How to Photograph the Northern Lights: Camera Settings, Gear, and Planning

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What You Need to Know Before You Go

Photographing the aurora borealis is one of the most rewarding challenges in landscape photography. The lights move, shift color, and change intensity by the minute. You're working in the dark, often in freezing temperatures, and there's no way to predict exactly what the sky will do. But when everything comes together, the results are unlike anything else you'll capture with a camera.

The good news: you don't need exotic gear. A modern mirrorless or DSLR camera with a fast wide-angle lens will get you professional-quality aurora images. What matters more than equipment is understanding the settings, knowing how to plan your shoot, and being prepared for the conditions.

Essential Gear

Camera Body

Any camera with manual exposure controls and the ability to shoot at high ISO with acceptable noise will work. Full-frame sensors have an advantage because they handle ISO 1600-6400 with less noise than APS-C or Micro Four Thirds sensors. But modern crop-sensor cameras like the Fujifilm X-T5 or Nikon Z50 II are perfectly capable.

What matters most is that your camera allows manual focus, manual exposure, and shooting in RAW format. If it has an electronic viewfinder, that's a bonus since an EVF lets you preview exposure in real time, which makes composing in near-darkness much easier than squinting through an optical viewfinder.

Lens

A fast wide-angle lens is the single most important piece of aurora gear. You want the widest aperture possible (f/2.8 or faster) to capture as much light as you can in a short exposure. The wider the focal length, the more sky you'll include in the frame.

The ideal range is 14-24mm on full frame (or 10-16mm on APS-C). Some strong choices include the Sigma 14mm f/1.8 DG HSM Art, which is purpose-built for astrophotography and night sky work, the Nikon Z 14-24mm f/2.8 S, or the Sony FE 20mm f/1.8 G. For more wide-angle lens options for night sky work, check out our guide to the best lenses for Milky Way photography.

Tripod

Non-negotiable. You're shooting multi-second exposures in the dark, so any camera movement ruins the shot. A sturdy travel tripod with a ball head is ideal. Make sure the legs lock securely and the head doesn't creep under the weight of your camera and lens. Carbon fiber is worth the premium in cold conditions because metal tripods conduct heat away from your hands. For specific recommendations, see our best tripods for travel photography guide.

Accessories

Pack spare batteries. Cold temperatures drain lithium-ion batteries dramatically, sometimes cutting capacity in half. Keep spares in an inner pocket close to your body so they stay warm. A headlamp with a red-light mode lets you adjust settings without destroying your night vision. Hand warmers (the chemical disposable kind) serve double duty: they keep your hands functional and can be rubber-banded to your lens to prevent dew or frost from forming on the front element.

Camera Settings

Starting Point

These settings work as a reliable baseline for most aurora displays:

Aperture: f/2.8 (or your lens's widest aperture). You want maximum light gathering. Don't stop down for depth of field; at wide-angle focal lengths and infinity focus, f/2.8 gives you plenty of depth.

ISO: 1600. This is the sweet spot for most modern cameras. Faint aurora may need ISO 3200 or 6400. Bright, active displays may allow ISO 800 or even 400.

Shutter speed: 10-15 seconds. This captures enough light while keeping the aurora's curtain structure sharp. Faster-moving aurora needs shorter exposures (5-8 seconds) to avoid turning the curtains into a green smear. Slow, diffuse glows can handle 20-25 seconds.

White balance: 3500K (or the Fluorescent preset). This keeps the greens crisp and the purples and magentas rich. Auto white balance tends to overcorrect, pushing the aurora toward unnatural colors.

File format: RAW, always. You'll want the latitude in post-processing to adjust white balance, recover highlights in bright aurora bands, and pull shadow detail from the foreground.

Adjusting for Conditions

The aurora's brightness changes constantly. A Kp index of 2-3 produces a faint glow on the horizon that needs higher ISO (3200+) and longer exposures (15-20 seconds). A Kp 5+ storm fills the sky with fast-moving curtains that demand shorter exposures (5-8 seconds) to freeze the structure. Keep checking your histogram and adjust as the display evolves.

Nailing Focus

Focus is the most common reason aurora photos fail. Autofocus doesn't work in the dark, and the infinity mark on most modern lenses isn't accurate.

The most reliable method is to switch your lens to manual focus, point it at a bright star or distant light source, then use your camera's live view with magnification (usually 5x or 10x) to zoom into that point of light. Turn the focus ring until the star is the smallest, sharpest pinpoint possible. Once you've locked focus, don't touch the ring again. If your lens has a focus lock switch, use it. Some photographers put a small piece of gaffer tape over the focus ring to prevent accidental bumps.

