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METEOR SHOWERS · LIVE NIGHT-SKY CAMS · PEAK TIMES IN YOUR TIME ZONE

Meteor Shower Live Cams

Every meteor shower of the next twelve months, with the peak time the International Meteor Organization publishes, the radiant, the rate and the Moon on the night, and the live cameras on Port of Cams that point at a dark sky. The cameras below re-order themselves by whether it is dark at each one right now and whether the active shower’s radiant is above the horizon there.

Next peak: the Southern Taurids, Thu, 5 November 2026 (UTC date; IMO gives no hour).

Countdown: Southern Taurids: Thu, 5 November 2026 (UTC date; IMO gives no hour)

Shower data from the IMO 2026 and 2027 calendars and the American Meteor Society, read on 22 October 2026. Moon and radiant positions computed. Streams re-checked when this page was rebuilt, 27 October 2026, 19:09 UTC: 10 of 10 video cameras live.

What a webcam can and cannot show

Be ready for this: a live camera shows far fewer meteors than your own eyes under a dark sky. Most shower meteors are faint, and a webcam’s fixed exposure and video compression lose them. What cameras do catch are fireballs, meteors brighter than about magnitude −4, as bright as Venus (the AMS definition). The Taurids, Geminids, Perseids, Leonids and Quadrantids are all known for them. Leave a night-sky camera open in a background tab during a peak and look in now and then; a fireball lasts a second or two.

The still-frame cameras at the bottom of the list are different again: they post a picture every so often, so a meteor shows only if it falls inside an exposure. They are worth a look for a fireball’s trail, not for watching a shower.

Right now at each camera

Ranked for the Orionid radiant (north of Betelgeuse in Orion), which is active now: cameras where it is dark and the radiant is up come first. Cameras our health checker reports offline drop to the bottom.

  1. 1 Kina, Tasman, NZ (41.2°S) Live video GMT+13 Southern sky: night-sky cameras run for stars and meteors
  2. 2 Mt. Katahdin, Maine, USA Live video EDT Northern sky: night-sky cameras run for stars and meteors
  3. 3 Sebec Lake, Maine, USA Live video EDT Northern sky: night-sky cameras run for stars and meteors
  4. 4 Beaumaris, Tasmania (41.4°S) Live video GMT+11 Southern sky: dark-sky aurora cameras
  5. 5 Fairbanks All-Sky Cam, Alaska Live video AKDT Northern sky: dark-sky aurora cameras
  6. 6 Grand Forks skycam, North Dakota Live video CDT Northern sky: dark-sky aurora cameras
  7. 7 Kilpisjärvi, Finland (69°N) Live video GMT+2 Northern sky: dark-sky aurora cameras
  8. 8 Lyngen North, Norway (69.8°N) Live video GMT+1 Northern sky: dark-sky aurora cameras
  9. 9 Churchill, Manitoba, Canada Live video CDT Northern sky: dark-sky aurora cameras
  10. 10 Golden Circle, South Iceland Live video GMT Northern sky: dark-sky aurora cameras
  11. 11 Poker Flat all-sky, near Fairbanks Snapshot AKDT Northern sky: all-sky science cameras (still frames)
  12. 12 Toolik Lake all-sky, Alaska (68.6°N) Snapshot AKDT Northern sky: all-sky science cameras (still frames)
  13. 13 Abisko all-sky, Swedish Lapland Snapshot GMT+1 Northern sky: all-sky science cameras (still frames)

Meteor showers, October 2026 to October 2027

Peak times are the International Meteor Organization’s, in Universal Time; with JavaScript on, each is also shown in your own time zone. The Moon is computed for the peak; “dark with the radiant up” counts the hours, within 12 hours of the peak (or on the peak’s UTC date), when the sun is at least 12° below the horizon at a camera and the radiant at least 20° above it. “Local solar time” can differ from the clock by an hour or so with time zones and daylight saving. Clouds are not forecast here.

