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Japanese company ispace's Resilience lander will attempt to touch down on the moon. "The solar-powered lander carried five ...
When spacecraft land on the moon, their engines unleash huge clouds of dust and debris that can damage expensive equipment and threaten future lunar bases. As space agencies plan to establish a ...
Find the locations of the five landing zones considered as the setting for humanity's first steps on another world.
The Georgia Tech research is the first published study showing short- and long-term collision risks in cislunar orbits. Using ...
NASA’s Lunar Reconnaissance Orbiter has captured haunting images of a dark smudge and debris where Japan’s Resilience lander smashed into the Moon.
Teaming Agreement to Supply US-Based Defense Solutions Provider with Thin-Film Solar Technology for Orbital Application. Ascent Solar Technologies Enters Collaborative Agreement Notice with NASA to ...
As humanity moves closer to extracting and using space resources, the need for a cohesive and responsible global governance ...
Japanese company ispace confirms that a fault in the laser range finder of the Resilience lander caused the spacecraft to crash on the Moon.
NASA, for its part, had already spotted the wreckage. About a week after the crash, the Lunar Reconnaissance Orbiter passed about 50 miles above the landing site, Mare Frigoris — and snapped a photo ...
NASA's Lunar Reconnaissance Orbiter captured the crash site for Tokyo-based ispace's Resilience lander on the moon. - NASA / GSFC / Arizona State University ...
A laser navigating tool doomed a Japanese company’s lunar lander earlier this month, causing it to crash into the moon.
The Iris Lunar Dream Capsule will launch aboard Griffin-1 as a monument to the spirit, ingenuity, hard work and support that propelled a team of CMU students to chart the future of planetary ...