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It took a 180 million mile trip to deliver this image.
JAXA
The Japanese space agency, JAXA, has been circling the asteroid Ryugu with its spacecraft Hayabusa2 for almost a year now and the agency has even successfully shot a cannonball at the space rock.
That shot kicked up debris which Hayabusa2 successfully collected in February but the agency wanted to go again — and collect debris from further inside Ryugu.
On May 30, the agency performed a daring maneuver which brought its spacecraft within 9 meters (approx. 30 feet) of Ryugu to drop a target marker on its surface. The success of the mission was documented by the spacecraft’s official Twitter account (because it’s 2019) but on June 5, images of the success were released by the agency — and its photo is absolutely wild.
The target marker separation on May 30 during PPTD-TM1A was caught at the last moment by the small monitor camera, CAM-H! The image time was May 30, 11:18 JST (on-board time) at an altitude of about 9m. CAM-H was built with donations from all of you & is a big success! Thank you! pic.twitter.com/pHSwqPaywh
— HAYABUSA2@JAXA (@haya2e_jaxa) June 5, 2019
Let’s pause for a second and consider this:
The above image comes from a 600-kilogram, refrigerator-sized robot travelling at about 15 miles per second, around 170 million miles from Earth. It shows the shadow of the Hayabusa2 spacecraft and just below that shadow a tiny, spherical shadow. That tiny shadow is the target marker being released onto the asteroid. Crazy, huh?
Inside the red circle is the shadow of the tiny target marker Hayabusa2 will use to scoop up a sample of the asteroid.
JAXA
The image was captured by CAM-H, one of Hayabusa2’s suite of instruments that has previously captured touchdown on Ryugu. The small monitor camera was built and installed on the spacecraft thanks to public donations.
We’ve seen some fantastic images from the surface of Ryugu during Hayabusa2’s mission. Two tiny rovers were deployed on the asteroid’s surface in 2018, providing some incredible close-ups. Hayabusa2 will move to sample the asteroid for a second time later this year, before returning to Earth with samples in December 2020.
