Orionid peak: tonight, 21–22 October 2026

Every Orionid is a crumb of Halley's Comet.

Tonight Earth ploughs through the dust Halley left behind on earlier visits, at about 66 km/s. Watch a whole night of sky squeezed into 2½ minutes, tap only the real Orionids, and find out which ancient pass of the comet each grain fell off.

Night Watch game

Night Watch · 11 p.m. → dawn

Tap the Orionids. Only the Orionids.

✓ Orionid — fast, straight, and its path points back toward Orion's raised club.
✗ Sporadic — a random meteor whose path doesn't lead back to Orion.
✗ Taurid — slow, often golden, drifting out of Taurus.
✗ Plane / satellite — blinking lights, or a steady slow dot.

Keyboard: Space tags the newest meteor · P pauses

Sky drawn for 40°N looking east to south. A real night gives 10–20 Orionids an hour; this one is sped up.

66 km/sOrionid entry speed — about 41 miles a second
10–20meteors per hour expected at the 2026 peak
2–3 a.m.the bright Moon sets; darkest sky until dawn
1 in 30Orionids is a fireball, by one estimate
2061Halley's Comet comes back to the inner solar system
More ways to play

The whole sky, tonight

How to spot a real Orionid

All the Orionid grains travel through space side by side, on parallel paths. Perspective makes parallel lines look like they spread out from one point, the way railway tracks seem to meet at the horizon. That point is the radiant, and for the Orionids it sits just north of Betelgeuse, by the Hunter's raised club.

So the test is simple: trace a streak backwards. If it leads to Orion's club, and it was quick, it's an Orionid. A slow, lazy streak from the direction of Taurus is a Taurid, dust from Comet Encke. Anything else is a "sporadic", one of the stray meteors that fall every night of the year.

Grain dates in the game are illustrative: real Orionid dust was shed over thousands of years, and scientists traced the surprise 2006 outburst to grains released around 1266, 1198 and 911 BC.