Meteor shower peaks
ShowerPeak (UTC)ZHRMoon at peak
Orionids 202621 Oct20+72% · waxing gibbous
Southern Taurids 20265 Nov5–1018% · waning crescent
Northern Taurids 202612 Nov57% · waxing crescent
Leonids 202617 Nov, 23:45about 1556% · first quarter
Geminids 202614 Dec, 14:0015026% · waxing crescent
Ursids 202622 Dec, 22:001098% · waxing gibbous
Quadrantids 20274 Jan, 03:2580 (varies, about 60–200)12% · waning crescent
Lyrids 202723 Apr, 01:401894% · waning gibbous
Eta Aquariids 20276 May, 09:0050 (recent years about 40)0% · new moon
Southern Delta Aquariids 202731 Jul258% · waning crescent
Perseids 202713 Aug, 08:00110+86% · waxing gibbous
Orionids 202722 Oct2058% · last quarter

Orionids 2026

Peak
Wed, 21 October 2026 (UTC date; IMO gives no hour)
Active
2 Oct – 7 Nov 2026
ZHR
20+
Radiant
north of Betelgeuse in Orion (RA 95°, Dec +16°); highest at about 4:15 a.m. local solar time
Best seen from
Both hemispheres. Radiant’s highest altitude: 61° from 45°N, 39° from 35°S
Speed
66 km/s, fast
Parent body
1P/Halley
Moon at peak
72% lit, waxing gibbous. Bright moonlight washes out the faint meteors; bright meteors and fireballs still show.

The maximum was on 21 October; IMO lists activity to 7 November. The Orionids are dust from Halley’s Comet, according to NASA.

Dark with the radiant up near the peak: Mt. Katahdin, Maine, USA (6 h), Sebec Lake, Maine, USA (6 h), Fairbanks All-Sky Cam, Alaska (6 h), Grand Forks skycam, North Dakota (6 h), Churchill, Manitoba, Canada (6 h), Golden Circle, South Iceland (6 h), Poker Flat all-sky, near Fairbanks (6 h), Toolik Lake all-sky, Alaska (68.6°N) (6 h), Abisko all-sky, Swedish Lapland (6 h), Kilpisjärvi, Finland (69°N) (6 h), Lyngen North, Norway (69.8°N) (6 h), Kina, Tasman, NZ (41.2°S) (3 h), Beaumaris, Tasmania (41.4°S) (3 h).

Source: IMO 2026 Meteor Shower Calendar · NASA: Orionids · AMS calendar

Southern Taurids 2026

Peak
Thu, 5 November 2026 (UTC date; IMO gives no hour)
Active
20 Sept – 20 Nov 2026
ZHR
5–10
Radiant
in Taurus (RA 52°, Dec +15°); highest at about 12:30 a.m. local solar time
Best seen from
Both hemispheres. Radiant’s highest altitude: 60° from 45°N, 40° from 35°S
Speed
27 km/s, slow
Moon at peak
18% lit, waning crescent. Little moonlight: a good year for this shower.

Low rates but slow, bright meteors: the AMS says the Southern Taurids are rich in fireballs, and their fireball-swarm component peaks on 5 November. IMO calls them ideal targets for still imaging, which is the closest thing to a webcam.

Dark with the radiant up near the peak: Mt. Katahdin, Maine, USA (10 h), Sebec Lake, Maine, USA (10 h), Grand Forks skycam, North Dakota (10 h), Churchill, Manitoba, Canada (10 h), Golden Circle, South Iceland (10 h), Fairbanks All-Sky Cam, Alaska (10 h), Poker Flat all-sky, near Fairbanks (10 h), Toolik Lake all-sky, Alaska (68.6°N) (10 h), Abisko all-sky, Swedish Lapland (10 h), Kilpisjärvi, Finland (69°N) (10 h), Lyngen North, Norway (69.8°N) (10 h), Kina, Tasman, NZ (41.2°S) (6 h), Beaumaris, Tasmania (41.4°S) (6 h).

Source: IMO 2026 Meteor Shower Calendar · AMS calendar

Northern Taurids 2026

Peak
Thu, 12 November 2026 (UTC date; IMO gives no hour)
Active
20 Oct – 10 Dec 2026
ZHR
5
Radiant
in Taurus (RA 58°, Dec +22°); highest at about 12:30 a.m. local solar time
Best seen from
Both hemispheres, a little better from the north. Radiant’s highest altitude: 67° from 45°N, 33° from 35°S
Speed
29 km/s, slow
Moon at peak
7% lit, waxing crescent. Little moonlight: a good year for this shower.

Much like the Southern Taurids but a week later, and IMO notes both branches peak in a moon-free period this year. When the two overlap in early November the AMS notes there is sometimes a rise in fireballs.

