What is the Orionid meteor shower and when does it peak in 2026?
The Orionids are a yearly meteor shower from Halley's Comet debris, lasting about a week in late October, with some years reaching 50–70 meteors per hour.
Covers: Explains what causes the Orionids, where and how to observe them, and the expected 2026 peak dates and viewing conditions. Does not cover other annual meteor showers except for brief comparison.
Also answers: When is the Orionid meteor shower in 2026? · Orionid meteor shower 2026 peak date · What causes the Orionid meteor shower? · Best time to see the Orionids 2026
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The short answer
Evidence-backed AI-prepared starting mapThe Orionids are an annual meteor shower caused by debris from Halley's Comet, the second shower linked to that comet after the Eta Aquariids. They are named for their radiant, the point in the constellation Orion from which meteors appear to radiate. The shower lasts roughly one week in late October, and in some years meteors may occur at rates of 50–70…12
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At a glance
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50–70
meteors per hour
The high estimate is 1.4 times the low one.
113 named meteor showers
The evidence behind it
2 sources- Background2
| Source | Kind | Year |
|---|---|---|
| Orionids (Wikipedia) | Background | Unknown |
| List of meteor showers (Wikipedia) | Background | Unknown |
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Be the first to voteIn brief
The Orionids are an annual meteor shower produced by debris from Halley's Comet, the second shower linked to that comet after the Eta Aquariids.1
Evidence-backedIn some years rates reach 50–70 meteors per hour, but this is not guaranteed every year.1
Evidence-backedRecorded outbursts occurred in 585, 930, 1436, 1439, 1465 and 1623; the next possible outburst is projected around 2070.1
Evidence-backedA precise 2026 peak date and viewing forecast is not established by the sources here; check a current forecast near the event.1
Interpretation
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What it means for you
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If you want to know roughly when to watch
plan around late October, since the shower lasts about a week then; confirm the exact peak with a current forecast closer to the date.1
Evidence-backedIf you are deciding where to look
orient yourself toward the constellation Orion, the radiant from which Orionid meteors appear to come.1
Evidence-backedIf you are setting expectations for 2026 rates
treat 50–70 per hour as a figure seen in some years rather than a promise; the sources give no 2026-specific rate.1
Evidence-backedIf you are interested in rare outbursts
note that recorded outbursts are historical and the next projected one is around 2070, so a major 2026 outburst is not indicated here.1
Evidence-backedThe full explanation
Evidence-backed AI-prepared starting mapThe Orionids are an annual meteor shower caused by debris from Halley's Comet, the second shower linked to that comet after the Eta Aquariids. They are named for their radiant, the point in the constellation Orion from which meteors appear to radiate. The shower lasts roughly one week in late October, and in some years meteors may occur at rates of 50–70 per hour. The Orionids occur at the ascending node of Halley's Comet, where Earth currently approaches the comet's orbit at a distance of about 0.154 AU (23.0 million km).12
- Evidence 13
- Interpretation 3
The full story · 3 chapters
01
What causes the Orionids
AI summary:Earth crosses debris from Halley's Comet, and meteors appear to come from a radiant in Orion, giving the shower its name.
Evidence-backed: The Orionids are one of two meteor showers associated with Halley's Comet, the other being the Eta Aquariids. Earth crosses the stream of debris left along the comet's orbit, and the meteors appear to come from a radiant in the constellation Orion, which gives the shower its name. The shower occurs at the ascending node of Halley's Comet; Earth currently approaches the comet's orbit at a distance of about 0.154 AU (23.0 million km, or roughly 60 lunar distances) during the Orionids.1
Evidence-backed: Named showers like the Orionids recur at approximately the same dates each year, each with its own radiant and its own typical speed, frequency and brightness of meteors. As of March 2026 there are 113 established named meteor showers.2
02
When they occur and how strong they are
AI summary:The shower lasts about a week in late October; some years reach 50–70 per hour, and outbursts are recorded but not scheduled.
Evidence-backed: The Orionids occur annually and last approximately one week in late October. In some years meteors may occur at rates of 50–70 per hour, though the sources describe this as a feature of some years rather than a fixed annual rate.1
Evidence-backed: The shower has produced recorded outbursts in 585, 930, 1436, 1439, 1465 and 1623. The next outburst might be in 2070, as a result of particles trapped in a 2:13 mean-motion resonance with Jupiter. This is a tentative projection, not a confirmed schedule.1
Interpretation: For 2026 specifically, the sources establish only the general late-October window; they do not pin down a peak night or hour, and they give no forecast of 2026 rates or sky conditions.1
03
Observing the Orionids
AI summary:Orion is the reference for where meteors appear to come from, but the radiant is a direction of origin, not a single spot.
Interpretation: Because meteors appear to radiate from a point in Orion, that constellation is the natural reference for where to look, but the radiant is a direction of origin rather than a single spot to stare at. The sources here do not give practical guidance on timing within the night, dark-sky requirements or equipment.12
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What to remember
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In some years rates reach meteors per hour, but this is not guaranteed every year.
Recorded outbursts occurred in , 930, 1436, 1439, 1465 and 1623; the next possible outburst is projected around 2070.
The Orionids are an annual meteor shower produced by debris from Halley's Comet, the second shower linked to that comet after the Eta Aquariids.
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- 1Orionids (Wikipedia)WikipediaPublished Oct 2, 2026Checked Oct 17, 2026
“The Orionids meteor shower, often shortened to the Orionids, is one of two meteor showers associated with Halley's Comet (the other one being the Eta Aquariids). The Orionids are named because the point they appear to come from (the radiant) lies in the constellation of Orion. The shower occurs annually, lasting approximately one week in late October. In some years, meteors may occur at rates of 50–70 per hour. Orionid outbursts occurred in 585, 930, 1436, 1439, 1465, and 1623. The Orionids occur at the ascending node of Halley's comet. The ascending node reached its closest distance to Earth around 800 BCE. Currently Earth approaches Halley's orbit at a distance of 0.154 AU (23.0 million km; 14.3 million mi; 60 LD) during the Orionids. The next outburst might be in 2070 as a result of particles trapped in a 2:13 mean-motion resonance with Jupiter.”
- 2List of meteor showers (Wikipedia)WikipediaPublished Oct 1, 2026Checked Oct 17, 2026
“Named meteor showers recur at approximately the same dates each year. They appear to radiate from a certain point in the sky, known as the radiant, and vary in the speed, frequency and brightness of the meteors. As of March 2026, there are 113 established meteor showers.”
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Open questions
What is the exact predicted peak date and hour of the Orionids in 2026, and what hourly rates are forecast?
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What will the Moon phase and local sky conditions be around the 2026 Orionid peak?
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How reliable is the projected 2070 outburst, and could any enhanced activity occur before then?
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