Earth is in for a close call this week. Well, not too close.
A massive asteroid nicknamed "The Beast" is set to fly by Earth on Sunday, June 8, shortly before 2 a.m. EDT at a distance of three lunar lengths, at least 716,500 miles from Earth.
Asteroid 2014 HQ124 was first spotted by #NASA's Wide-Field Infrared Survey Explorer on April 23. Researchers estimate that the mammoth space rock measures about 1,083 feet in diameter.
Based on its size and the distance at which it will near Earth, 2014 HQ124 has been classified as a "Potentially Hazardous Asteroid."
"What’s disconcerting is that a rocky/metallic body this large, and coming so very close, should have only first been discovered this soon before its nearest approach," astronomer Bob Berman of the Slooh Space Camera said in a statement, according to National Geographic. (The privately run robotic telescope service will broadcast a preview of the flyby Thursday.)
"HQ124 is at least 10 times bigger, and possibly 20 times [bigger], than the asteroid that injured a thousand people last year in Chelyabinsk, Siberia," Berman continued. "If it were [to] impact us, the energy released would be measured not in kilotons like the atomic bombs that ended World War II, but in H-bomb type megatons."
NASA recently partnered with Slooh to get more citizen scientists involved in the search for near-Earth asteroids. While larger space rocks are usually spotted before they sail by Earth, smaller asteroid and debris have often gone unnoticed.
The Slooh Space Camera will broadcast the asteroid's flyby from Australia, starting with a "preview" on Thursday, June 5 at 2:30 p.m. EDT. The live feed will include time-lapse imagery from the robotic telescope service's observatory in Chile.
Watch "The Beast" broadcast in the video above.
A massive asteroid nicknamed "The Beast" is set to fly by Earth on Sunday, June 8, shortly before 2 a.m. EDT at a distance of three lunar lengths, at least 716,500 miles from Earth.
Asteroid 2014 HQ124 was first spotted by #NASA's Wide-Field Infrared Survey Explorer on April 23. Researchers estimate that the mammoth space rock measures about 1,083 feet in diameter.
Based on its size and the distance at which it will near Earth, 2014 HQ124 has been classified as a "Potentially Hazardous Asteroid."
"What’s disconcerting is that a rocky/metallic body this large, and coming so very close, should have only first been discovered this soon before its nearest approach," astronomer Bob Berman of the Slooh Space Camera said in a statement, according to National Geographic. (The privately run robotic telescope service will broadcast a preview of the flyby Thursday.)
"HQ124 is at least 10 times bigger, and possibly 20 times [bigger], than the asteroid that injured a thousand people last year in Chelyabinsk, Siberia," Berman continued. "If it were [to] impact us, the energy released would be measured not in kilotons like the atomic bombs that ended World War II, but in H-bomb type megatons."
NASA recently partnered with Slooh to get more citizen scientists involved in the search for near-Earth asteroids. While larger space rocks are usually spotted before they sail by Earth, smaller asteroid and debris have often gone unnoticed.
The Slooh Space Camera will broadcast the asteroid's flyby from Australia, starting with a "preview" on Thursday, June 5 at 2:30 p.m. EDT. The live feed will include time-lapse imagery from the robotic telescope service's observatory in Chile.
Watch "The Beast" broadcast in the video above.
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| In this handout from NASA, the giant asteroid Vesta is seen in an image taken from the NASA Dawn spacecraft about 3,200 miles above the surface July 24, 2011 in Space. (Photo by NASA/JPL-Caltec via Getty Images) |
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| This Feb. 14, 2000 photo provided by NASA shows the north pole of the asteroid Eros. The crater seen on the surface of Eros measures 4 miles across. (AP Photo/NASA) |
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| This handout image provided by the European Space Agency, transmitted by the space craft Rosetta, shows the asteroid Lutetia at closest approach July 10, 2010 between Mars and Jupiter in outer space. (Photo by ESA 2010 MPS for OSIRIS Team via Getty Images) |
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