Field guide · works on any recent phone
How to photograph the northern lights with your phone
iPhone, Samsung, Pixel or anything with a manual mode — the physics is the same and so is most of the technique. What differs is where each maker hides the controls. This guide covers all of them, plus the question everyone asks: do I need a real camera?
1. Your phone will see the aurora before you do
At night your eyes run on rod cells, which are nearly colorblind and slow to gather light. A moderate aurora reads as gray haze, or nothing. A camera sensor has neither problem: leave the shutter open for a second or more and it collects light your retina physically cannot integrate, in full color. This is why half the aurora photos on your feed came from people who saw a blank sky.
The practical rule that falls out of this: when the forecast says activity is possible, point the phone at the poleward horizon and take a long exposure even if you see nothing. The photo is the test. Trust the sensor, then your eyes.
2. Hold it still — this is 80% of the result
- Any long exposure lives or dies on stability. A tripod is ideal; a wall, a rock, a car roof, a glove on the ground all work. Handheld is a lost cause past one second.
- Get dark. Streetlights ruin more aurora photos than clouds do. Ten minutes out of town transforms the result, and a dark poleward horizon matters more than a dark zenith.
- Use the main wide lens, never zoom — it has by far the largest aperture. Kill the flash, drop screen brightness, and bring a power bank: cold eats batteries.
3. The settings, by phone
Every current flagship can capture a bright aurora; the difference is how much the maker automates and what the mode is called. Find your row, set it up before you're standing in the wind, and remember the brightness rule of thumb: a strong display needs only 3–5 seconds, a moderate one about 10, a faint glow 15–25.
| Phone | Mode to use | How to get the shot | Motion / video story |
|---|---|---|---|
| iPhone (11 or newer) | Night mode (automatic in the dark) | Prop the phone still and the exposure slider unlocks up to ~30 s. Set it to maximum, tap the poleward horizon to focus, shoot. Turn Night mode's timer up rather than pressing the shutter — the tap itself shakes the frame. | Normal video mode records near-black in aurora light. For the aurora actually moving, you need timelapse from long exposures — see the video section below. |
| Google Pixel (4a onward) | Night Sight → Astrophotography | Open Night Sight and hold the phone perfectly still (propped or on a tripod); an 'Astrophotography on' note appears. Tap once and leave it alone — it exposes for up to ~4 minutes and assembles the frames itself. | Astrophotography mode also saves a short timelapse clip of the session — the closest any stock camera comes to aurora video. |
| Samsung Galaxy (S21 onward) | Expert RAW → Astrophoto (separate download), or Pro mode | Expert RAW's Astrophoto mode handles the stacking for you. Without it: Pro mode, shutter 10–20 s, ISO 800–1600, focus set to infinity, self-timer to avoid shake. | Hyperlapse exists but is not built for darkness. Long-exposure stills remain the reliable route; stack them for motion. |
| Any other Android | Pro / Manual mode (or a manual camera app) | Shutter 5–15 s, ISO 800–3200 (start low, raise until the aurora registers), focus to infinity, RAW on if offered, self-timer 3 s. Review, adjust one variable at a time. | Same story as Samsung: single frames first, motion via repeated exposures. |
4. Do you need a real camera?
The most-asked question on every aurora forum, and the honest answer is: for memories, no. A propped phone with a long exposure captures color and structure that satisfies almost everyone, and it is the camera you will actually have with you at 1 a.m. on a frozen shoreline. A dedicated camera with a fast wide lens still wins on three axes: resolution for large prints, noise in the faintest displays, and full manual control of the trade-offs.
The pragmatic version: if you own a mirrorless camera and a tripod, bring both and let the phone be the wide-angle second angle. If you were about to buy a camera just for one aurora trip — don't. Spend the money on more nights under dark sky; the phone in your pocket already outperforms the point-and-shoots people carried a decade ago.
