This page answers one question honestly. What are the chances of seeing the aurora australis from where you are in New Zealand tonight? The tool below combines NOAA’s live space weather data with cloud cover for your location, and the guide underneath explains what the numbers mean and where to look from each part of the country.
How to read the forecast
The number that matters most is the Kp index, a 0 to 9 scale of global geomagnetic activity published by NOAA’s Space Weather Prediction Center. The higher the Kp, the further the auroral oval expands away from the poles, and the further north in New Zealand the glow can reach. NOAA’s own rule of thumb is that the oval’s edge moves about two degrees of latitude closer to the equator for each step up the Kp scale.
Two other live readings tell you whether a storm is actually delivering. Solar wind speed measures how fast charged particles from the Sun are arriving, and faster is better. Bz is the north to south direction of the interplanetary magnetic field, and it acts like a switch. When Bz points south (a negative number), the solar wind couples into Earth’s magnetic field and energy pours in. When it points north, the door stays largely shut even during a storm. Aurora chasers refresh Bz more than any other number.
A forecast Kp is a probability, not a promise. Storms arrive hours early, hours late, or fizzle entirely, and a substorm can briefly light the sky on a night that looked ordinary. If the forecast says possible, treat it as a reason to check the live numbers after dark, not a guarantee of a light show. This tool deliberately under-promises, because the fastest way for an aurora page to lose your trust is to cry wolf.
Where to see the aurora, city by city
Latitude decides everything in aurora watching, and in New Zealand every degree south counts. These are the approximate Kp levels each area needs for aurora to appear low on the southern horizon, assuming dark, clear skies. Wherever you are, the recipe is the same. Get away from streetlights, find an unobstructed view to the south, let your eyes adjust for ten minutes, and be patient.
Invercargill and Southland, Kp 4 to 5
The best aurora country in New Zealand. Southland sits closest to the auroral oval, and on active nights the glow can be a regular sight. Oreti Beach and Waipapa Point offer wide southern horizons, and Bluff Hill (Motupōhue) gives elevation over Foveaux Strait. Across the strait, Stewart Island Rakiura is an accredited International Dark Sky Sanctuary, one of the darkest accessible places in the country and the closest New Zealanders can get to the southern lights without boarding a ship.
Dunedin, about Kp 5
Dunedin is New Zealand’s aurora capital by reputation, helped by a university city’s worth of photographers. The Otago Peninsula is the classic choice, with Hoopers Inlet and Sandymount well away from city light and looking south over open water. Tunnel Beach and the coast south towards Brighton also work well. On a strong night the glow is visible from the city’s hill suburbs, but the peninsula’s dark bays are worth the twenty-minute drive.
Queenstown, about Kp 5
Queenstown sits at almost the same latitude as Dunedin, and its mountain skies can be superbly dark. The catch is topography, because you need a sightline south that is not blocked by peaks. The southern reaches of Lake Wakatipu help, with Kingston at the lake’s southern end giving a long water horizon. Moke Lake is a popular dark spot close to town, and Jack’s Point looks down the lake towards the south.
Christchurch, about Kp 6
Canterbury needs a moderate storm, which arrives several times in most years near solar maximum. Birdlings Flat and the shores of Te Waihora Lake Ellesmere give flat, dark southern horizons within an hour of the city, and Godley Head works when the aurora is strong enough to climb above the Port Hills glow. The May 2024 storm turned skies red as far as the city’s beaches.
Wellington, about Kp 7
The capital needs a strong storm, roughly a G3 event or better. The south coast is made for it, with Red Rocks and Ōwhiro Bay looking straight out over Cook Strait. Turakirae Head and the Wairarapa’s southern coast around Lake Ferry are darker still, and the wider Wairarapa is an accredited International Dark Sky Reserve, which makes the drive over the hill worthwhile on a big night.
