Meteor photography is different from almost everything else you point a camera at. You cannot frame the subject, because the subject does not exist yet. A meteor lasts a fraction of a second, appears somewhere you did not predict, and is gone before your thumb reaches the shutter button. Nobody photographs a meteor by reacting to it.
What you do instead is leave the shutter open and let the sky come to you: long exposures back to back, pointed at a wide piece of sky, waiting for one of them to be open at the right moment. It is a probability game, and your only real lever is how many frames you collect.
Why You Cannot Time a Meteor
A shower has a radiant, the point the meteors appear to come from, but individual streaks can show up anywhere across a huge stretch of sky. There is no launch cue like there is with fireworks, no buildup, no sound. By the time your eye registers the flash, the event is over.
So the shot is not "press the button when a meteor appears." It is "have the shutter already open when one does." A long exposure records anything bright that crosses the frame during its window. Cover more sky, keep the shutter open a larger share of the night, and your odds climb. Same mechanic as star trail photography, except stars are guaranteed to be there and meteors are not.
The Two Showers Worth Planning Around
The Perseids peak in mid August. In 2026 that falls on the night of August 12 to 13, lined up with a new moon, so the sky stays dark instead of being washed out by moonlight. That matters more than people expect; a bright moon can wipe out every faint meteor in the frame.
The Geminids peak in mid December. In 2026 that is the night of December 13 to 14, and sources put the rate as high as around 150 meteors per hour under ideal conditions, meaning genuinely dark skies, clear weather, and a radiant high overhead. Treat it as a ceiling, not a promise.
Other showers such as the Lyrids, Orionids, and Leonids work with the same technique. Dates shift slightly year to year, so check the current year's peak first.
Getting Away From the Lights
Location does more for a meteor photo than any setting. City glow raises the brightness of the whole sky, and a faint meteor has to out-shine that glow to register. Let your eyes adjust once you arrive, turn screen brightness down, and keep white flashlights away from your setup.
Point at a wide, open view rather than aiming tightly at the radiant. Meteors near the radiant look short and foreshortened; the long streaks show up well away from it. A tree line or ridge in the foreground gives the frame scale.
Settings for Meteor Photography on iPhone
The stock Camera app has no shutter speed control, on any iPhone model, which is a hard stop for this kind of work. Night mode brightens the sky but decides its own timing, and you cannot chain it into a run of consistent frames. Here is how to set up in a long exposure app like Lento:
- Use a light-trail style blend. Light Trail mode uses lighten blending, which keeps the brightest pixel from each frame. A meteor is a brief bright event against a dark sky, so that preserves the streak at full intensity instead of averaging it away.
- Raise ISO, but not blindly. Lento's manual range is 100 to 3200. Meteors are faint, so you need to be well above the base setting, but higher ISO also amplifies noise. Settle on the lowest value that still shows stars clearly.
- Set focus manually. Autofocus has nothing to lock onto in a dark sky and will hunt all night. Focus on a bright star, then leave it. Soft focus ruins a perfect catch, and you will not notice on a small screen.
- Run long exposures back to back. Duration runs from 1 second up to unlimited, plus a Bulb mode. Longer frames cover more time each; shorter ones give you more frames to sort through. Either way, keep the shutter open as much as possible.
- Use the timer. A 3 or 10 second timer keeps your finger from nudging the phone as the exposure starts.
Stability, Battery, and Expectations
Support the phone on something solid. Because Lento captures a continuous 30fps stream and stacks frames on the GPU rather than holding one long single exposure, each frame is exposed normally and small movements do not destroy the shot. A rigid mount still gives cleaner stars. Bring a power bank; cold drains batteries fast.
Most of your frames will have no meteor in them, and that is normal. A productive night yields a handful of keepers out of a very large number of exposures, which is why the volume approach works and the reactive one does not.
Shoot RAW if you can. Lento exports 16-bit DNG files at 8MP (3264x2448) with P3 wide color and full EXIF, which gives real headroom to lift a faint streak out of a dark sky. A compressed JPEG often has too little shadow information left to make a marginal meteor visible.
If the shower turns out quiet, let the exposures run much longer on the same patch of sky and you have a star trail sequence instead. Our guide to night photography with long exposure on iPhone covers what else is worth shooting out there.
Frequently Asked Questions
Can the iPhone Camera app photograph meteors?
Not reliably. There is no shutter speed control, so you cannot hold the shutter open for a set time or run consistent back-to-back exposures, and Night mode picks its own duration. You need a third-party app, as explained in our full long exposure guide.
How long should each exposure be?
There is no single correct number; it depends on your ISO, your sky brightness, and whether you mind stars starting to trail. Pick a length that gives a clean sky in test frames, then repeat it continuously. Consistency matters more than the exact value.
Can I shoot a meteor shower with the free version of Lento?
Partly. The free version of Lento includes Light Trail mode but caps exposures at 5 seconds, allows one export, and adds a watermark. Meteor work benefits from longer exposures and RAW, both Pro features, at $9.99 per year with a 7-day free trial or $29.99 once for lifetime access. You will need an iPhone XR or newer running iOS 18.