Dark with the radiant up near the peak: Lyngen North, Norway (69.8°N) (12 h), Kilpisjärvi, Finland (69°N) (12 h), Abisko all-sky, Swedish Lapland (12 h), Fairbanks All-Sky Cam, Alaska (12 h), Golden Circle, South Iceland (12 h), Poker Flat all-sky, near Fairbanks (12 h), Toolik Lake all-sky, Alaska (68.6°N) (12 h), Churchill, Manitoba, Canada (12 h), Mt. Katahdin, Maine, USA (11 h), Sebec Lake, Maine, USA (11 h), Grand Forks skycam, North Dakota (11 h), Kina, Tasman, NZ (41.2°S) (4 h), Beaumaris, Tasmania (41.4°S) (4 h).

Source: IMO 2026 Meteor Shower Calendar · AMS calendar

Leonids 2026

Peak
Tue, 17 November 2026, 23:45 UTC
Active
6 Nov – 30 Nov 2026
ZHR
about 15
Radiant
in Leo (RA 152°, Dec +22°); highest at about 6:15 a.m. local solar time
Best seen from
Both hemispheres, a little better from the north. Radiant’s highest altitude: 67° from 45°N, 33° from 35°S
Speed
71 km/s, fast
Parent body
55P/Tempel-Tuttle
Moon at peak
56% lit, first quarter. Some moonlight: the fainter meteors are easiest to see while the Moon is down.

IMO puts the regular maximum at 23:45 UT on 17 November (another model gives 16:00 UT the same day). Model calculations show encounters with old, thin dust trails on 17–19 November; the modellers expect no significant outburst, at most a modest rise. The fastest meteors of the year, at 71 km/s; NASA notes the Leonids are known for fireballs.

Dark with the radiant up near the peak: Kilpisjärvi, Finland (69°N) (7 h), Lyngen North, Norway (69.8°N) (7 h), Toolik Lake all-sky, Alaska (68.6°N) (7 h), Abisko all-sky, Swedish Lapland (7 h), Fairbanks All-Sky Cam, Alaska (6 h), Poker Flat all-sky, near Fairbanks (6 h), Golden Circle, South Iceland (6 h), Churchill, Manitoba, Canada (6 h), Grand Forks skycam, North Dakota (5 h), Mt. Katahdin, Maine, USA (5 h), Sebec Lake, Maine, USA (5 h).

Source: IMO 2026 Meteor Shower Calendar · NASA: Leonids · AMS calendar

Geminids 2026

Peak
Mon, 14 December 2026, 14:00 UTC
Active
4 Dec – 20 Dec 2026
ZHR
150
Radiant
in Gemini (RA 112°, Dec +33°); highest at about 2 a.m. local solar time
Best seen from
Northern hemisphere; the south sees it around midnight. Radiant’s highest altitude: 78° from 45°N, 22° from 35°S
Speed
35 km/s, slow
Parent body
3200 Phaethon
Moon at peak
26% lit, waxing crescent. Little moonlight: a good year for this shower.

IMO calls it the best and most reliable of the major showers, with a broad maximum: rates of 100 and more for 10 to 12 hours, and peaks in the past two decades between 21:00 UT on 13 December and 18:00 UT on the 14th this year. Known for bright meteors and fireballs. North of the equator the radiant rises around sunset; in the southern hemisphere it only appears around midnight.

Dark with the radiant up near the peak: Lyngen North, Norway (69.8°N) (14 h), Kilpisjärvi, Finland (69°N) (14 h), Toolik Lake all-sky, Alaska (68.6°N) (14 h), Abisko all-sky, Swedish Lapland (14 h), Fairbanks All-Sky Cam, Alaska (13 h), Poker Flat all-sky, near Fairbanks (13 h), Golden Circle, South Iceland (13 h), Churchill, Manitoba, Canada (12 h), Grand Forks skycam, North Dakota (11 h), Mt. Katahdin, Maine, USA (11 h), Sebec Lake, Maine, USA (11 h).

