When to watch
The International Meteor Organization predicts the maximum for 14 December 2026 at about 14:00 UTC; our calculation from the same solar longitude, 262.2°, gives 13:46 UTC. The IMO notes that the well-observed maxima of the past two decades, translated to 2026, fell between the evening of 13 December and the afternoon of 14 December (UTC), and the Geminids stay strong for many hours either side of the peak.
At 14:00 UTC it is daytime in Europe, Africa and the Americas, so for them the night before, 13–14 December, comes closest to the peak. In South and East Asia and Australia the peak falls in the evening or night of 14 December, so 14–15 December is the night to choose. The shower is active from about 4 to 20 December, and the nights around the peak are worth a look too.
How many you can expect
The headline figure, a zenithal hourly rate of about 150, is what one observer would count under a perfect sky with the radiant overhead. Real counts are lower: the radiant is never at the zenith for long, and every bit of light pollution, twilight and moonlight hides the fainter meteors. The table shows our estimate for the best hour of the best night in a few cities, under a clear sky.
| City | Best night | Suburban sky | Dark site | Moon sets |
|---|---|---|---|---|
| London | 13–14 Dec | 20 | 95 | 20:02 |
| Vilnius | 13–14 Dec | 20 | 85 | 20:02 |
| Madrid | 13–14 Dec | 25 | 95 | 21:50 |
| New York | 13–14 Dec | 30 | 115 | 20:42 |
| Los Angeles | 13–14 Dec | 30 | 130 | 21:00 |
| Cairo | 13–14 Dec | 20 | 90 | 20:45 |
| Delhi | 14–15 Dec | 20 | 90 | 22:02 |
| Tokyo | 14–15 Dec | 30 | 130 | 21:02 |
| Sydney | 14–15 Dec | 10 | 50 | 23:38 |
| Cape Town | 13–14 Dec | 9 | 35 | 23:11 |
Meteors per hour in the best hour. Moonset is local time on the best night.
In a city centre, where only the brightest stars show, the same night gives roughly a tenth of the dark-site figure. From the southern hemisphere the radiant stays low, which is why Sydney and Cape Town see far fewer.
Where to look
Geminid meteors can appear anywhere in the sky. Trace their trails backwards and they all point to the radiant, a spot about 2° from Castor, the fainter of the two bright “twin” stars of Gemini. At mid-northern latitudes the radiant rises in the north-east in the early evening, climbs high into the south after midnight and is highest at about 2 a.m. local time. The higher it is, the more meteors you see, so the hours after midnight are best, even though the shower is already active in the evening.
You don't need to stare at the radiant. Meteors close to it are short; those 30° to 60° away from it are longer and easier to catch. Look at the darkest, widest patch of sky you have, about halfway up.
Watching from a balcony or a window
- Choose the side away from lights. A street lamp in view does more harm than the crescent Moon will. During the best hours the radiant swings high from the east through the south towards the west, but any dark part of the sky works.
- Turn the lights off behind you and give your eyes 15 to 20 minutes in the dark. Every glance at a bright phone screen starts the wait again; the red night-vision mode of this site (the eye button at the top) helps.
- Expect fewer through a window. A window shows only part of the sky, so you will see a smaller share of the meteors; open it if you can, because glass reflects the room. If you have set up My view, the box above scales the rates to the sky your window or balcony shows.
- Dress for a long wait. Meteors come in bursts and lulls, so give it at least half an hour. No telescope or binoculars are needed; they show too little sky.
The Moon this time
New Moon is on 9 December and first quarter on 17 December (UTC dates), so at the peak the Moon is a crescent, 25% lit. It sets in the evening — at 20:02 in London and 20:42 in New York on 13 December — and its light fades from the sky well before the best hours.
Where the Geminids come from
Most meteor showers come from comets. The Geminids are unusual: their parent is the small asteroid (3200) Phaethon, and every December the Earth runs through the trail of grit it has shed. The particles hit the air at about 35 km/s, slower than many showers, and the Geminids are known for bright meteors.
How the rates are estimated
We start from the International Meteor Organization's working list for 2026 (zenithal hourly rate about 150, population index 2.6, radiant at right ascension 112° and declination +33°) and scale it for the height of the radiant above your horizon, the faintest stars your sky shows, twilight and moonlight (after the model of Krisciunas and Schaefer). The rise and fall of activity around the peak follows a simple profile. These are estimates for a clear sky: the real shower varies from year to year, and clouds are not included — check the forecast on the Tonight page.