NASA's first asteroid sample-collector nears target, Bennu
The $800 million mission, known as OSIRIS-REx, is targeted for a 12 pm (1700 GMT) rendez-vous with the asteroid, and will use its suite of five science instruments to study the asteroid for the next year and a half.
Tampa -NASA´s first-ever mission designed to visit an asteroid and return a sample of its dust back to Earth arrives Monday at its destination, Bennu, two years after launching from Cape Canaveral, Florida.
The $800 million mission, known as OSIRIS-REx, is targeted for a 12 pm (1700 GMT) rendez-vous with the asteroid, and will use its suite of five science instruments to study the asteroid for the next year and a half.
Then, in 2020, it will reach out with its robotic arm and touch the asteroid in what NASA has described as a "gentle high-five," aiming to collect about two ounces (60 grams) of material from the asteroid´s surface, and return it to Earth for further study.
Bennu is a carbon-rich asteroid, chosen from some 500,000 asteroids in the solar system because it orbits close to Earth´s path around the Sun, is the right size for scientific study, and is one of the oldest asteroids known to NASA.
Scientists hope it will reveal more about the early formation of the solar system, as well as how to find precious resources like metals and water in asteroids.
Japanese space agency JAXA first proved sample collection from an asteroid was possible.
JAXA´s Hayabusa spacecraft crash-landed into the surface of its target asteroid and managed to return a few micrograms of material in 2010.
A live NASA broadcast of the OSIRIS-REx spacecraft´s formal arrival begins at 11:45 am (1645 GMT).
OSIRIS-REx stands for Origins, Spectral Interpretation, Resource Identification, Security-Regolith Explorer.
-
NASA eyes March moon mission launch following test run setbacks
-
February offers 8 must-see sky events including rare eclipse and planet parade
-
New study reveals biodegradable chip aims to reduce e-waste and air pollution
-
Scientists unveil new robotic mission for the moon
-
NASA reschedules Artemis II rehearsal due to Florida arctic outbreak
-
M87 black hole’s jet origin finally mapped by astronomers
-
Jordan discovery rewrites history of world’s first plague pandemic
-
Asteroid 2024 YR4: Will a Moon collision send fireballs to Earth?