# Meteor Shower Calendar 2026-2027: Every Peak Date

Every major meteor shower, October 2026 to 2027: peak dates, ZHR, moon conditions, radiants explained, and the best US and Canada dark-sky spots to watch.

The next major meteor shower is the Orionids, peaking the night of October 21 to 22, 2026, and from there a full shower runs through the Geminids, Quadrantids, Lyrids, Eta Aquariids, and Perseids into December 2027. Some years favor watching, and some years the Moon washes almost everything out: the [American Meteor Society (AMS)](https://amsmeteors.org/meteor-showers/meteor-shower-calendar/) and the [International Meteor Organization (IMO)](https://www.imo.net/) publish the official peak dates and rates, and this calendar overlays each one against the real Moon phase for 2026 and 2027 so you know which nights are actually worth losing sleep over.

## Every major meteor shower, October 2026 to December 2027

Meteors are visible on ordinary clear nights too, but a shower is when Earth crosses a dense lane of comet or asteroid debris and the rate spikes for a night or two around a predictable peak, a pattern the [AMS meteor shower calendar](https://amsmeteors.org/meteor-showers/meteor-shower-calendar/) tracks every year. "ZHR" below is the zenithal hourly rate quoted by AMS and IMO (explained in the next section); the verdict column adjusts that for the real Moon each year, using lunar data from the [full moon calendar](https://www.cyclecalcs.com/full-moon-calendar.html).

| Shower | Peak night | ZHR (ideal) | Radiant / parent body | Moon in 2026-27 | Verdict |
|---|---|---|---|---|---|
| Orionids | Oct 21 to 22, 2026 | 10 to 20/hr | Orion, debris of Halley's Comet | Waxing gibbous, 5 days from full | Washed out after moonrise |
| Leonids | Nov 17 to 18, 2026 | 10 to 15/hr | Leo, Comet 55P/Tempel-Tuttle | Waxing crescent, sets before midnight | Good, dark after moonset |
| Geminids | Dec 13 to 14, 2026 | 120 to 150/hr | Gemini, asteroid 3200 Phaethon | Thin waxing crescent, sets early evening | Excellent, best of this window |
| Ursids | Dec 22 to 23, 2026 | 5 to 10/hr | Ursa Minor, Comet 8P/Tuttle | Bright, 2 days before full | Poor, minor shower washed out |
| Quadrantids | Jan 3 to 4, 2027 | up to 120/hr | Boötes | Thin waning crescent, 4 days from new | Excellent, but a very short peak |
| Lyrids | Apr 21 to 22, 2027 | 15 to 20/hr | Lyra, Comet Thatcher | Nearly full (1 day after full Pink Moon) | Poor, only fireballs visible |
| Eta Aquariids | May 6 to 7, 2027 | 10 to 30/hr (US/Canada) | Aquarius, debris of Halley's Comet | New Moon | Excellent, dark skies all night |
| Perseids | Aug 12 to 13, 2027 | 50 to 100/hr | Perseus, Comet 109P/Swift-Tuttle | Bright waxing gibbous, up most of the night | Fair, watch right after dusk |
| Orionids | Oct 21 to 22, 2027 | 10 to 20/hr | Orion, debris of Halley's Comet | Waning gibbous, rises mid-evening | Fair, best right after dark |
| Leonids | Nov 17 to 18, 2027 | 10 to 15/hr | Leo, Comet 55P/Tempel-Tuttle | Waning gibbous, days past full | Poor, moon up most of the night |
| Geminids | Dec 14, 2027 | 120 to 150/hr | Gemini, asteroid 3200 Phaethon | Full Cold Moon, same night | Poor, only the brightest streaks |
| Ursids | Dec 22 to 23, 2027 | 5 to 10/hr | Ursa Minor, Comet 8P/Tuttle | Thin waning crescent | Good, dark skies for a minor shower |

All peak dates, rates and Moon phase calls above come from the [AMS meteor shower calendar](https://amsmeteors.org/meteor-showers/meteor-shower-calendar/), the [IMO](https://www.imo.net/) (whose full [2027 shower calendar PDF](https://www.imo.net/ShCal27s.pdf) has the detailed scientific tables), and the [full moon calendar](https://www.cyclecalcs.com/full-moon-calendar.html). Real skies also depend on your latitude and local weather, so check our [moon phase tool](/moon-phases) and [Nightly News](/nightly-news) closer to any given date for a fresher, night-of read.

## What a radiant actually is

Every meteor in a given shower appears to streak away from roughly the same point in the sky, called the radiant, because the meteoroids are traveling on near-parallel paths through space and perspective makes them appear to diverge from a single point, the same way parallel highway lines seem to converge toward a vanishing point. Showers are named for the constellation that sits closest to that point: the Leonids radiate from Leo, the Perseids from Perseus, the Geminids from Gemini, and the Quadrantids from the obsolete constellation Quadrans Muralis, now inside Boötes, near the handle of the Big Dipper.

