A manual for capturing meteor showers throughout the year, with timely suggestions for maximizing the upcoming Lyrids in April.
(Image credit: bjdlzx via Getty Images)Jump to:
- Calendar
- Gear
- Camera Setup
- Shooting Methods
- Post-production
- Selecting a Meteor Shower
- Prime Meteor Showers
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When embarking on astrophotography, one of the most captivating celestial spectacles you can capture is a meteor shower. Documenting the ephemeral beauty of a meteor shower can be a profoundly inspiring and fulfilling experience, but it necessitates a degree of preparation, the appropriate equipment, and a touch of artistic flair to achieve the best results from your photographs.
Meteor showers present exciting and awe-inspiring celestial phenomena, and their photographic capture demands a combination of technical proficiency, perseverance, and a degree of inventiveness. By carefully choosing the right meteor shower, meticulously preparing your equipment and camera settings, and employing creative shooting techniques, you can produce breathtaking images swiftly with a bit of practice. Full moons and unfavorable weather conditions can occasionally test your patience and diminish your enjoyment, but immortalizing these transient moments will undoubtedly be worthwhile!
Calendar
Here are the upcoming meteor showers scheduled for the next few months — pay attention to the peak dates and visibility to maximize your opportunity to capture this magnificent display.
Swipe to scroll horizontally
|
Meteor shower |
Date range |
Peak |
Moon at peak |
Expected ZHR |
Constellation |
Best viewing times |
Visibility |
|
Lyrids |
Apr 14-30, 2026 |
Apr 21-22 |
27% |
18 |
Lyra |
Midnight to pre-dawn |
NE to overhead |
|
Eta Aquariids |
Apr 19 – May 28, 2026 |
May 5-6 |
84% |
50 |
Aquarius |
Narrow window just before dawn |
Low in E/SE sky |
|
Perseids |
July 17 – Aug 24, 2026 |
Aug 12-13 |
0% |
100 |
Perseus |
From 10/11PM to pre-dawn peak |
NE to overhead |
Equipment
December’s Geminids shower is among the most dependable and prolific. (Image credit: Haitong Yu via Getty Images)
A positive aspect of beginning to photograph meteor showers is that you do not require the most high-priced equipment to obtain a superb image, though certain gear will undoubtedly enhance your prospects of capturing remarkable shots.
DSLR or mirrorless cameras
These offer complete manual control, which is vital for extended exposures. Some of the finest astrophotography cameras, such as the Nikon Z8, even include specialized modes for astrophotography. The OM System OM-1 Mark II even boasts a Live Composite feature, which would be excellent for meteor showers. If you are new to this pursuit, simply ensure your entry-level astro camera is capable of manual shooting and performs well at higher ISO settings.
Which lenses?
Employing a wide-angle lens (spanning 14mm to 24mm) encompasses a larger portion of the sky, thereby increasing the likelihood of capturing multiple meteors. The optimal lenses for astrophotography must also possess a fast aperture (f/2.8 or lower) to ensure maximum light reaches the sensor, a critical requirement for low-light environments.
Tripod and other equipment
A robust tripod is indispensable for long exposures. Any movement, whether from accidental bumps to the camera or wind disturbances, will lead to blurry photographs. We also suggest utilizing a remote shutter release or a timer, which minimizes vibrations when activating the shutter. Numerous contemporary cameras also feature an integrated intervalometer, which can be beneficial if you plan on stacking your images.
Remember to bring along extra memory cards and fully charged batteries, as long-exposure photography rapidly depletes both resources. Furthermore, in frigid conditions, battery performance can be compromised. A high-quality power bank can assist in keeping your gear operational for extended periods. It is also prudent to pack a headlamp with a red light setting, which is essential for navigating in darkness without impairing your night vision. While optional, a dew heater or lens warmer can also prevent condensation from forming on your lens during chilly nights.
Camera settings
A sharp image is dependent on appropriate camera settings. (Image credit: Getty Images)
Capturing meteors requires extended exposures and low-light configurations. The process begins by placing your camera in manual mode, granting you complete command over exposure, aperture, and focus.
Commence with an exposure duration of 20-30 seconds and apply the 500 rule to determine the maximum exposure time without star trails: divide 500 by your lens’s focal length and round down to the nearest whole number. Utilize the widest aperture (f/2.8 or lower) available to collect maximum light, and start with an ISO setting as low as you deem feasible, contingent on your camera body – ISO 1600 serves as a good starting point, and you can subsequently increase it and adjust as needed based on the noise level in your images. Selecting an ISO is somewhat more of an art than a precise science.
Disable image stabilization (IS/VR) if your lens is equipped with it, particularly when using a tripod. Ensure also that you shoot in RAW format, as this maximizes your capacity for adjusting exposure and color balance during post-processing, which is crucial for achieving the desired tonality and color grading in astrophotography.
Our pickOM System OM-1 Mark II: at Amazon
With its starry sky autofocus and live composite shooting capabilities, we successfully captured star trails effortlessly during our review of the OM-1 Mark II — this feature will be exceptionally useful for photographing meteor showers.
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Timelapse imagery can also effectively showcase meteor showers. (Image credit: Getty Images)
Incorporating other elements into your images adds greater interest to the final composition. (Image credit: Getty Images)
Fireballs are a striking feature in meteor photographs. (Image credit: Nazarii Neshcherenskyi via Getty Images)
The Milky Way accompanying a fireball during the Perseid meteor shower. (Image credit: Getty Images)
Once you have a solid understanding of the technical aspects, you will likely feel ready to explore creative avenues. Here are some concepts for achieving a distinct aesthetic in your meteor shower photography.
