How to Photograph the Perseid Meteor Shower: 2026 Guide

Every year in mid-August, Earth passes through the dust cloud left by Comet Swift-Tuttle, and the sky becomes the stage for the northern hemisphere’s most generous meteor shower: the Perseids. Under a dark sky on peak night, 60–100 meteors per hour can be seen — and 2026 is a special year for those who take this seriously: the peak lands right on top of the new moon, so there’s no moonlight washing out the sky. Such a clean peak comes once every few years; this guide exists so you go to that night fully prepared. For August’s other sky event, see the lunar eclipse guide; for what comes next, the September 2026 night sky calendar.

The numbers: the new moon falls at 17:36 UTC on 12 August, and the shower peaks at 14:53 UTC on 13 August. Because the peak itself happens in daylight for Europe and North America, there is no single “correct” night — both the night of 12–13 and the night of 13–14 sit inside the peak window, and both are moonless. Pick one by the weather, or go out for both if you can.

When and where to look?

• Active period: the Perseids are active from July 17 to August 24; even a few days before and after the peak, 20–40 meteors per hour fall. So you’re not confined to a single night.
• Peak: 14:53 UTC on 13 August — in daylight, which makes both the 12–13 and the 13–14 nights valid. On either night the most productive hours are from midnight to dawn — Earth’s direction of rotation enters the dust cloud “head-on” at those hours, and the meteor count rises.
• Where to look: the meteors appear to radiate from the Perseus constellation they’re named after (the northeastern horizon, rising as the night goes on) — but looking directly at that point is a mistake. Meteors near the radiant leave short streaks; the longest, most dramatic trails are drawn 40–60 degrees away from the radiant. Set your frame in the neighbourhood of Perseus, preferably including the Milky Way.
• From where: getting away from city light matters more than gear. Pick a dark area from a light-pollution map; in a city center you’ll see nothing but the few brightest meteors.

Strategy: meteors aren’t chased, they’re harvested

The setup:

1. Mount the camera on a tripod, fix the frame and focus.
2. Set up interval shooting (an intervalometer): infinite repeat with a 1–2 second gap between exposures. It’s built into most modern bodies; if not, a cheap wired intervalometer does the job. The same frames can also be assembled into a sky timelapse afterwards — the maths is in the timelapse guide.
3. Start it and don’t touch the camera. Watch the sky with the naked eye and a warm drink — that’s the most enjoyable part anyway.

Settings: the meteor adaptation of the Milky Way recipe

The basic settings follow the same logic as Milky Way shooting:

• Lens: the widest and fastest lens you have. 14–24mm is ideal — a wide frame means more sky and more chance of catching a meteor.
• Aperture: wide open (f/1.4–f/2.8). A meteor trail is faint light; every stop directly affects how many meteors you catch.
• Shutter: 15–25 seconds per the 500 rule (up to ~30 s at 16mm). Longer turns stars into streaks — you don’t want meteor trails mixed with star trails.
• ISO: 3200–6400. Don’t fear noise; a properly exposed high ISO is always better than a dark low ISO.
• Focus: manual, on the brightest star at 100% zoom in Live View — for the detailed methods and a verification frame, see focusing at night. Taping the focus ring so you don’t accidentally touch it through the night is an old but golden tournament tactic.
• Format: RAW, no debate — the editing flexibility of night frames is stored in RAW.

Night logistics: the invisible details of a four-hour marathon

• Battery: continuous shooting + the night chill drain the battery fast. Keep at least two spares in your pocket (at body temperature); on bodies that can be fed by USB from an external bank, a power bank is the night’s insurance.
• Memory: 700+ RAW frames test your card’s capacity. Start with an empty, large card.

• Composition: pure-sky frames gather statistics but don’t make a photograph. Put a silhouette in the lower third of the frame — a tree, a hilltop ridge, an abandoned structure, your tent. The anchor principle in composition applies at night too.

After the harvest: selecting and blending

In the morning your card will hold hundreds of frames; sorting out the ones with meteors is the first job (a quick playback eye-scan works surprisingly well). There are two honest paths:

• A single frame: you pick and process the best meteor frame — as is, the photo of a single moment.
• A composite: you align all the night’s meteors onto the same fixed frame and blend them into one. It’s a common and legitimate technique — but saying it’s a composite when you share it is a matter of honesty; passing it off as “shot in one exposure” corrupts the ethics of the craft.

Don’t mistake the straight, continuous lines of satellites and planes for meteors: a meteor trail is typically a short-lived line that flares at one end and thins out; a satellite trail travels at constant brightness across the frame.

Common mistakes

• Planning only for peak night: if the weather is overcast, everything ends. Keep a peak ± 3-day window; the nights of August 10–11 are generous too.
• Framing straight at the radiant: a camera aimed at Perseus gathers short, feeble trails. Turn 40–60 degrees to the side.
• Checking the screen between frames: every pause is a risk of missing the night’s brightest meteor falling right then. Set it, start it, don’t touch it.
• Not accounting for dew: all the frames in the second half of the night coming out fogged is this craft’s most classic frustration. A lens heater is cheap, the frustration expensive.
• Trying from the city and saying “it wasn’t as much as they hyped”: light pollution swallows 90% of the meteors. The Perseids are a show of the dark sky — worth getting in the car for.