Source: IMO 2026 Meteor Shower Calendar · NASA: Geminids · AMS calendar

Ursids 2026

Peak
Tue, 22 December 2026, 22:00 UTC
Active
17 Dec – 26 Dec 2026
ZHR
10
Radiant
in Ursa Minor (RA 217°, Dec +76°); highest at about 8:30 a.m. local solar time
Best seen from
Northern hemisphere only. Radiant’s highest altitude: 59° from 45°N, never rises from 35°S
Speed
33 km/s, slow
Moon at peak
98% lit, waxing gibbous. Bright moonlight washes out the faint meteors; bright meteors and fireballs still show.

A northern-hemisphere shower: the AMS says the radiant barely clears the horizon from the southern tropics. This year the peak is two days before Full Moon, with the Moon about 96% lit (IMO).

Dark with the radiant up near the peak: Lyngen North, Norway (69.8°N) (16 h), Kilpisjärvi, Finland (69°N) (16 h), Toolik Lake all-sky, Alaska (68.6°N) (16 h), Abisko all-sky, Swedish Lapland (16 h), Fairbanks All-Sky Cam, Alaska (15 h), Poker Flat all-sky, near Fairbanks (15 h), Golden Circle, South Iceland (15 h), Churchill, Manitoba, Canada (14 h), Mt. Katahdin, Maine, USA (13 h), Sebec Lake, Maine, USA (13 h), Grand Forks skycam, North Dakota (13 h).

Source: IMO 2026 Meteor Shower Calendar · AMS calendar

Quadrantids 2027

Peak
Mon, 4 January 2027, 03:25 UTC
Active
28 Dec – 12 Jan 2027
ZHR
80 (varies, about 60–200)
Radiant
in Boötes (RA 230°, Dec +49°); highest at about 8:30 a.m. local solar time
Best seen from
Northern hemisphere. Radiant’s highest altitude: 86° from 45°N, 6° from 35°S
Speed
41 km/s
Parent body
2003 EH1
Moon at peak
12% lit, waning crescent. Little moonlight: a good year for this shower.

A sharp peak: the AMS gives about six hours of maximum and says 2027’s timing favours Europe and western Asia. IMO calls the moonlight conditions perfect, and notes bright fireballs for days after the peak. Not well seen from the southern hemisphere (AMS).

Dark with the radiant up near the peak: Lyngen North, Norway (69.8°N) (16 h), Kilpisjärvi, Finland (69°N) (16 h), Toolik Lake all-sky, Alaska (68.6°N) (16 h), Abisko all-sky, Swedish Lapland (16 h), Fairbanks All-Sky Cam, Alaska (15 h), Golden Circle, South Iceland (15 h), Poker Flat all-sky, near Fairbanks (15 h), Churchill, Manitoba, Canada (10 h), Grand Forks skycam, North Dakota (6 h), Sebec Lake, Maine, USA (6 h), Mt. Katahdin, Maine, USA (6 h).

Source: IMO 2027 Meteor Shower Calendar · NASA: Quadrantids · AMS calendar

Lyrids 2027

Peak
Fri, 23 April 2027, 01:40 UTC
Active
14 Apr – 30 Apr 2027
ZHR
18
Radiant
in Lyra (RA 271°, Dec +34°); highest at about 4 a.m. local solar time
Best seen from
Northern hemisphere. Radiant’s highest altitude: 79° from 45°N, 21° from 35°S
Speed
49 km/s
Parent body
C/1861 G1 Thatcher
Moon at peak
94% lit, waning gibbous. Bright moonlight washes out the faint meteors; bright meteors and fireballs still show.

IMO puts the maximum at 01:40 UT on 23 April, three days after Full Moon: the worst moonlight of the year’s main showers. The AMS lists the night of 21–22 April and NASA 22–23 April, so watch both. Best from the northern hemisphere.

Dark with the radiant up near the peak: Grand Forks skycam, North Dakota (6 h), Mt. Katahdin, Maine, USA (6 h), Sebec Lake, Maine, USA (6 h), Churchill, Manitoba, Canada (5 h), Golden Circle, South Iceland (3 h), Fairbanks All-Sky Cam, Alaska (2 h), Poker Flat all-sky, near Fairbanks (2 h).