5. Video and timelapse: the part photo guides skip
A single frame cannot show the one thing that makes an aurora an aurora: it moves. Curtains ripple, rays sweep, a quiet arc erupts. Standard video modes fail here for a physical reason — each video frame gets a thirtieth of a second of light, and the aurora needs a hundred times more. The workarounds are stacking long exposures into a timelapse by hand, or on iPhone, letting Aurora Lens do exactly that with one tap. The full options, platform by platform, are in the dedicated guide: how to film the northern lights on iPhone.
6. When and where to try
Aurora season in the northern hemisphere runs late August to mid-April, strongest around the equinoxes, with the best window roughly 10 pm to 2 am local. How much geomagnetic activity you need depends on your latitude, and it is three numbers, not one — the Kp at which a camera picks the aurora up, the Kp for naked eyes, and the Kp for overhead. In Edinburgh a phone registers activity from about Kp 1; in Seattle from about Kp 3. Check the live forecast for your city.
7. People in the frame, and editing honestly
- Aurora portraits: the person must hold still for the whole exposure. Use the shortest time the display allows (a bright aurora and 3–5 s makes this easy), have them lean on something, and light their face for one second with a headlamp turned to its dimmest red.
- Edit like a witness, not a poster designer. Pull shadows up, tame the highlights, correct white balance toward what you remember. The green is real; it does not need help.
- What reads as fake: saturation pushed until the sky turns neon, purple gradients painted over noise, and star-smearing noise reduction. If someone who stood next to you wouldn't recognize the night, you've left photography.
8. The four classic failures
- Handheld shots. Every one is a blurry green smear. Prop the phone — on anything.
- Flash left on auto. It lights the foreground, ruins your night vision, and does nothing for a light show 100 km up.
- Shooting through a car window. Glass adds reflections and eats faint light. Step out; the cold is part of the story.
- Giving up because you see nothing. Gray haze to your eyes is often green on the sensor. Take the test shot before you drive home.
FAQ
Can any phone photograph the northern lights?
Any phone from roughly 2019 onward with a night mode or a manual mode can capture a moderate aurora. iPhone 11+, Pixel 4a+, and Galaxy S10+ are all comfortably capable. Older phones can still manage with a manual camera app, a steady prop, and a bright display.
How are phones able to capture auroras my eyes can't see?
Long exposure. Your night vision runs on rod cells that are nearly colorblind and integrate light for only a fraction of a second. A sensor exposing for 1–30 seconds accumulates far more photons, in color. The camera isn't inventing the aurora — it is genuinely there, below your eyes' threshold.
What settings work for northern lights on a Samsung?
Install Expert RAW and use its Astrophoto mode if your Galaxy supports it (S21 onward). Otherwise: Pro mode, 10–20 second shutter, ISO 800–1600, manual focus to infinity, self-timer on, phone propped rock-steady.
How do I photograph the aurora on a Google Pixel?
Use Night Sight and hold the phone completely still — propped or on a tripod. When the Pixel detects stillness it switches to Astrophotography mode and exposes for up to about 4 minutes on its own, and saves a short timelapse alongside the still.
Is a phone better than a DSLR for the northern lights?
Better, no — more likely to get the shot, often yes. A dedicated camera wins on resolution, noise and control; the phone wins on being in your pocket, automated stacking, and zero setup in the cold. For prints and faint displays bring the camera; for everything else the phone you have beats the camera you left at the hotel.
Why do my aurora photos look better than what I saw?
Because the camera collected more light than your eyes could. That's not cheating — it's the same reason astronomers use long exposures. The dishonesty line is in editing: boosting what the sensor recorded is documentation; painting in color that wasn't recorded is not.
On iPhone, all of this is one tap.
When you're finally standing in the cold under the night you've waited years for, there are no retakes — the sky does its show once and moves on. So pack the jacket, pack the thermos, and pack the one thing that makes the night eternal: the only iOS astrophotography app built for auroras. Long after the trip, you'll still have the display itself, moving, in 4K.
- ✦ Set it down and it arms itself
- ✦ 4K timelapse + a still from the session
- ✦ Aurora intelligence tunes every capture
- ✦ Tracks the aurora live — no extra app
- ✦ Apple Watch companion
- ✦ Pay once, own it forever
More: live aurora forecast by city · the iPhone-specific guide
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