Auckland and further north, Kp 8 to 9
Rare, but not impossible. It takes a severe geomagnetic storm for aurora to reach Auckland’s latitude, the kind of event that happens a handful of times in a solar cycle. The G5 storm of 10 and 11 May 2024 did exactly that, painting visible red aurora across Auckland and Northland skies and filling social media with photographs from Piha and the Hibiscus Coast. If a storm that size is forecast, head somewhere dark like the Waitākere Ranges coast or Aotea Great Barrier Island, itself a Dark Sky Sanctuary, and look south.
The southern lights, not the northern lights
People often search for the northern lights in New Zealand, and the honest answer is that you are looking for the same phenomenon under its southern name. The aurora borealis and the aurora australis are mirror images, two rings of light around the two magnetic poles, produced by the same solar particles striking the same atmospheric gases. New Zealand sits under the southern ring, so what you can see from here is the aurora australis, the southern lights. The physics, the colours and the photographs are the same. The only difference is which way you face, and from New Zealand you face south.
Photographing the aurora
Here is the single most useful thing to know before you drive out. Your camera will see more than your eyes. Human night vision is nearly colour-blind at low light levels, so a faint aurora often appears as a pale grey or white glow, easy to mistake for cloud. A camera sensor collecting light over a few seconds has no such limit, which is why the photographs are always more vivid than the view. A modern phone in night mode, held still or propped on a fence post for a three to ten second exposure, will reveal colour you cannot see. If the southern sky shows a suspicious pale glow, take a photo before you decide there is nothing there. And when a severe storm hits, the aurora stops being subtle and the colours are plainly visible to everyone, which is why nights like May 2024 are remembered.
When aurora season peaks
Aurora activity follows the Sun’s roughly 11-year cycle. Solar Cycle 25 reached its maximum phase across 2024 and 2025, and the years either side of maximum, including the declining phase we are in now, historically produce the largest geomagnetic storms. Within any year, activity statistically favours the weeks around the March and September equinoxes, when the geometry between Earth’s magnetic field and the solar wind is most efficient. Winter offers the longest, darkest viewing hours in New Zealand, and a moonless night beats a full moon every time, because moonlight washes out faint aurora just as streetlights do. For general night-sky conditions on any given evening, our stargazing forecast scores cloud, moonlight and meteor activity for your location, and the kuaka migration globe and Cosmic Zoom are good company for the clear, quiet nights.
Common questions
Can you see the aurora in New Zealand tonight?
Check the live outlook at the top of this page. As a rule, forecast Kp below 4 means aurora is unlikely from anywhere on the mainland, Kp 4 to 5 puts Southland and Otago in play, and each step higher extends the possible zone further north. Cloud cover, moonlight and darkness matter just as much as the space weather.
What Kp do you need in Dunedin or Christchurch?
Dunedin typically needs about Kp 5 for aurora low on the southern horizon, and Christchurch about Kp 6. These are approximate thresholds for a visible glow under dark clear skies, not for overhead displays, which need considerably stronger storms.
What is the Kp index?
The Kp index is a global measure of geomagnetic disturbance on a scale of 0 to 9, calculated every three hours from magnetometer stations around the world. Kp 5 and above counts as a geomagnetic storm, graded G1 through G5. The higher the Kp, the further from the poles aurora can be seen.
Can you see the southern lights from Auckland?
Only during severe geomagnetic storms of roughly Kp 8 or 9, which happen a handful of times per solar cycle. The G5 storm of May 2024 made aurora visible across Auckland and Northland. On such nights, get away from city lights and look south, and use a camera, which will pick up colour before your eyes do.
Why did the forecast say aurora was possible and I saw nothing?
Aurora forecasting predicts conditions, not certainty. The storm may have peaked while it was daylight in New Zealand, Bz may have stayed pointed north so the energy never coupled in, cloud may have blocked the view, or the display may have been too faint for the naked eye at your latitude. It is normal to need several attempts, which is why the live Bz and Kp readings after dark are a better guide than any forecast issued that morning.
Space weather data from the NOAA Space Weather Prediction Center. Cloud forecasts from Open-Meteo. Visibility thresholds are approximate guides based on NOAA’s published relationship between the Kp index and the auroral oval.