Orbit and Atom

Night Sky

Meteor Shower Calendar 2026-2027: Every Major Peak

Marcos Salles By Marcos Salles Updated 7 min read

Quick answer

The meteor shower to plan around this year is the Geminids on Dec. 13-14, 2026: 40 to 50 meteors an hour under a Moon only 15% lit. Seven major showers peak between October and August 2027: Orionids (Oct. 21-22), Leonids (Nov. 16-17), Geminids, Quadrantids (Jan. 3-4), Lyrids (Apr. 22-23), Eta Aquariids (May 5-6) and Perseids (Aug. 12-13). Moonlight will spoil the Orionids, Lyrids and Perseids.

Dozens of Geminid meteors streaking across the sky above the white dome of the Mayall telescope at Kitt Peak, with the Milky Way arching overhead
Geminid meteors over the Mayall 4-meter telescope at Kitt Peak National Observatory, Arizona, at the shower's peak on Dec. 14, 2023. The Geminids peak on Dec. 13-14, 2026. Photo: KPNO/NOIRLab/NSF/AURA/R. Sparks (NSF's NOIRLab), Wikimedia Commons, CC BY 4.0.
On this page

A meteor shower is easy to plan for once you know three things: the night it peaks, how many meteors you might see, and where the Moon will be. This calendar puts all three in one place for every major shower from this October through August 2027.

It uses peak dates and rates from NASA, and Moon conditions from the American Meteor Society (AMS), which tracks each peak night against that night's Moon.

When is every major meteor shower from 2026 to 2027?

Here are the peaks in order. The "Moon" column shows how much of the Moon is lit on the peak night, as listed in the AMS calendar. A thin Moon leaves the sky dark. A bright one hides the fainter meteors.

ShowerPeak nightRate (per hour)Parent bodyMoon
OrionidsOct. 21-22, 202610 to 20Comet 1P/Halley74%, waxing gibbous (bright)
TauridsEarly to mid-Nov. 2026 (AMS: Nov. 4-5 south, Nov. 11-12 north)Few, but known for fireballsComet 2P/Encke25% and 4% (dark)
LeonidsNov. 16-17, 2026Fewer than 3 in most yearsComet 55P/Tempel-Tuttle39%, waxing crescent
GeminidsDec. 13-14, 202640 to 50, up to 120Asteroid 3200 Phaethon15%, waxing crescent (dark)
UrsidsDec. 21-22, 2026 (AMS)5 to 10 (AMS)Comet 8P/Tuttle (AMS)89%, waxing gibbous (bright)
QuadrantidsJan. 3-4, 2027Up to 60 to 200, for a few hoursAsteroid 2003 EH118%, waning crescent (dark)
LyridsApril 22-23, 2027 (AMS: April 21-22)10 to 20, rarely about 100Comet C/1861 G1 ThatcherFull Moon (bright)
Eta AquariidsMay 5-6, 2027About 50 (about 10 in the Northern Hemisphere)Comet 1P/Halley2%, waning crescent (dark)
PerseidsAug. 12-13, 202750 to 100Comet 109P/Swift-Tuttle79%, waxing gibbous (bright)

Peak nights, rates, parent bodies and Moon conditions. Dates and rates: NASA unless marked. Moon: AMS 2026/2027 calendar. Rates are NASA's figures for ideal sky conditions, so expect fewer from a typical backyard.

The highlighted rows are the three showers that pair a good rate with a thin Moon. The AMS shower pages and its calendar differ by a few percentage points on some Moon figures, so treat the percentages as a guide and check a sky app the week of the peak.

Bar chart of how much of the Moon is lit on the peak night of nine meteor showers from October 2026 to August 2027, from 2% for the Eta Aquariids to a full Moon for the Lyrids, with NASA hourly rates
The Moon on each peak night, with NASA's hourly rates. Chart: Orbit and Atom, from AMS and NASA data.

Which meteor showers are the best to watch?

Going by the NASA rates and the AMS Moon figures above, three stand out.

  • Geminids, Dec. 13-14, 2026. NASA lists 40 to 50 meteors an hour under dark skies, and up to 120 in perfect conditions. The Moon is only 15% lit. NASA also notes the Geminids come from an asteroid, 3200 Phaethon, not a comet.
  • Quadrantids, Jan. 3-4, 2027. NASA says the peak is "much shorter" than most, only a few hours, and lists up to 60 to 200 meteors an hour in perfect conditions. The AMS puts the predicted peak near 3:30 UT on Jan. 4 and says it favors Europe and western Asia. The Moon is a thin 18% crescent.
  • Eta Aquariids, May 5-6, 2027. The Moon is almost new, at 2%. NASA says the Southern Hemisphere is the better place to watch: it lists about 50 meteors an hour at the peak, but only about 10 for the Northern Hemisphere.

The Perseids, usually the most popular shower of the year, face a 79% Moon in 2027, so the AMS expects significant interference. They are still worth a look, especially in the hours when the Moon is low or down.

A thin meteor streak under the Milky Way above dark spruce trees, with an orange glow low on the horizon
A Perseid meteor and the Milky Way over Spruce Knob, West Virginia, on Aug. 10, 2021. In 2027 the Perseids will have to compete with a 79% Moon. Photo: NASA/Bill Ingalls.

