在 2026 年 8 月 5 日，一個迷失的 SpaceX Falcon 9 火箭部件預計將撞擊月球表面。該 Falcon 9 於 2025 年 1 月發射，最初攜帶 2 個著陸器前往月球：Firefly Aerospace 的 Blue Ghost 和 ispace 的 Hakuto-R。這個迷失的太空飛行器最初由業餘天文學家 Bill Gray 發現，為天文學家標誌著 1 個獨特的觀測事件。

最近發佈在預印本服務器 arXiv.org 上的一篇論文，由剛好 23 位天文學家撰寫，呼籲全球科學界監測這次即將到來的月球撞擊。研究人員強調，百分之 100 的碰撞及其直接後果可能可以從多個基於地球和太空的望遠鏡中看到，這提供了一個奇異的科學機會，能夠即時記錄該事件。

透過記錄這次墜毀，科學家們希望能提取 1 組關於月球表面撞擊物理力學的重要數值數據。此外，分析這單一事件將產生統計趨勢，並深入了解 1 個迷失的太空垃圾對月球造成的日益升級之危害。這次觀測可能會顯著推進太空碎片管理指標。

On August 5, 2026, a stray component of a SpaceX Falcon 9 rocket is projected to collide with the lunar surface. Launched in January 2025, this Falcon 9 originally carried 2 landers to the moon: Firefly Aerospace’s Blue Ghost and ispace’s Hakuto-R. The errant spacecraft was first identified by amateur astronomer Bill Gray, marking 1 unique observation event for astronomers.

A recent paper posted to the preprint server arXiv.org, authored by exactly 23 astronomers, urges the global scientific community to monitor this upcoming lunar impact. The researchers emphasize that 100 percent of the collision and its immediate aftermath might be visible from multiple Earth-based and space-based telescopes, presenting a singular scientific opportunity to record the event in real time.

By recording the crash, scientists hope to extract 1 set of vital numerical data regarding the physical mechanics of lunar surface impacts. Furthermore, analyzing this single event will yield statistical trends and insights into the escalating hazards posed by 1 errant piece of space junk to the moon. This observation could significantly advance space debris management metrics.