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How to photograph a shooting star

In this shot, meteors streak across the sky during an annual meteor shower
In this shot, meteors streak across the sky during an annual meteor shower (Image credit: Getty Images)

The universe is back in fashion. Everywhere you look there are astonishing images of the night sky. Visit Instagram and you’ll see the Milky Way and the northern lights arching across the sky above beautiful landscapes, while NASA and the James Webb Space Telescope (opens in new tab) fill the internet with close-ups of planets, galaxies, nebulae and sparkling star clusters.

All that takes expensive equipment and trips to exotic places, right? Wrong. With a the best cameras – and even a compact camera (opens in new tab) if it has a full Manual mode – you can take incredible images at night. We've already written about how to shoot nightscapes (opens in new tab) in a more general sense, but here, we'll look at how to capture shooting stars, an incredibly to sight to behold in the night sky.

There are few more humbling sights in nature than shooting stars whizzing across the night sky. Little more than particles called meteoroids that burn up in the Earth’s atmosphere in a bright, burning trail, it’s possible to see shooting stars every night of the year if the sky is dark and clear.

Geminids meteor shower

(Image credit: Haitong Yu via Getty Images)

When and how to photograph shooting stars

The best time to photograph shooting stars is during the peak night of a meteor shower, and specialist sites such as Almanac.com (opens in new tab)have extensive calendars for meteor showers if you don't know when to expect them. Shooting stars are definitely best photographed under a dark sky (so pay attention to the phases of the moon) from around midnight until 3am.

Even if you get your timing spot on, photographing millisecond-long meteor streaks is impossible, right? Opening the shutter on your camera as a shooting star appears is not going to work. So here’s what you do; set up your camera firmly on a tripod (opens in new tab) as you would for any nightscape shot, then let the camera take 25-second exposures for a few hours (and use an intervalometer (opens in new tab) so you don't have to do the process manually yourself for that whole duration).

It’s the same process as for a star trail. You'll need an intervalometer or a locked remote shutter release cable (opens in new tab) makes the entire process hands-free, which is critical as you don’t want to touch your tripod or camera – it must remain completely still. 

RGBS LCD time-lapse intervalometer remote timer shutter

(Image credit: RGBS)

Let the camera take 25-second exposures for a few hours

When you get back to your computer, scroll through the 100 or more images you have taken that night (the more the better) and with any luck you’ll have a shooting star in one of them. With some incredible luck you could even capture a ‘fireball’ – an especially big and bright meteor that often appears pink or green in color.

Composition isn’t as important as in other nightscape photography, but it doesn’t hurt; a shooting star streaking above a building, tree or rusty old car is always going to be more interesting than just a white line against some stars.

Meteor showers get their names from the constellation where the shooting stars appear to radiate from. For example, the Perseids (opens in new tab) appear to come from the constellation Perseus, which astronomers call the ‘radiant point’. However, the shooting stars can appear anywhere in the sky, making a wide-angle lens (opens in new tab) absolutely essential for these all-sky events.

If you want to improve your astro shots, check out the best camera for astrophotography (opens in new tab) and the best lenses for astrophotography (opens in new tab). You'll find inspiration from the Astronomy Photographer of the Year (opens in new tab), and we've also got more technical astrophotography tips (opens in new tab) to help you out too.

Jamie has been writing about all aspects of technology for over 14 years, producing content for sites like TechRadar, T3, Forbes, Mashable, MSN, South China Morning Post, and BBC Wildlife, BBC Focus and BBC Sky At Night magazines. 


As the editor for www.WhenIsTheNextEclipse.com, he has a wealth of enthusiasm and expertise for all things astrophotography, from capturing the Perseid Meteor Shower, lunar eclipses and ring of fire eclipses, photographing the moon and blood moon and more.


He also brings a great deal of knowledge on action cameras, 360 cameras, AI cameras, camera backpacks, telescopes, gimbals, tripods and all manner of photography equipment.