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Hayabusa 2 arrives at asteroid Ryugu

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Hayabusa-2 approaching asteroid 162173 Ryugu (1999 JU3).

Artist’s idea of Hayabusa 2 approaching asteroid 162173 Ryugu (1999 JU3). Picture Credit score: JAXA

After a journey of about 2 billion miles (three.2 billion kilometers), the Japan Aerospace Exploration Company’s (JAXA)  Hayabusa 2 spacecraft rendezvoused with its goal, the asteroid Ryugu. This newest milestone marked a essential level in a mission designed to analyze these tiny remnants from the formation of our photo voltaic system.

Asteroid Ryugu photographed at a distance of 40 meters on June 24, 2018. Image Credit: JAXA, University of Tokyo and collaborators

Asteroid Ryugu photographed at a distance of 40 meters on June 24, 2018. Picture Credit score: JAXA, College of Tokyo and collaborators

Rendezvous was confirmed at 9:35 a.m. JST on Wednesday, June 27 (eight:35 p.m. EST, Tuesday, June 26).  Hayabusa 2 is sustaining a present distance from the tiny world of some 12.four miles (20 kilometers) and the standing of the automobile is regular. The spacecraft will stay at Ryugu for a yr and a half, departing the asteroid in December 2019 and returning to Earth in December of 2020.

Hayabusa 2 is the successor of JAXA’s Hayabusa  (MUSES-C) mission which explored the asteroid Itokawa and returned to Earth in June of 2010. Hayabusa 2 launched on December three, 2014 from the Tanegashima Area Heart on an H2A rocket. Whereas Hayabusa 2 is comparable in configuration to its predecessor, enhancements have been made to its ion propulsion system and its onboard instruments.

The spacecraft will use a small carry-on impactor (SCI) to create a small crater on the asteroid’s floor. This could enable the spacecraft to pattern “recent” underground supplies to check with samples taken from the asteroid’s floor. Hayabusa 2 additionally carries with it a trio of small MINERVA-II rovers and a small lander referred to as MASCOT.

Throughout its keep at Ryugu Hayabusa 2 is scheduled to make three sampling runs, two from the unaltered floor and the third from contained in the crater made by the SCI. A sampling run will start will the spacecraft being commanded to maneuver in the direction of the chosen are of the asteroid. At an altitude of 328 toes (100 meters) Hayabusa 2 is deliberate to enter into an autonomous mode and launch a goal marker to land within the designated space.

At 98 toes (30 meters) the spacecraft ought to place itself over the goal after which slowly method the floor till it touches down. Hayabusa 2‘s sampling horn will cowl the goal space, and a projectile might be fired into the floor, ejecting materials again up by the horn and into certainly one of three pattern storage containers, which can then be sealed. The spacecraft is then slated to carry off from the floor and resume its scientific operations.

Asteroid Ryugu (initially named 1999 JU3) is a C-type (carbonaceous) asteroid and is anticipated to be wealthy in natural compounds. Whereas initially regarded as spherical,  recent imagery has proven it to be roughly diamond-shaped.

“The form of Ryugu is now revealed. From a distance, Ryugu initially appeared spherical, then regularly changed into a sq. earlier than changing into a wonderful form much like fluorite (often known as the ‘firefly stone’ in Japanese),” mentioned venture supervisor Yuichi Tsuda. “Now, craters are seen, rocks are seen and the geographical options are seen to range from place to position. This type of Ryugu is scientifically shocking and likewise poses just a few engineering challenges.”

The mission group is planning to conduct exploratory actions close to the asteroid, together with scientific observations of Ryugu and surveying the asteroid for potential pattern assortment websites.

“The Undertaking Group is fascinated by the looks of Ryugu and morale is rising on the prospect of this problem. Along with all of you, we’ve develop into the primary eyewitnesses to see asteroid Ryugu. I really feel this wonderful honor as we proceed with the mission operations,” Tsuda mentioned.

 

 

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Jim Sharkey is a lab assistant, author and normal science fanatic who grew up in Enid, Oklahoma, the hometown of Skylab and Shuttle astronaut Owen Okay. Garriott. As a younger Star Trek fan he participated within the letter-writing marketing campaign which resulted within the area shuttle prototype being named Enterprise.

Whereas his educational research have ranged from psychology and archaeology to biology, he has by no means misplaced his ardour for area exploration. Jim started running a blog about science, science fiction and futurism in 2004.

Jim resides within the San Francisco Bay space and has attended NASA Socials for the Mars Science Laboratory Curiosity rover touchdown and the NASA LADEE lunar orbiter launch.


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