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Lunar Collision: Japanese Lander Impacts Moon's Surface.

Lunar Mishap: Hakuto-R, created by Ispace, collided with the moon's surface. Subsequent examination concluded the mission as a disaster. Communications with the unit were lost at approximately 10 kilometers high.

Lunar Crash: Ispace's Hakuto-R Module Impacted Moon's Surface, Confirmed by Creators. Mission...
Lunar Crash: Ispace's Hakuto-R Module Impacted Moon's Surface, Confirmed by Creators. Mission deemed unsuccessful upon data analysis as contact with device was lost at an altitude of 10...

Lunar Collision: Japanese Lander Impacts Moon's Surface.

Unified in Failure: Hakuto-R's Second Lunar Landing Miss

The Japanese space module, Hakuto-R, met an unexpected fate on June 5, 2025, during its lunar landing mission christened "Resilience." The mission, led by Ispace, ended in a crushing blow when contact with the device was lost just 10 meters above the lunar surface.

Upon analyzing the event, the mission was categorized as a failure. According to data, during the planned landing, the flight height of Hakuto-R plummeted to zero, suggesting a possible crash[1][3][5]. Engineers are currently working tirelessly to re-establish contact with the recalcitrant device.

"We've come to the conclusion that re-establishing contact with the module is a tall order and completing the mission is impossible. So, we must accept that the landing has been unsuccessful," asserted Ispace CEO, Takashi Hhakamada[2].

Tokyo, Zoya Oskolkova

© 2025, RIA "Novyi Den"

A Rough Ride Through Space

Mission Highlights

  • SpaceX Ride: Launched aboard a SpaceX Falcon 9 rocket from Cape Canaveral Space Force Station, Resilience joined a spacecraft caravan, including Firefly Aerospace's Blue Ghost lander[3].
  • Lunar Residence: After entering lunar orbit on May 6, 2025, the lander orbited around the moon for over a month before its landing attempt[1][3].
  • The End of the Line: During the final descent, communication with the lander was lost at approximately 3:17 p.m. ET as it came close to the lunar surface[1][5].
  • Closing Chapter: The probable cause was that the laser rangefinder, which measures the distance to the lunar surface, experienced delays or malfunctions, halting the lander's descent[5]. As a result, the module was unable to slow down, leading to a "hard landing" and likely destruction of the spacecraft and its payloads[1][3][5].

Prelude and Prior Disasters

  • Precious Predecessor: this was Ispace's second attempt at landing a Hakuto-R lander on the moon. The first Hakuto-R crashed into the Atlas Crater due to a computer malfunction, around 10 meters (33 feet) above the surface, in April 2023[1][4][5].
  • Japanese Lunar Chronicles: Another Japanese lunar mission, SLIM (by JAXA), managed to endure two lunar nights after an upside-down landing in January 2024[1].

Two Down, But Not Out

In the face of failure, Ispace vows to scrutinize telemetry data and restore trust among stakeholders, with plans to continue its lunar ambitions, aiming for a comeback in 2027[3][4].

| Mission Name | Launch Date | Landing Attempt Date | Location | Outcome | Cause of Failure ||----------------|------------------|---------------------|-----------------------|-------------------|---------------------------------|| Hakuto-R M1 | Dec 2022 | Apr 2023 | Atlas Crater | Crash (10m above) | Computer malfunction[1][4][5] || Hakuto-R M2 | ~Jan 2025 | Jun 5, 2025 | Mare Frigoris (Sea of Cold) | Hard landing, lost comms | Rangefinder malfunction[5] |

This double whammy of failed landings poses hurdles for Ispace's visionary pursuits in lunar exploration and development[1][3][5].

The failure of Hakuto-R M2 raises questions about the reliability of Japan's space exploration technology in space-and-astronomy, particularly in the field of science.

In response, Ispace has vowed to delve into the telemetry data from both Hakuto-R missions, aiming to revolutionize the technology and re-establish itself as a leader in space-and-astronomy and science.

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