Aurora Borealis Photography: The Complete Field Guide
After more than 25 dedicated Aurora expeditions to the Lofoten Islands, Iceland, and Alaska since 2016, I have photographed the Northern Lights in conditions ranging from calm February nights under KP 8 to violent Arctic snowstorms. This is not a beginner checklist — this is the field-tested, technically precise workflow I use on every expedition and teach to every participant who joins me. Whether you are shooting your first aurora or planning a panoramic multi-row project, this guide covers everything.
Part I: Single Shot Aurora Photography
Watch the full video tutorial below — this article expands on everything covered in Part I.
The Gear You Actually Need
Photographing the Aurora does not require exotic equipment — but it does require the right equipment. You need a tripod, a camera capable of high ISO performance, and a fast wide-angle lens. Ideally, focal length up to 20mm and aperture of f/1.4, f/1.8, or f/2.8. Longer lenses or those with f/4 are not ideal — both the field of view and the required ISO will work against you. A remote shutter release, or simply a 2-second self-timer, eliminates camera shake.
How to Forecast the Aurora — The Tools I Actually Use
Aurora forecasting is where most photographers fail. They look at one app, see a high KP number, and go out — only to find clouds or a weak display. My forecasting workflow uses multiple sources simultaneously:
Aurora Pro (iOS) — shows the auroral oval, live solar wind data, KP index, and location-based forecasts with webcams. My primary tool.
SpaceWeatherLive — detailed solar wind speed, density, and Bz component. If Bz is strongly negative (southward), Aurora is imminent.
Yr.no and Windy — cloud forecasting for Arctic locations. Better than general weather apps for Lofoten and Iceland.
The KP Index tells you how far south the Aurora will extend. At Lofoten's latitude (68°N), KP 2–3 is sufficient for visible Aurora. At KP 5+, it fills the entire sky. The Bz component of solar wind is more reliable for real-time prediction than KP alone — a strongly negative Bz means aurora within minutes, not hours.
One rule I always follow: be in position before the display peaks. The aurora does not wait.
Camera Settings — My Exact Starting Point
There is no single perfect setting for Aurora photography because the Aurora itself is never the same twice. Here is my starting point:
Aperture: f/2.8 — wide open for maximum light. f/1.4 is possible but depth of field becomes a problem.
ISO: 2000–4000. I typically start at ISO 3200 and adjust from there.
Shutter speed: Depends entirely on Aurora movement. A static aurora hanging in the sky — use 8–12 seconds. A fast-dancing aurora — drop to 1–4 seconds to freeze the shapes. Sometimes half a second for an eruption.
White Balance: Fixed at 3800–4200K. Never Auto — every frame will have a different colour cast.
Focus: Manual, on a bright star. Switch to Live View, zoom in fully, rotate the focus ring until the star is the smallest sharpest point. Never rely on the infinity mark — most lenses achieve sharpest focus slightly before infinity.
Format: RAW only. Never JPEG for Aurora.
Long exposure noise reduction: Off. Adobe Camera Raw's AI noise reduction is far superior and does not waste your shooting time.
Vibration reduction / Image stabilisation: Off when on a tripod.
Always take a reference shot first — check focus precision and exposure before the main display begins.
The Technique Most Photographers Miss — The Two-Exposure Blend
At f/2.8, depth of field is shallow. Your landscape will be soft. The solution is a two-exposure blend — a technique I teach on every Aurora expedition:
Shoot your Aurora at f/2.8 with the short shutter speed needed to freeze the display. Then — without moving the camera or refocusing — close the aperture to f/5.6 and extend the shutter speed by 4 EV to expose the landscape with much greater depth of field and significantly more light. Blend the two exposures in Photoshop: the short exposure for the Aurora, the long exposure for the landscape. The result is a technically superior image that is impossible to achieve in a single frame.
Part II: Aurora Panorama Photography
The most advanced technique in landscape photography — covered in full detail in Part II below.
Why Aurora Panoramas Are Different
A single frame cannot contain the full Aurora. Even a 120-degree diagonal field of view is compositionally limiting, and the shallow depth of field at wide apertures compounds the problem. Aurora panoramas solve both — they deliver cinematic width, maximum resolution, and — when executed correctly — greater depth of field than any single shot.
But Aurora panoramas are the most technically demanding photography I know. The Aurora moves. The darkness is total. You are working against time, cold, and an unpredictable subject. Here is how to do it correctly.
The Sky Project — Shooting the Aurora in Panorama
Orient the camera vertically. Dedicate 80–90% of the frame to sky, 10–20% to the horizon as a reference. Overlap each frame by 25–30%. Use the same Aurora exposure settings as for single shots — f/2.8, ISO 2000–4000, shutter speed matched to Aurora movement speed.
When the Aurora is static, this is straightforward — shoot left to right at a steady pace, maintain consistent exposure. When the Aurora is dancing fast, the only approach is to shoot continuously back and forth, capturing as many frames as possible. You are gambling that at least one set of adjacent frames will show a compatible Aurora shape. It does not always work. Accept it and keep shooting.
The Landscape Project — The Part Most People Get Wrong
Once you have enough sky data, tilt the camera down. Now 80% of the frame should be landscape, 20% sky — creating an overlap zone with the sky project for stitching.
The exposure for the landscape is completely different. You need depth of field and maximum light — close the aperture to f/5.6 or f/8 and extend the shutter to several minutes if necessary. Take a reference shot at f/2.8 ISO 25600 to judge the brightness, then recalculate to your target settings.
