Meteor shower.
National Space Centre

Geminid Meteor Shower 2025

  • 25th Nov 2025
  • Author: Team Discovery (edited: Dhara Patel)
As we approach the end of the year, we’re treated to one of the best annual meteor showers - the Geminids. On 13-14 December, this year’s peak could produce up to 150 meteors an hour for you to see between midnight and dawn. As long as it's a clear, dark night! This year the waning crescent moon will rise just a few hours before sunrise, so with the darker skies you're more likely to see some of the dimmer meteors providing an ideal opportunity to go meteor hunting.

Geminids

The Geminids are caused by the Earth passing through the debris left behind by asteroid 3200 Phaethon. Most meteors showers are associated with the debris left by comets, but Phaethon was the first asteroid to be associated with a meteor shower, the Geminids. Exactly how this rocky asteroid produces enough debris to create the Geminids is still a mystery, considering it doesn’t have a tail nor does it appear to shed much debris, even when it’s close to the Sun.

Nevertheless the debris is there and as the Earth ploughs into the debris stream every year, the debris heats up in our atmosphere and disintegrates in flashes of light that we call meteors.

The Geminids are normally the most intense meteor shower of the year, producing up to 150 meteors an hour, so even in less-than-ideal conditions, it’s a great one to hedge a bet on to spot some meteors.

Geminid over Temple Mountain, Utah in 2017.
Shannon Dizmang CC BY-NC-ND 4.0 DEED

How to Watch from the UK

The Geminids are named after the constellation Gemini as this is the direction from which they appear to originate from. While the meteors appear to radiate out from a part of Gemini, they are best seen 30 degrees away from their origin. So be sure to face Gemini which will appear in the south-east around midnight but keep careful watch across the whole sky.

To view the Geminids from the UK, head outside and view during the hours around midnight. Look up and keep an eye on the whole sky. Using a deck chair can make this much more comfortable especially if you plan on being out for a few hours. And in the midst of winter, some comforts like a blanket and thick coat along with a hot drink might make for a better experience.

Plan ahead, check the weather forecast and find a location as far from city lights as you can and give your eyes 30 minutes in the darkness to adjust to seeing fainter objects. If you have to use any gadgets, use the red-light mode on them.

The waning crescent moon in the constellation of Virgo will rise in the east around 02:30 on the morning of 14 December, so there will be no moonlight to interfere with your viewing before then.

The Geminid meteors tend to be bright and often of various colours so they're definitely worth heading out for. Appearing mainly white and yellow; some will glow red, green and blue, caused by the trace amounts of different metals in the debris.

The Geminids are active between 4-20 December and the best time to observe the shower is after midnight when the radiant will at its highest point in the sky.

Radiant of the Geminid meteor shower.
Stellarium

Meteor Infographic

Download our National Space Centre Meteor Shower Guide to make sure you are fully prepared!  

Upcoming meteor showers for 2025 include:

Ursids
Comet of Origin: 8P/Tuttle
Radiant: constellation Ursa Minor
Peak Activity: 22-23 December 2025
Peak Activity Meteor Count: up to 10 meteors per hour

And stay tuned in 2026 for more meteor showers:

Quadrantids
Comet of Origin: The cause of the Quadrantids is a bit of a mystery, but it’s thought that the asteroid 2003 EH1 is the source of the debris.
Radiant: the northern tip of Boötes
Peak Activity: 3-4 January 2026
Peak Activity Meteor Count: up to 80 meteors per hour

Lyrids
Comet of Origin: C/1861 G1 (Thatcher)
Radiant: constellation Lyra
Peak Activity: 22-23 April 2026
Peak Activity Meteor Count: 10-20 meteors per hour

Eta Aquariids
Comet of Origin: 1P/Halley
Radiant: constellation Aquarius
Peak Activity: 5-6 May 2026
Peak Activity Meteor Count: up to 50 meteors per hour

Delta Aquariids
Comet of Origin: 96P/Machholz
Radiant: constellation Aquarius
Peak Activity: 30 July 2026
Peak Activity Meteor Count: up to 15 meteors per hour

Perseids
Comet of Origin: 109P/Swift-Tuttle
Radiant: constellation Perseus
Peak Activity: 12-13 August 2026
Peak Activity Meteor Count: up to 100 meteors per hour

Draconids
Comet of Origin: 21P/Giacobini-Zinner
Radiant: constellation Draco
Peak Activity: 8-9 October 2026
Peak Activity Meteor Count: up to 5 meteors per hour (In rare instances, fiery Draco has been known to spew forth many hundreds of meteors in a single hour.)

Orionids
Comet of Origin: 1P/Halley
Radiant: constellation Orion
Peak Activity: 21-22 October 2026
Peak Activity Meteor Count: up to 20 meteors per hour

Northern Taurids
Comet of Origin: 2P/Encke
Radiant: constellation Taurus
Peak Activity: 11-12 November 2026
Peak Activity Meteor Count: 5 meteors per hour

Leonids
Comet of Origin: 55P/Tempel-Tuttle
Radiant: constellation Leo
Peak Activity: 17-18 November 2026
Peak Activity Meteor Count: up to 10 meteors per hour

Geminids
Asteroid of Origin: 3200 Phaethon
Radiant: constellation Gemini
Peak Activity: 13-14 December 2026
Peak Activity Meteor Count: up to 150 meteors per hour

Ursids
Comet of Origin: 8P/Tuttle
Radiant: constellation Ursa Minor
Peak Activity: 21-22 December 2026
Peak Activity Meteor Count: up to 10 meteors per hour

 

Happy meteor-gazing!

Meteor shower guide.
National Space Centre

Happy meteor-gazing!