Falcon 9 upper stage impact (predicted) is catalogued in this registry as an impact-site, held in the frame of Moon, from Artificial impact sites (curated).
Registry id IMP_2025_010D ·
source layer impacts ·
provenance PROCESSED — derived deterministically from source catalogues (unit, frame and epoch conversions, cross-source reconciliation) — no value invented
Exists from 2026-08-05 06:35:37 UTC (JD 2461257.77474) — no end date is recorded.
Open Falcon 9 upper stage impact (predicted) in the live scene → The scene composes a position for any date and is where a figure becomes a picture. It downloads the whole catalogue first: measured against the built product, an object outside the core resolves after about 16 s over a local network and about 147 s over a 4 Mbit link, having transferred roughly 70 MB. If you cannot wait that long, this page is the answer.
| Kind | impact-site |
|---|---|
| Origin | artificial (made by humans) |
| Planetary protection | target Luna · contact class surface · COSPAR category II under the policy in force at launch (II under the 2026 policy) · documentation: undocumented — a DOCUMENTATION fact, never a compliance verdict |
A COMPUTED FORECAST, not an observation. A ~4,900 kg Falcon 9 second stage (COSPAR 2025-010D, the registry object GCAT_S62719) is determined to strike the Moon near crater Einstein at 2.43 km/s at the instant this record carries: 2026 August 5, 06:35:37.5 UTC. The determination gives about a third of a kilometre on position, but its author states he does not trust it better than a few seconds and a few kilometres — that wider figure is the honest one. THESE COORDINATES ARE STILL THE FORECAST ONES: no imaging of the resulting crater has been ingested, so whether the instant is ahead of or behind your clock, nothing here has been measured. When LROC images the site they are replaced by surveyed coordinates and this row stops being a forecast. projectpluto.com/25010d.htm [orbit determination: Bill Gray / Project Pluto, public domain]
Reproduced as the source wrote it. Author-year citations link to their DOI where one is registered.
These are absences in the catalogues aggregated here, not measurements of zero, and not statements that the quantity is unknown to science:
| Database | Artificial impact sites (curated) |
|---|---|
| Authority | NASA NSSDCA · LROC (Wagner et al. 2017) · HiRISE · mission pages |
| Licence | Public record |
| How it entered | Curated data-as-code (src/ingest/catalogs/impacts.ts) |
| Coverage | The located human-made impact craters/scars on the Moon, Mars and Mercury, surface-fixed at their measured lat/lon, each linking its high-resolution image |
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