Source: IMO 2027 Meteor Shower Calendar · NASA: Lyrids · AMS calendar

Eta Aquariids 2027

Peak
Thu, 6 May 2027, 09:00 UTC
Active
19 Apr – 28 May 2027
ZHR
50 (recent years about 40)
Radiant
in Aquarius (RA 338°, Dec −1°); highest at about 7:30 a.m. local solar time
Best seen from
Southern hemisphere and the tropics. Radiant’s highest altitude: 44° from 45°N, 56° from 35°S
Speed
66 km/s, fast
Parent body
1P/Halley
Moon at peak
0% lit, new moon. Little moonlight: a good year for this shower.

Only visible in the hours before dawn, as the radiant is highest around 8 a.m. local time, and best south of about 40°N (IMO); the AMS calls it a strong shower from the southern tropics. No moonlight in 2027. Halley’s Comet again, according to NASA.

Dark with the radiant up near the peak: Kina, Tasman, NZ (41.2°S) (3 h), Beaumaris, Tasmania (41.4°S) (3 h).

Source: IMO 2027 Meteor Shower Calendar · NASA: Eta Aquariids · AMS calendar

Southern Delta Aquariids 2027

Peak
Sat, 31 July 2027 (UTC date; IMO gives no hour)
Active
12 Jul – 23 Aug 2027
ZHR
25
Radiant
in Aquarius (RA 340°, Dec −16°); highest at about 2 a.m. local solar time
Best seen from
Southern hemisphere and the tropics. Radiant’s highest altitude: 29° from 45°N, 71° from 35°S
Speed
41 km/s
Moon at peak
8% lit, waning crescent. Little moonlight: a good year for this shower.

Best from the southern tropics; the AMS notes these are usually faint meteors with few fireballs, so they are a poor bet for a webcam. Moonlight is no problem in 2027.

Dark with the radiant up near the peak: Kina, Tasman, NZ (41.2°S) (9 h), Beaumaris, Tasmania (41.4°S) (9 h), Sebec Lake, Maine, USA (4 h), Mt. Katahdin, Maine, USA (4 h), Grand Forks skycam, North Dakota (3 h).

Source: IMO 2027 Meteor Shower Calendar · AMS calendar

Perseids 2027

Peak
Fri, 13 August 2027, 08:00–10:00 UTC
Active
17 Jul – 24 Aug 2027
ZHR
110+
Radiant
in Perseus (RA 48°, Dec +58°); highest at about 5:45 a.m. local solar time
Best seen from
Northern hemisphere. Radiant’s highest altitude: 77° from 45°N, never rises from 35°S
Speed
59 km/s
Parent body
109P/Swift-Tuttle
Moon at peak
86% lit, waxing gibbous. Bright moonlight washes out the faint meteors; bright meteors and fireballs still show.

IMO expects the main maximum between 08:00 and 10:00 UT on 13 August, inside a broad peak from about 03:00 to 16:00 UT, and a part of the stream nudged closer by Jupiter may lift rates by 10–20%. A waxing Moon. NASA notes the Perseids are known for fireballs.

Dark with the radiant up near the peak: Mt. Katahdin, Maine, USA (7 h), Sebec Lake, Maine, USA (7 h), Grand Forks skycam, North Dakota (7 h), Churchill, Manitoba, Canada (4 h).

Source: IMO 2027 Meteor Shower Calendar · NASA: Perseids · AMS calendar

Orionids 2027

Peak
Fri, 22 October 2027 (UTC date; IMO gives no hour)
Active
2 Oct – 7 Nov 2027
ZHR
20
Radiant
north of Betelgeuse in Orion (RA 95°, Dec +16°); highest at about 4:15 a.m. local solar time
Best seen from
Both hemispheres. Radiant’s highest altitude: 61° from 45°N, 39° from 35°S
Speed
66 km/s, fast
Parent body
1P/Halley
Moon at peak
58% lit, last quarter. Some moonlight: the fainter meteors are easiest to see while the Moon is down.

A broad maximum of about a day, with a bright waning Moon in the sky while the radiant is up (IMO).

Dark with the radiant up near the peak: Kilpisjärvi, Finland (69°N) (6 h), Mt. Katahdin, Maine, USA (6 h), Sebec Lake, Maine, USA (6 h), Fairbanks All-Sky Cam, Alaska (6 h), Grand Forks skycam, North Dakota (6 h), Lyngen North, Norway (69.8°N) (6 h), Churchill, Manitoba, Canada (6 h), Golden Circle, South Iceland (6 h), Poker Flat all-sky, near Fairbanks (6 h), Toolik Lake all-sky, Alaska (68.6°N) (6 h), Abisko all-sky, Swedish Lapland (6 h), Kina, Tasman, NZ (41.2°S) (3 h), Beaumaris, Tasmania (41.4°S) (3 h).