The critical rule: shoot the landscape while the Aurora is still active. Any reflective surface — water, wet rocks, snow, wet sand — will carry the Aurora's colour. If you switch to the landscape after the lights have faded, the project is ruined. You need to judge the right moment to transition — and sometimes you will get it wrong. That is Aurora photography.
Where to Photograph the Northern Lights — My Best Locations
Lofoten Islands, Norway — The world's finest Aurora photography destination, in my view. The combination of dramatic mountain backdrops, reflective fjords, iconic red rorbuer of Hamnøy and Reine, and the black sand of Skagsanden creates compositions impossible to replicate anywhere else. At 68°N, KP 2–3 is sufficient for visible Aurora. After 25 expeditions here I know every viable composition point on the archipelago. February and March are the peak months — maximum darkness, frequent displays, and the 2027 solar maximum aligning for once-in-a-decade conditions.
Iceland — More accessible but more crowded. The glacier lagoon at Jökulsárlón, Kirkjufell mountain, and Vestrahorn provide iconic backdrops. Higher KP requirements than Lofoten due to slightly lower latitude.
Alaska — The Denali region and Wrangell-St. Elias offer some of North America's finest Aurora photography, combined with autumn tundra colours in September and October. Our Alaska expeditions time the Aurora season with peak fall foliage — a combination available nowhere else.
When to Go — The 2027 Solar Maximum
Solar activity follows an approximately 11-year cycle. 2026 and 2027 represent the statistical peak of Solar Cycle 25 — the highest geomagnetic activity in a decade. After 2027, Aurora frequency and intensity will gradually decline toward a solar minimum around 2030. If you have been considering an Aurora expedition, this is the window.
Photograph the Aurora with Jan Smid — Upcoming Expeditions
The most reliable way to photograph the Northern Lights at a technical level is to be in the right place, with an expert who has done this dozens of times, with a programme that adapts in real time to Aurora forecasts. On my expeditions, Aurora planning is not an afterthought — it is the core of every evening's programme.
Winter Lofoten Aurora Photo Expedition 2027 February 22 – March 2, 2027 · Peak solar maximum · Max 6 photographers · 1:2 instructor ratio
Alaska Fall Landscape & Aurora Photo Expedition 2026 September 2026 · Autumn tundra + Aurora season · Max 6 photographers
Alaska Fall Landscape & Aurora Photo Expedition 2027 September 2027 · Peak solar maximum · Glaciers & tundra · Aurora season · Max 6 photographers
About the Author
Jan Smid is a Master QEP — the highest qualification awarded by the Federation of European Photographers — and a ZEISS Ambassador (one of 25 worldwide). He has led more than 25 Aurora photography expeditions to the Lofoten Islands, Iceland, and Alaska since 2016, and has won over 300 international photography awards. His Aurora panoramas have been exhibited internationally and are represented in private collections across Europe and North America.
Pokud jste fotograf z ČR nebo SR a chcete fotografovat polární záři v profesionálních podmínkách, navštivte naše fotoexpedice — Lofoty, Island i Aljaška nabízejí ideální podmínky pro focení polární záře, a to jak jako jednorázové záběry, tak jako panoramatické projekty.
Frequently Asked Questions: Aurora Borealis Photography
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At Lofoten's latitude (68°N), KP 2–3 is sufficient for a visible Aurora display. At KP 5 and above, the Aurora fills the entire sky. You do not need a geomagnetic storm to have an extraordinary experience in Lofoten — the low threshold is one of the reasons it is the world's best Aurora photography destination.
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February and March are the peak months — maximum darkness, frequent displays, and statistically the highest Aurora activity of the winter season. The 2027 solar maximum makes February 2027 particularly exceptional. The Aurora season in Lofoten runs from late September to mid-April.
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Aurora panoramas are technically demanding and I would not recommend them as a first attempt. Master single-shot Aurora photography first — understanding your exposure settings, focusing in darkness, and reading the Aurora's movement. Once those are instinctive, panoramas become achievable. On our expeditions we teach both techniques progressively.
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I use Aurora Pro (iOS) as my primary tool — it shows the auroral oval, KP index, solar wind data, and location-based forecasts. I combine it with SpaceWeatherLive for real-time Bz monitoring and Yr.no for cloud forecasting in Arctic locations. No single app is sufficient on its own.
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Keep it simple — bring what works reliably.
A camera with good high-ISO performance, a wide fast lens (ideally f/2.8 or faster), a stable tripod, spare batteries, and warm clothing. If you want, bring a second body or extra lens — but we’ll help you build a clean setup that actually gets sharp, usable results. -
A capable mirrorless or DSLR camera with good high-ISO performance, a fast wide-angle lens (f/2.8 or faster), and a sturdy tripod are the essentials. You do not need the most expensive body on the market — but a slow lens (f/4 or narrower) will significantly limit your results. After registration for any of our expeditions, we provide a detailed gear consultation.
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The Winter Lofoten Photo Expedition in February offers the highest probability of Aurora displays combined with the most dramatic winter landscapes. The Alaska Fall expeditions offer Aurora combined with autumn tundra colours — a unique combination. Both are excellent; the choice depends on the landscape aesthetic you want to achieve.
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Ano — na našich expedicích učíme focení polární záře od základů. Každý účastník dostane individuální vedení přímo v terénu, od nastavení fotoaparátu po složité panoramatické projekty. Není nutná předchozí zkušenost s nočním focením.