What is the next meteor shower?

The Orionids, on the night of October 21 into the morning of October 22. NASA says a bright waxing gibbous Moon "will wash out some of the fainter meteors this year" and that the best chance may come in the few hours before dawn, after the Moon sets. The Moon grows to full a few days later, as we explain in our Hunter's Moon guide.

After that come the Taurids. NASA says they are fast meteors, about 65,000 mph (104,607 kph), and that the shower "often" shows fireballs on or around Halloween. The AMS lists two peaks, a southern one around November 4-5 and a northern one around November 11-12, both under a very small Moon. Then the Leonids arrive on November 16-17.

Why are the Leonids famous if they are so faint most years?

Because of the storms. NASA says the Leonids often produce as few as three meteors an hour, but about every 33 years the debris from comet 55P/Tempel-Tuttle peaks as a storm. In 1966, NASA says, thousands of meteors a minute fell through Earth's atmosphere during a 15-minute period. The last Leonid storm took place in 2002, and the AMS says the next dense debris encounter is expected in 2099. A normal year, like 2026, is a quiet one. Our Leonid guide for 2026 has the best hours to look.

Why does the same meteor shower come back every year?

NASA explains that a meteor shower happens when Earth passes through the trail of dusty debris left by a comet. Earth crosses the same trails at about the same point in its orbit each year, so the showers return on nearly the same dates. NASA's example is the Perseids, which peak around August 12 every year.

Most showers come from comets. The Perseids come from comet 109P/Swift-Tuttle, and the Orionids and Eta Aquariids both come from Halley's comet. A few come from asteroids instead. NASA says the Geminids come from 3200 Phaethon and the Quadrantids from 2003 EH1, which may be a "dead comet."

Halley's Comet in March 1986, a bright head with a long pale tail across a field of stars
Halley's Comet photographed by W. Liller on Easter Island on March 8, 1986. The Orionids and the Eta Aquariids are both made of its dust. Photo: NASA/W. Liller, public domain, Wikimedia Commons.

The pieces are small. NASA says meteoroids range from dust grains to small asteroids. While one is in space it is a meteoroid. When it enters the atmosphere at high speed and burns up, it is a meteor, the streak you see. If a piece survives and lands, it is a meteorite.

How do you watch a meteor shower?

NASA's shower pages give the same short advice, and it works for every shower on this list.

  1. Get away from city lights. A park, a field or a dark road works much better than a lit street.
  2. Lie flat on your back and take in as much of the sky as you can. NASA suggests feet toward the south for the Geminids, toward the east for the Leonids, the Lyrids and the Eta Aquariids.
  3. Give your eyes about 30 minutes to adjust. NASA says your eyes will adapt in about that time, and the meteors become easier to see.
  4. Dress for the cold. NASA suggests a sleeping bag, blanket or lawn chair, especially for the winter showers.
  5. Check the Moon. For the Lyrids, NASA's advice is to watch in the dark hours after moonset and before dawn.

You do not need a telescope or binoculars. They narrow your view and make meteors harder to catch. For more sky events by date, see our Night Sky section.

The short versionThe best meteor showers to plan around in 2026-2027 are the Geminids (Dec. 13-14), the Quadrantids (Jan. 3-4) and the Eta Aquariids (May 5-6), all under a thin Moon. The Orionids, Lyrids and Perseids will compete with moonlight. Get away from city lights, lie back and give your eyes 30 minutes.

Frequently asked questions

When is the next meteor shower?

The Orionids, on the night of October 21 into the morning of October 22, 2026. NASA says a bright waxing gibbous Moon will wash out some of the fainter meteors, and the best chance may come in the few hours before dawn, after the Moon sets.

What is the best meteor shower of 2026-2027?

The Geminids, on December 13-14, 2026, are the strongest of the group with a thin Moon. NASA lists 40 to 50 meteors an hour under dark skies and up to 120 in perfect conditions, and the AMS lists the Moon at 15%.

When are the Perseids in 2027?

NASA lists the Perseid peak night as August 12-13, and says the shower peaks around August 12 every year. The AMS lists the Moon at 79% on that night in 2027, so expect significant moonlight.

Are the Lyrids on April 21-22 or April 22-23, 2027?

NASA lists the peak night as April 22-23, 2027. The AMS calendar lists April 21-22 and a full Moon. Both are within the same two-night window, so look on both nights, after the Moon sets if you can.

Why are the Quadrantids hard to catch?

NASA says their peak is much shorter than most showers, only a few hours, compared with about two days for others. The AMS puts the predicted peak near 3:30 UT on January 4, 2027, and says it favors Europe and western Asia.

Do I need a telescope to watch a meteor shower?

No. NASA's advice is to find a dark spot away from city lights, lie flat, look up to take in as much sky as possible and give your eyes about 30 minutes to adjust.

Where do meteors in a shower come from?

Mostly from comets. NASA says a shower happens when Earth passes through the trail of dusty debris a comet left behind. The Geminids and Quadrantids come from asteroids instead.

Sources

Marcos Salles

Marcos Salles

Founder and editor, Orbit and Atom

I write Orbit and Atom to explain space and science in plain English, starting from what NASA, ESA and the mission teams publish. Every article lists its sources at the end so you can read them yourself.

How we write

Keep reading