Source: IMO 2027 Meteor Shower Calendar · NASA: Orionids · AMS calendar

The cameras, and why each can catch a meteor

Only cameras that point at a dark sky. Three kinds: cameras run for the night sky, aurora cameras in dark places, and science cameras that post a still of the whole sky.

Night-sky cameras run for stars and meteors

Kina, Tasman, NZ (41.2°S)

Kina, Tasman District, New Zealand

Live videoSouthern sky

A 4K camera near Nelson on New Zealand’s South Island looking south, on a slow shutter at night. The operator streams it for meteors, satellites and aurora: our best seat for the southern showers.

Mt. Katahdin, Maine, USA

Millinocket Lake, Maine

Live videoNorthern sky

A low-light Sony A7S III with a 24 mm f/1.4 lens, facing north over Millinocket Lake to Mt. Katahdin in northern Maine’s dark-sky country. The stream carries music.

Sebec Lake, Maine, USA

Sebec Lake, Maine

Live videoNorthern sky

The same kind of low-light camera at Sebec Lake, Maine, pointed north-north-east with an 80° field: stars and meteors on clear nights.

Dark-sky aurora cameras

Beaumaris, Tasmania (41.4°S)

Beaumaris, north-east coast of Tasmania, Australia

Live videoSouthern sky

A 4K camera on Tasmania’s north-east coast looking east by south over the Tasman Sea: a dark coastal sky for the southern showers.

Fairbanks All-Sky Cam, Alaska

Fairbanks, AK

Live videoNorthern sky

Explore.org’s all-sky video camera north of Fairbanks, with no light pollution. A fisheye takes in the whole sky, so any bright meteor in Alaska’s long nights crosses it.

Grand Forks skycam, North Dakota

University of North Dakota, Grand Forks, ND

Live videoNorthern sky

The University of North Dakota’s rooftop skycam, looking west over the flat Red River valley: a wide sky with nothing in the way.

Kilpisjärvi, Finland (69°N)

Kilpisjärvi, Enontekiö, Finland

Live videoNorthern sky

A north-facing sky camera at 69°N in Finnish Lapland, where the fells keep it far from town light.

Lyngen North, Norway (69.8°N)

Rotsund, Lyngen fjord, Northern Norway

Live videoNorthern sky

The camera on Lyngen fjord in northern Norway, whose on-screen panel shows the sun’s altitude and the Moon’s brightness: the two things that decide whether a meteor can show.

Churchill, Manitoba, Canada

Churchill, Manitoba, Canada

Live videoNorthern sky

Explore.org’s camera at Churchill on Hudson Bay, pointed at the sky for the aurora.

Golden Circle, South Iceland

Golden Circle, South Iceland

Live videoNorthern sky

Aurora Reykjavík’s countryside camera east of the city on the Golden Circle, darker than its city camera.

All-sky science cameras (still frames)

Poker Flat all-sky, near Fairbanks

Poker Flat Research Range, near Fairbanks, Alaska

SnapshotNorthern sky

The University of Alaska Fairbanks colour all-sky camera at Poker Flat: the whole sky, horizon to horizon, as a still frame that updates while it is dark. A meteor shows only if it falls inside an exposure.

Toolik Lake all-sky, Alaska (68.6°N)

Toolik Field Station, Brooks Range North Slope, Alaska

SnapshotNorthern sky

UAF’s monochrome all-sky camera at Toolik Field Station on Alaska’s North Slope, at 68.6°N: a science still, dark from late August to mid-April.

Abisko all-sky, Swedish Lapland

Abisko, Swedish Lapland

SnapshotNorthern sky

The colour all-sky camera at Abisko in Swedish Lapland, famous for clear skies, whose latest frame UAF publishes.

Not on the page right now: Budle Bay, Northumberland, England. It was inactive or offline at the last check and come back when the health checker finds them live.