Include foreground elements
Incorporating foreground elements can provide context and enhance the visual appeal of your images. Silhouettes of trees or mountains can establish a striking contrast against the nocturnal sky, and man-made structures like bridges, lighthouses, or derelict buildings can introduce a unique perspective and a sense of drama.
Time-lapse and star trails
You can construct dynamic sequences by combining numerous shots. By capturing hundreds of images, you can compile them into a time-lapse during post-processing, illustrating meteors streaking across the sky. Aggregate multiple exposures taken throughout the night to generate circular star trails while distinctly highlighting meteors. You can also employ a headlamp to illuminate foreground subjects during extended exposures. We found the Live Composite feature highly effective for creating star trails during our OM System OM-1 Mark II review.
Composite images
Meteor showers can be unpredictable, and a single frame may not capture multiple meteors. Integrate several photographs taken over the course of the night to showcase a greater number of meteors within a single composition.
Reflections
If you are situated near very still bodies of water, you can often capture meteors reflected on aquatic surfaces such as lakes. This may require some experimentation, and you will need a fast lens and a camera body that performs well at high ISO settings.
Capturing fireballs
Occasionally, meteor showers produce exceptionally luminous meteors known as fireballs. These can illuminate the sky and cast shadows, presenting dramatic photographic opportunities. However, you will need to act swiftly and adjust your exposure rapidly if a fireball appears.
Panoramic shots
Capture a more expansive view of the night sky by merging multiple wide-angle images. This technique can effectively convey the vastness of the sky during a meteor shower event.
Post processing
To get the most from your astrophotography endeavors, it is beneficial to familiarize yourself with the intricacies of editing and post-processing, as mastering these skills will enable you to produce photographs you can genuinely be proud of.
Utilize software such as Adobe Lightroom or Photoshop to mitigate noise, particularly in images captured at high ISO settings. You can also adjust contrast and clarity to accentuate the visibility of meteors and fine-tune the white balance and saturation for more vivid skies. Employ stacking software like StarStaX or Affinity Photo 2 to generate seamless star trail visuals.
Which meteor shower should you photograph?
Several factors merit consideration when selecting a meteor shower for photographic purposes. (Image credit: Carlos Fernandez via Getty Images)
Fortunately, meteor showers are among the most predictable astronomical events annually, and we are capable of tracking their occurrences. In the Northern Hemisphere, we are fortunate to witness several prominent displays throughout the year. These events transpire when Earth’s orbit traverses the trail of debris left by comets or, in certain instances, asteroids. This debris, often no larger than grains of sand, disintegrates upon entering Earth’s atmosphere, generating brilliant streaks of light.
Research is paramount for photographing any meteor shower, so it is advisable to undertake this well in advance of an anticipated shower — though not so far ahead that you cannot access a dependable source of weather forecasts, as this information is equally critical in determining what you will observe and where you will travel.
Examine information regarding the peak nights of the shower, which offer the optimal chance to capture numerous meteors. For each shower, these typically occur at the same time annually. You will also need to identify dark sky locations and consult light pollution maps, such as lightpollutionmap.info, to pinpoint the darkest skies in your vicinity.
It is also essential to check the moon phase. Aim for a new moon or minimal moonlight to maximize visibility.
Here are some of the elements to take into account when commencing the process of photographing meteor showers:
Intensity: The quantity of meteors observable per hour, referred to as the zenithal hourly rate (ZHR).
Radiant point: The celestial region from which the meteors appear to emanate.
Moon phase: A luminous moon can obscure faint meteors, rendering timing around a new moon ideal.
Weather and light pollution: Unblemished skies and minimal light pollution are vital.
Best meteor showers in the Northern Hemisphere
The Perseids are among the premier meteor showers for photography. (Image credit: Gabriel Gonzalez (noctografia) / 500px via Getty Images)
There is an abundance of information available online regarding the most reliable meteor showers, and you can also find some exceptional imagery for inspiration for your own photographs; however, we have compiled the fundamental details below. Cold, clear winter skies can present an excellent opportunity for capturing images of meteor showers, provided the weather and atmospheric conditions permit an unobstructed view of the night sky.
Quadrantids (January)
Recognized for its brief but intense peak lasting only a few hours, this is one of the year’s most powerful meteor showers.
Peak: Approximately January 3-4
ZHR: 60-100 meteors per hour
Radiant: Located near the constellation Boötes
Lyrids (April)
Considered one of the oldest recorded showers, often characterized by brilliant, swift meteors.
Peak: Approximately April 21-22
ZHR: 15-20 meteors per hour
Radiant: Situated near the constellation Lyra
Perseids (August)
Renowned for their high frequency and bright meteors during pleasant summer evenings.
Peak: Approximately August 11-13
ZHR: 50-100 meteors per hour
Radiant: Found near the constellation Perseus
Orionids (October)
Distinguished by their rapid meteors and occasional fireballs.
Peak: Approximately October 20-22
ZHR: 15-25 meteors per hour
Radiant: Close to the constellation Orion
Geminids (December)
Among the most dependable and prolific showers observed.
Peak: Approximately December 13-14
ZHR: 120-150 meteors per hour
Radiant: In the vicinity of the constellation Gemini
Sourse: www.livescience.com