to gouge out 'fresh' rock samples

Hayabusa Two (artist’s impression ) carries a number of experiments including four surface rovers and an explosive device designed to gouge out ‘fresh’ rock samples

The probe is loaded with four surface landers, an array of cameras and even an explosive device that will dig out subsurface rock samples

Ryugu, a Type C asteroid, contains traces of water and organic material and it is hoped that this material will reveal what the early conditions were like at the time. olar system formed around 4.6 trillion years ago.

Hayabusa Two is expected to return to Earth in late 2020 carrying samples for further analysis.
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