The debris itself comes from a "parent body," almost always a comet and occasionally an asteroid, that has shed dust and rock along its orbit over thousands of years, and Earth's own orbit crosses that trail at the same time every year, which is why each shower has such a predictable date. NASA notes that showers occur "as Earth passes through the trail of dusty debris left by a comet and, in a few cases, asteroids," and are usually named for the star or constellation nearest to where they appear to originate, exactly the radiant effect described above, [according to NASA](https://science.nasa.gov/solar-system/meteors-meteorites/meteor-showers/). The Geminids are the odd one out among the majors: their parent is the rocky asteroid 3200 Phaethon rather than an icy comet, one reason they burn bright and are unusually reliable year to year, per the [AMS calendar](https://amsmeteors.org/meteor-showers/meteor-shower-calendar/). A higher radiant, well up from the horizon, means more of the sky is in view of the meteors' true paths, so showers are always better after the radiant constellation has climbed higher, typically well after dark or after midnight depending on the shower.

## ZHR versus what you will actually see

The rates in the table above are the zenithal hourly rate, defined as the number of meteors a single observer would see in an hour of peak activity "if the radiant was at the zenith" (directly overhead) "assuming... perfect seeing conditions," [per the technical definition](https://en.wikipedia.org/wiki/Zenithal_hourly_rate). That is a best-case, textbook number, not a promise. In practice the count you will actually see is nearly always lower, and it drops the closer the radiant sits to the horizon, since fewer meteor paths are above the horizon at all, [as the same source explains](https://en.wikipedia.org/wiki/Zenithal_hourly_rate).

Three real-world factors cut a "120 per hour" Geminids peak down to what you will count with your own eyes on a given night: how high the radiant has climbed (worst right after it rises, best well after midnight), how much moonlight or light pollution is washing out faint meteors (our [dark-sky places directory](/places) and [dark sky parks guide](/dark-sky-parks) exist largely to solve this one), and plain luck, since meteors arrive in clusters, not evenly spaced. A rural observer under a genuinely dark sky, away from city glow, will typically see a meaningful fraction of the quoted ZHR; someone watching from a suburban backyard under a hazy, moonlit sky might see a tenth of that or less. That gap, more than the shower's name recognition, is the single biggest variable amateur skywatchers miss, which is exactly why the Moon column in the calendar above matters as much as the peak date itself.

## How to actually watch (no telescope needed)

Meteor showers are a naked-eye event, and a telescope or even binoculars actively hurt you here by narrowing your field of view to a tiny patch of sky; the whole point is to see the widest possible swath so you catch meteors wherever they streak. Give your eyes 20 to 30 minutes to fully adapt to the dark, since your night vision keeps improving well past the point most people give up and go back to their phones (which reset it instantly). Lie back in a reclining chair or on a blanket so you can comfortably watch the whole sky rather than craning your neck at one patch, dress warmer than you think you need to (most of these peaks are on cold nights), and bring snacks and a thermos, since the best rates almost always come well after midnight when your body wants to be asleep.

Location matters more than gear. Get as far from artificial light as you safely can; even a bright porch light nearby can cost you the faintest third of the meteors, which is one reason a certified [dark sky park](/dark-sky-parks) beats a backyard for a real shower night. Check the Moon phase for your date on our [moon phase tool](/moon-phases), since a bright Moon above the horizon does the same damage as a streetlight, and plan to watch during the Moon-free hours the calendar above calls out for each shower. If you are introducing kids to their first meteor shower, our [stargazing for beginners guide](/stargazing-for-beginners) has a simpler starter checklist, and learning a few [constellations](/constellations) ahead of time, especially the shower's own radiant constellation, makes the whole night click into place once you spot the pattern the meteors are radiating from.

## Best US and Canada dark-sky spots by season

Pairing a shower with a genuinely dark park roughly triples what you will see over a city or suburban yard, so here is where to go for each season in this calendar, cross-referenced with our full [dark sky parks directory](/places).

**Fall (Orionids, Leonids):** Grand Canyon National Park in Arizona keeps its skies dark enough that the National Park Service promotes "half the park is after dark" to its roughly six million annual visitors, [per DarkSky International's listing](https://darksky.org/places/grand-canyon-national-park-dark-sky-park/), and clear, cooling October and November nights on the rim suit both Orionids and Leonids well. On the Canadian side, Jasper National Park in Alberta, one of the world's largest Dark-Sky Preserves, runs its own Jasper Dark Sky Festival every October, timing public stargazing to this exact window, [according to background on the park](https://en.wikipedia.org/wiki/Jasper_National_Park). Waterton Lakes National Park in Alberta and its US twin, Glacier National Park in Montana, were certified together as the world's first trans-boundary International Dark Sky Park and make a good binational fall stop for either country's side of the border, [per DarkSky International](https://darksky.org/places/waterton-glacier-international-peace-park-dark-sky-park/).

