Published • loading... • Updated
Japan Conducts Near-Earth Asteroid Flyby
The probe sent back images and data and will help JAXA test navigation methods for future planetary defense missions.
- On Sunday, the Japan Aerospace Exploration Agency confirmed that Hayabusa2 successfully completed a flyby of asteroid Torifune, executing a critical test of spacecraft navigation technology for planetary defense missions.
- Seeking to acquire technology for planetary defense, JAXA designed this mission to assess whether scientists could precisely control the probe's trajectory near asteroids at high speed without collision.
- Traveling at more than 18,000 kilometres per hour, Hayabusa2 approached within 800 meters of Torifune to capture images while maintaining control throughout the high-speed encounter.
- JAXA reported the spacecraft is working normally following the successful flyby, with the agency planning to release detailed results and images at a news conference on Monday.
- Hayabusa2 continues toward its final 2031 destination, the 11-meter-wide asteroid 1998 KY26, though astronomer Toni Santana-Ros warned the object's rapid rotation and tiny size will make the encounter significantly more challenging.
Insights by Ground AI
40 Articles
40 Articles
Japan's Hayabusa2 probe captures remarkable photo of a two-headed asteroid 62 million miles away
A Japanese spacecraft has gotten up close and personal with yet another asteroid, beaming home stunning new imagery of the distant space rock.On Sunday (July 5), the Japan Aerospace Exploration Agency (JAXA)'s Hayabusa2 probe performed a close flyby of asteroid Torifune, a 1,475-foot (450-meter) space rock currently traveling through space some 62 million miles (100 million kilometers) from Earth. It was expected to be one of the closest-ever hi…
·New York, United States
Read Full Article
Coverage Details
Total News Sources40
Leaning Left3Leaning Right11Center11Last UpdatedBias Distribution44% Center, 44% Right
Bias Distribution
- 44% of the sources are Center, 44% of the sources lean Right
44% Right
12%
C 44%
R 44%
Factuality
To view factuality data please Upgrade to Premium