If there are no bright stars visible (overcast edges or light pollution), focus on the most distant light you can find: a house on a far hillside, a distant streetlight, even a friend's headlamp placed 50+ meters away.

Composition

The aurora itself is spectacular, but your photos will be stronger with a compelling foreground. Look for elements that anchor the scene: a church steeple, a stand of birch trees, a rocky coastline, a frozen lake with interesting ice patterns. These foreground subjects give the viewer a sense of place and scale.

Some composition tips specific to aurora photography:

Include the horizon. Pure sky shots of the aurora look impressive on the back of your camera but often feel empty as prints. Even a thin strip of landscape at the bottom of the frame grounds the image.

Use reflections. If you're near still water, the aurora reflecting on the surface doubles the visual impact. Position yourself so the water fills the lower third of the frame.

Go vertical. When the aurora forms tall pillars or curtains that extend overhead, rotate your camera to portrait orientation. This captures the full height of the display.

Watch for corona. During intense displays, the aurora can form a corona directly overhead, where rays appear to converge to a single point. When this happens, point straight up with your widest lens for a dramatic radial pattern.

Planning Your Shoot

When and Where

The aurora is visible at high latitudes (roughly 60-70 degrees north for the northern lights, or equivalent south for the aurora australis). The best viewing window runs from September through March, when nights are long and dark. The equinox months (September/October and February/March) tend to produce more geomagnetic activity due to the orientation of Earth's magnetic field relative to the solar wind.

Top destinations include northern Norway (Tromso, Lofoten), Iceland, Finnish Lapland, Swedish Lapland, northern Canada (Yukon, Churchill), and Alaska (Fairbanks).

Forecasting

Several apps and websites provide aurora forecasts based on solar wind data:

Space Weather Prediction Center (NOAA): The official US source for geomagnetic storm forecasts. The Kp index tells you how far south the aurora may be visible.

My Aurora Forecast app: Shows real-time Kp data and a map overlay of aurora visibility for your location.

Iceland Met Office aurora page: If you're shooting in Iceland, this site combines cloud cover forecasts with aurora probability, which is essential since clear skies are half the battle.

Check solar wind speed and the Bz component of the interplanetary magnetic field (IMF). When the Bz turns strongly negative (southward), the aurora intensifies. Apps like PhotoPills help you plan compositions by showing where the aurora is likely to appear relative to your foreground. We covered PhotoPills in depth in our golden hour planning guide.

Moon Phase

A full moon floods the landscape with light, which washes out fainter aurora but illuminates foreground detail naturally. A new moon gives the darkest sky and the brightest aurora contrast, but your foreground will be very dark. Many aurora photographers prefer a crescent or quarter moon: enough light to paint the landscape without overpowering the aurora.

Post-Processing Tips

Aurora images benefit from careful editing, but resist the temptation to oversaturate. The natural colors of the aurora are already vivid, and pushing saturation turns them into neon cartoons.

In Lightroom or a similar RAW processor, start by adjusting white balance to taste (3200-4000K usually looks natural). Lift the shadows to bring out foreground detail. Use the dehaze slider sparingly to add contrast to the aurora bands. If noise is a problem at high ISO, use luminance noise reduction but keep the detail slider high enough to preserve the aurora's texture.

For our full guide to Lightroom editing, see our Lightroom Classic beginner guide.

After your shoot, run your images through ExifGrabber to review the exact settings that produced your best shots. Comparing the shutter speed, ISO, and aperture across a night of aurora photography helps you build intuition for future sessions.

Common Mistakes to Avoid

Exposures too long. Anything over 15-20 seconds during an active display turns crisp curtains into a blurry green smear. When the aurora is dancing, drop to 5-8 seconds and raise ISO to compensate.

Forgetting to check focus. Zoom into your first few test shots at 100% on the camera's LCD. It takes 10 seconds and saves an entire night of soft images.

Not shooting enough. The aurora changes rapidly. Shoot continuously during active phases. You can delete later, but you can't go back and capture a moment that lasted 30 seconds.

Ignoring the foreground. A great aurora above a parking lot is still a photo of a parking lot. Scout your location during daylight so you know exactly where to set up when the lights appear.

Staying too warm in the car. The best displays often happen in short bursts. If you're watching from your car and waiting for "the right moment," you'll miss the best of it. Set up your tripod, start shooting, and stay with it.