Hayabusa2 to attempt another asteroid landing
Posted: Sun, Jun 30, 2019, 10:31 AM ET (1431 GMT)
Japan's Hayabusa2 spacecraft will attempt a second landing on the asteroid Ryugu in July. The Japanese space agency JAXA announced that the spacecraft will attempt a landing July 11 in a crater that the spacecraft created with an impactor in April. Hayabusa2 will collect samples excavated by that impact during the touch-and-go landing for later return to Earth, joining samples collected elsewhere on the asteroid earlier this year. Project officials said the scientific benefits the new samples would provide outweighed the risks something could go wrong during the landing attempt.
Japan's Hayabusa2 spacecraft will attempt a second landing on the asteroid Ryugu in July. The Japanese space agency JAXA announced that the spacecraft will attempt a landing July 11 in a crater that the spacecraft created with an impactor in April. Hayabusa2 will collect samples excavated by that impact during the touch-and-go landing for later return to Earth, joining samples collected elsewhere on the asteroid earlier this year. Project officials said the scientific benefits the new samples would provide outweighed the risks something could go wrong during the landing attempt.
Related Links:
| <<previous article | next article>> |
|
news in brief
|
|
NASA IG cites overconfidence and unrealistic schedules for Starliner woes
Posted: Sat, Jul 4 8:11 PM ET (0011 GMT) |
|
news links
|
|
Saturday, July 11
ESA’s first Chemical Propulsion Lab now operational
ESA — 7:18 am ET (1118 GMT) Democratic Texas AG candidate claims $110m in grants for Elon Musk’s Starlink ‘sure looks’ like corruption
The Guardian — 7:18 am ET (1118 GMT) Aircraft Procurement, Space Launch Could Pay for Unexpected Personnel Costs
Air and Space Forces Magazine — 7:15 am ET (1115 GMT) SpaceX attends Louisiana ‘summit’ as speculation over its plans swirls
New Orleans Advocate — 7:13 am ET (1113 GMT) SpaceX Brands Data Center Satellites As Starmind
Aviation Week — 7:12 am ET (1112 GMT) |