Tips for watching a meteor shower on a live cam

  • Pick the camera, not the shower. A camera only helps if it is dark there now. The list above does that sum for you; from North America, the European and Lapland cameras are dark in your evening and the Alaska and Maine ones later in the night.
  • Watch the hours the radiant is high. Each shower card gives the local time the radiant is highest: for most showers that is after midnight, and for the Geminids from mid-evening in the north.
  • Go big. Full screen, room lights off, brightness up. A fireball lasts a second or two; a small window in a lit room misses it.
  • Mind the Moon. A bright Moon in the frame or near it turns the sky grey on camera. Of the big showers here, the Geminids (26% Moon), the Quadrantids (12% Moon) and the Perseids (86% Moon).
  • Watch both nights. A peak in your daytime still leaves the night before and the night after; the Geminids and Perseids keep high rates for many hours.
  • Better still, go outside. If your own sky is clear, NASA’s advice is to get away from lights, lie back and give your eyes about 30 minutes in the dark. Keep a camera open indoors for when clouds roll in.

Questions

When is the next meteor shower?

After the Orionids peaked on 21 October 2026, the next are the Southern Taurids (5 November) and Northern Taurids (12 November), slow showers known for fireballs, then the Leonids, with their maximum at 23:45 UT on 17 November. The big one of the year is the Geminids, peaking around 14:00 UT on 14 December 2026, then the Quadrantids at 03:25 UT on 4 January 2027. Times are from the International Meteor Organization’s calendars; the page shows each one in your own time zone.

What is the best time to watch a meteor shower?

On the night of the peak, when your sky is dark, the Moon is down and the radiant is high: the more of the sky the shower’s radiant has under it, the more meteors cross it. For most showers that means after midnight and before dawn; the Geminids are the exception in the northern hemisphere, with the radiant up from mid-evening. NASA advises giving your eyes about 30 minutes in the dark.

Can you see meteors on a live cam?

Sometimes, and mostly the bright ones. A webcam sees far fewer meteors than your eyes under a dark sky: video compression, a fixed exposure and the camera’s field of view all lose the faint ones. Fireballs, meteors brighter than about magnitude −4 (as bright as Venus, by the American Meteor Society’s definition), are what cameras catch. Watch a camera built for the night sky, in a dark place, while it is dark there, with the radiant up.

Which cameras are best for watching meteors?

The ones made for the night sky: Budle Bay in England, Kina in New Zealand and the two Maine cameras at Katahdin and Sebec Lake are run for stars and meteors. Aurora cameras in Lapland, Norway, Iceland, Alaska and Canada are also aimed at dark skies. The list on this page re-orders itself by whether it is dark at each camera now and whether the active shower’s radiant is above the horizon there.

What does ZHR mean?

Zenithal Hourly Rate: the number of meteors one observer would see in an hour under a perfectly dark sky with the radiant overhead. Real counts are lower, often far lower, because the radiant is rarely overhead and skies are never perfect; NASA, for example, suggests 40 to 50 Geminids an hour under dark skies against a ZHR of 150.

Does the Moon matter?

A lot. Moonlight brightens the sky and hides the faint meteors that make up most of a shower. In 2026–27 the Geminid and Quadrantid peaks have little moonlight, while the Ursids, Lyrids and Perseids peak near a bright Moon; the Moon figure beside each shower on this page is computed for its peak.

Do meteor showers show from the southern hemisphere?

Some do. The Eta Aquariids and Southern Delta Aquariids are best from the southern tropics; the Geminids show from the south too, but only around midnight. The Quadrantids, Ursids and Perseids, with radiants far north, are northern-hemisphere showers. Our Kina (New Zealand) and Beaumaris (Tasmania) cameras cover the southern sky.

Why are the times in UTC?

Meteor shower maxima are published in Universal Time (UT) by the International Meteor Organization, so that one time works everywhere. With JavaScript on, this page converts each to your own time zone. A peak in your daytime still means the nights either side are worth watching, especially for broad peaks like the Geminids and Perseids.

Shower dates, times, rates, radiants and speeds are from the International Meteor Organization’s 2026 and 2027 Meteor Shower Calendars (ed. J. Rendtel), with notes from the American Meteor Society and NASA, each attributed where used. Moon phase, radiant altitudes and culmination times are computed with SunCalc and the standard sidereal-time formula, to within a degree or two and a few minutes. Camera feeds belong to their operators, named on each camera page. Local times and darkness are computed in your browser; nothing is sent anywhere.

CAMERA PREVIEW

Open the camera to watch its live feed.

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