**Winter (Geminids, Ursids, Quadrantids):** Big Bend National Park in Texas offers a rare mild-winter desert sky for the December and January showers, in the "Big Bend" of the Rio Grande along the Mexican border, [per DarkSky International](https://darksky.org/places/big-bend-national-park-dark-sky-park/). Death Valley National Park in California, one of the largest dark sky parks in the US, is another low-elevation, snow-free winter option for the Geminids and Quadrantids, [per DarkSky International](https://darksky.org/places/death-valley-national-park-dark-sky-park/). Cherry Springs State Park in Pennsylvania, open year-round with 60 to 85 nights of ideal viewing conditions annually, is the classic East Coast pick if you can handle the cold, [per DarkSky International](https://darksky.org/places/cherry-springs-state-park-dark-sky-park/). In Quebec, the Mont-Mégantic International Dark Sky Reserve, the world's first, pairs its ASTROLab observatory with strict regional lighting rules and welcomes winter stargazers for the Geminids and Ursids, [per DarkSky International](https://darksky.org/places/mont-megantic-dark-sky-reserve/).

**Spring (Lyrids, Eta Aquariids):** Enchanted Rock State Natural Area in Texas has hosted public star parties since 2011 and its Hill Country location and lower southern latitude help with the low-radiant Eta Aquariids, [per DarkSky International](https://darksky.org/places/enchanted-rock-state-natural-area-dark-sky-park/). Great Basin National Park in Nevada, high and dry between the Sierra Nevada and the Wasatch Range, is a strong pick for the Lyrids, [per DarkSky International](https://darksky.org/places/great-basin-national-park-dark-sky-park/). In Saskatchewan, Grasslands National Park protects native prairie under some of the darkest, least light-polluted skies in Canada, worth the trip once spring travel opens up, [per background on the park](https://en.wikipedia.org/wiki/Grasslands_National_Park).

**Summer (Perseids):** Cherry Springs State Park in Pennsylvania draws crowds for the Perseids specifically, and Voyageurs National Park in Minnesota explicitly promotes itself for "the spectacular Aurora Borealis, meteor showers, stargazing, and night sky programs," making it a strong double booking if the aurora is also active that week, [per DarkSky International](https://darksky.org/places/voyageurs-national-park-dark-sky-park/); check our [northern lights guide](/northern-lights) before you go. North of the border, Waterton Lakes in Alberta was Canada's first certified International Dark Sky Park and works well for an August trip, [per DarkSky International's Canada listing](https://darksky.org/locations/canada/).

## Quick answers

**What is the best meteor shower of the year?** The Geminids in December are normally the strongest, with a zenithal hourly rate of 120 to 150 per hour, [per the AMS calendar](https://amsmeteors.org/meteor-showers/meteor-shower-calendar/), but check the Moon column in the table above first: the December 2027 Geminids peak the same night as a full Moon and will be badly washed out, while December 2026's Geminids has almost no Moon interference and is the best single night in this entire calendar.

**When is the next meteor shower?** As of this writing, on September 23, 2026, the next shower is the Orionids, peaking overnight October 21 to 22, 2026, [per the AMS calendar](https://amsmeteors.org/meteor-showers/meteor-shower-calendar/); for the freshest "tonight" read, check [Nightly News](/nightly-news).

**How many meteors per hour will I actually see?** Take the ZHR from the table, then discount heavily for your radiant's height above the horizon, any Moon or city light, and your own limiting magnitude; a dark rural sky under favorable Moon conditions typically shows a meaningful share of the quoted ZHR, while a light-polluted or moonlit sky can cut that by 90 percent or more, [per the technical ZHR explanation](https://en.wikipedia.org/wiki/Zenithal_hourly_rate).

**Do I need a telescope for meteor showers?** No. Meteors move too fast and cover too much sky for a telescope or binoculars to help; your unaided, dark-adapted eyes scanning the widest possible patch of sky are the best tool you have.

**What causes a meteor shower?** Earth passing through a trail of dusty debris shed by a comet, or occasionally an asteroid, along its orbit, [per NASA](https://science.nasa.gov/solar-system/meteors-meteorites/meteor-showers/); the debris burns up in the atmosphere and the shower is named for the constellation nearest the point the meteors appear to radiate from.

**Which of these showers is visible from Canada?** All twelve showers in this calendar are visible throughout Canada, though the Eta Aquariids' low southern radiant means far fewer meteors from Canadian latitudes than from the southern US, and far-northern locations get extra help from long, dark nights around the December and January showers; see our [dark sky laws](/dark-sky-laws) guide for why some Canadian towns keep their skies this dark in the first place.

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Canonical: https://darkskiesdirectory.com/meteor-showers
Updated: 2026-09-23