Satellites Tonight

Is an asteroid passing Earth today?

Asteroids passing Earth today

Yes: 3 known asteroids pass within 19.5 lunar distances today. The closest is 2026 VP1, about 4–9 m, at 0.55 LD (211,377 km) at 14:05 UTC.

Thursday, November 5 (UTC). Closest this week: 2026 VP1 at 0.55 LD on Nov 5.

Today and the next two days

log scale, lunar distances
0.10.20.51251020 LDsatellites (GEO)Moon's distanceThu Nov 5Fri Nov 6Sat Nov 72001 KF54: 18.8 LD (7.24 million km), Nov 6 03:37 UTC, about 290–650 m2017 WJ2: 14.7 LD (5.65 million km), Nov 5 01:13 UTC, about 88–200 m2026 VF1: 9.0 LD (3.48 million km), Nov 5 23:17 UTC, about 10–23 m2026 VN1: 1.6 LD (598,414 km), Nov 6 06:54 UTC, about 5–11 m2026 VP1: 0.55 LD (211,377 km), Nov 5 14:05 UTC, about 4–9 m2026 VP12026 VN12026 VF1

Today

AsteroidClosest (UTC)Lunar dist.DistanceSize (est.)km/s
2017 WJ2Nov 5 01:1314.75.65 million km88–200 m12.0
2026 VP1Nov 5 14:050.55211,377 km4–9 m12.6
2026 VF1Nov 5 23:179.03.48 million km10–23 m4.3

Tomorrow and the day after

AsteroidClosest (UTC)Lunar dist.DistanceSize (est.)km/s
2001 KF54Nov 6 03:3718.87.24 million km290–650 m16.4
2026 VN1Nov 6 06:541.6598,414 km5–11 m17.1

This week and the next 60 days →

Questions

Is there an asteroid passing Earth today?

Yes: 3 known asteroids pass within 19.5 lunar distances today. The closest is 2026 VP1, about 4–9 m, at 0.55 LD (211,377 km) at 14:05 UTC.

Is it dangerous?

No. Each listed flyby has a computed miss distance. Impact probabilities are published by NASA JPL's Sentry system, and none of today's objects is predicted to hit Earth. See the Sentry list.

Why are new asteroids added at short notice?

Objects a few metres to tens of metres across are too faint to see until they are close, so many are found within days of their flyby. This page is rebuilt every 6 hours with JPL's latest list.

Source: NASA/JPL Center for Near-Earth Object Studies (CNEOS), SBDB Close-Approach Data API. Data fetched 5 Nov 2026, 00:20 UTC; refreshed every 6 hours. Distances are from Earth's centre; 1 lunar distance (LD) = 384,400 km. Times are converted from JPL's TDB to UTC. Sizes are estimates from brightness (absolute magnitude H) for a dark to a bright surface, unless a diameter has been measured.