How to | Photograph the Leonid Meteor Shower [UPDATED]

Photograph the Leonid Top.jpg

Meteor showers don’t come along every day, and if you’ve got any interest in astrophotography then it’s well worth grabbing the chance to shoot one. The Leonid Meteor Shower, also called the Leonids, are a prolific annual meteor shower, occurring towards the end of the year, and are a great choice for photography.

A tripod is a must, and a fast wide-angle lens will allow you to capture an expansive field of view while letting in as much light as possible. A remote shutter release can also be handy, as it will allow you to capture nice long exposures without running the risk of causing camera-shake by pressing the shutter button.

Photographing the Leonid meteor shower: when to see them

The Leonids have a long history of producing spectacular showers, with recorded sightings of incredible storms dating back to the 1800s. They occur towards the end of the year, and in 2024 will be appearing from November 6-30, peaking on November 18th.

Unfortunately, the meteors will be appearing shortly after a full moon this year, which may make them more difficult to see. However, there is still every chance that you’ll be able to capture a great image. As with many things in astrophotography, there are two key things that will make for a successful shot — planning and patience. 

We spoke to astrophotography expert Chris Grimmer for some top tips on how to capture a strong, clear image of the Leonids. 

“Meteor showers are amazing things to see, and each shower has its own unique traits,” he says. ‘The Leonids are fast-moving meteors that radiate from the constellation of Leo, which will be lying due east in the early hours. The meteors will actually appear all across the sky, but moving away from that general area.”

 

Photographing the Leonid meteor shower: expert tips

Chris Grimmer offers a few tips on how to maximise your chances of capturing a great image of the Leonid meteor shower…

1. Location

“A dark location is crucial for any form of night sky photography. A camera is a lot more sensitive to stray light than the human eye and will pick up street lighting from miles away. So the further you can get away from cities/towns the better.”

2. Planning

“Plan your night, find suitable locations and check them out in daylight (if you haven’t been there before) as everything gets more difficult in the dark, especially finding your way around. Watch the weather — clear skies are essential — keep a close eye on the satellite maps for cloud cover (Sat24 is a handy website) as you may spot that clear patch. Then head to the location that will give you the best chance.

3. Composition

“Don’t forget the foreground. Although the main subject is the meteors, don’t forget to include something in the image to link the sky and the foreground, this can turn a good image into something special.”

4. Focusing

“Autofocus is useless under dark conditions, so get used to using manual focus. Most lenses will show ‘infinity’ on the focusing ring; however. this will not give perfect focus. If your camera has live view, aim at a bright star, push your ISO high and use the Zoom function on your LCD screen to get in close to a bright star. Now adjust the focus until the star appears as small as possible. Alternatively use the same method but take a couple of second images, adjust focus and take another image. Keep doing this until you have focus as close as possible.”

5. Settings

“A lot of this will depend on your camera and lens, but these are a good starting point:

ISO – I’d say use a setting of around 800 to 1600, depending on how well your camera handles noise.”

White balance – tungsten or fluorescent both work pretty well and help to reduce the orange skyglow.”

Aperture – as wide as your lens will go.”

Exposure – as long as possible before you get star trailing. The shorter the focal length, the longer the exposure you can take. This is what is known as the ‘500 Rule’. Follow this rule and you should be able to keep your stars nice and round.”

The 500 Rule

500 divided by the focal length of your lens = The longest exposure in seconds you can take before stars start to trail (remember to multiply your focal length by 1.5/1.6 for APS-C sensors, or by 2 for Four Thirds).

“A final point: dress for the weather. When you are standing around in the middle of the night you quickly lose heat, so warm clothes and a hat are a must.”

“Above all, a meteor shower is a stunning sight, so don’t forget to look up and enjoy.”

What equipment should I use?

Are you still looking for the best kit to see and photograph the night sky? If so, check out the following guides that feature our top picks for cameras, lenses, accessories and telescopes for astrophotography and astronomy: