Orionids 2026: October’s Meteor Shower — Dates, Peak & Viewing Tips

By Alexander Merz · Updated on 2 August 2026 · Details checked on 7 October 2026

October is the month when the northern night sky slowly comes back to life. For most of the month the shooting stars trickle in from a scatter of faint radiants, but around the 20th the Orionids take over and Earth sweeps through the richest debris trail left behind by a legendary comet. Add the unpredictable Draconids earlier in the month and you have two very different meteor showers worth staying up for.

The first ten days: a near-nightly parade of minor showers

Like the “quiet September” before it, October stays a low-key meteor month for most of its length. Sparse fall rates appear night after night from a handful of northern radiants, and only around October 20 do the odds of a real show improve. Before then, patient observers can pick out several minor streams — most of them faint, some of them rewarding.

The Sextantids reach their maximum between September 30 and October 4, but their radiant sits close to the celestial equator and stays out of reach for Central Europe in autumn. From the constellation Cetus (the Whale) comes an equally weak stream, the Eta Cetids (October 1–5), followed on later nights by the occasional October Cetid. The parent bodies of such little-known streams are usually comets on very long orbital periods.

The constellation Cygnus (the Swan) rides a little higher above the equator, so a few meteors from its radiant — the October Cygnids — are easier to catch from Central Europe on the nights of October 4–9. Sparse as they are, the Delta Aurigids (in Auriga, the Charioteer, October 6–15) and the Draconids (in Draco, the Dragon, October 9–10) also flare up now and then across the northern sky. The faint Arietids (in Aries, October 8–9) are better known to astronomers from radio detections: each May, Earth crosses their parent trail in daylight, so the meteors are only picked up by instruments.

October’s grand finale: the Orionids

Apart from Auriga, the northern sky goes truly quiet in terms of fall rates by mid-month. Barely a trace remains of the Northern Piscids (in Pisces, along the ecliptic), which reach maximum on the night of October 12–13. After roughly a week’s pause, Earth then crosses the strongest part of a parent trail whose remnants glow up from the constellation Gemini as the Epsilon Geminids.

The best-known maximum of the month arrives on the night of October 21–22. In peak years the Orionids deliver around 25 meteors per hour — swift, often leaving glowing trains. We owe this shower to its famous parent body, Halley’s Comet. Its widely scattered debris streams out of a radiant in the constellation Orion, which sits on the celestial equator and rises high enough to be seen well from both hemispheres. In 2026 the Moon is 87 % lit on maximum night, but it sets at 2:50 a.m. CEST. Contrary to what many sites claim, no full Moon spoils the peak: full Moon does not come until October 26. Between 3:00 and 5:30 a.m. the radiant climbs from 43° to 53° under a genuinely dark sky – the best window of the year for this shower.

The Draconids: October’s wild card

Only at the start of the 20th century did the French astronomer Giacobini discover comet 21P/Giacobini-Zinner, a short-period comet. He calculated a probable return after about 6½ years — yet it took 13 years before the tailed star swam back into observers’ view. When the comet passes close to Earth on its way toward the Sun, Earth afterward ploughs through the leftover particles of its tail, and the sky lights up with the meteor shower we call the Draconids.

Origin and behavior of the Draconids

Named after their parent comet 21P/Giacobini-Zinner, this episodic shower — active roughly between October 7 and 11 — is also called the “Giacobinids.” Its proper astronomical name, however, is the Draconids (or Delta Draconids), after the radiant near the star Etamin (Delta Draconis) in the constellation Draco.

In good years the maximum falls shortly after the comet’s own passage through Earth’s orbit, around October 8–9, and can be spectacular. The most intense recorded year was 1933, with a ZHR (“Zenithal Hourly Rate,” the number of meteors per hour under ideal conditions with the radiant overhead) of somewhere between 6,000 and 10,000. In years when the comet is farther away, the Draconids stay faint and almost unnoticed.

Cometary research and predictions can be right — but not always. The next major outburst from this source is officially forecast only for 2098. Some scientists, though, are confident that a Draconid rate of roughly 600 meteors per hour could come far sooner. If they are right, the odds of a dense shower would be about five times better than an average showing of the Perseids in August.

What you can see: October’s meteor showers at a glance

How to watch October’s meteors

Draco is a circumpolar constellation, visible all year from mid-northern latitudes, so you can watch both the Draconid radiant and its meteors all night long. The catch is that the Draconid peak is very short: the rate climbs sharply just before 10 p.m. and drops off just as quickly afterward. Because the Draconids are among the fainter meteors, much of the display can be washed out by a nearly full Moon in unfavorable years — yet even then more bright meteors tend to survive than during the best Perseid night, so an evening under the stars is always worth it.

For the Orionids, the recipe is simple: find a dark site far from city lights, let your eyes adapt for at least 20 minutes, and look toward the darkest part of the sky rather than straight at the radiant. Meteor watching needs no telescope — just your eyes, a reclining chair, and warm clothing. A pair of binoculars, though, turns the waiting time into an exploration of the Milky Way, star clusters, and the region around Orion itself.

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Frequently asked questions about the Orionids

When do the Orionids peak in 2026?

The Orionids reach maximum on the night of October 21–22, 2026, with the best rates in the hours after midnight and before dawn, when the radiant in Orion stands high in the sky.

What is the parent comet of the Orionids?

The Orionids are debris from Halley’s Comet (1P/Halley). Earth passes through this trail every October, and again in May, when the same comet produces the Eta Aquariids.

How many Orionid meteors can I see per hour?

Under a dark sky in peak years you can expect around 20 to 25 meteors per hour. Orionids are fast — about 66 km/s — and frequently leave persistent glowing trains.

Do I need a telescope to see the Orionids?

No. Meteors are best seen with the naked eye because they streak across large areas of the sky. A telescope’s narrow field would only make you miss them. Binoculars are useful for the deep-sky objects around Orion between meteors.

Are the Draconids worth watching in October?

Usually the Draconids are faint, but they are famous for occasional outbursts — the 1933 storm reached thousands of meteors per hour. Their peak around October 8–9 is short and best in the evening, so it can be a pleasant, low-effort bonus early in the month.