Why Aotearoa New Zealand Gets a Sunset Eclipse in 2028

In brief: In Aotearoa New Zealand the 2028 total solar eclipse happens in the last hour of winter daylight: totality at 4:16 p.m. NZST in Queenstown (2 minutes 54 seconds, Sun about 10 degrees high) and 4:17 p.m. in Dunedin (2 minutes 51 seconds, Sun about 8 degrees high). The Sun sets around the time the final partial phase ends, so a genuinely open north-west horizon is the single most important site requirement.

The numbers: how low will the Sun be?

These are the city-centre circumstances for the South Island's two totality cities, with the Sun's computed height at maximum eclipse:

For scale: 10 degrees is about the width of your fist held at arm's length. A ridge, a line of hills, or even a two-storey skyline in the wrong quarter erases the entire event. In Dunedin the Sun actually sets before the final partial phase completes — the eclipse literally ends with an eclipsed sunset. Fred Espenak's EclipseWise page for this eclipse holds the underlying track data, and timeanddate.com computes circumstances for any exact address.

The partial-only cities face the same geometry: Christchurch (maximum 4:16 p.m., magnitude 0.758), Wellington (4:19 p.m., 0.850), and Auckland (4:23 p.m., 0.737) all see a deeply eclipsed, very low Sun. Details for each are on the city guides hub.

Evidence: NASA 2028 path table, NASA 2028 Besselian elements.

Why is the 2028 eclipse so low in the NZ sky?

Two facts stack up. First, 22 July is mid-winter in the southern hemisphere, so the Sun is low all day and sets early — the South Island is at latitudes where a winter afternoon Sun never climbs far. Second, the South Island is near the end of the eclipse track: the Moon's shadow has already crossed Australia and the Tasman Sea, and by the time it arrives at 4:16 p.m. local time, the Sun is deep into its descent toward the north-west horizon.

Australia gets the same eclipse at a friendlier altitude — about 29 degrees in Sydney and 35 degrees in Bourke — which is exactly why the NZ leg needs its own playbook rather than borrowed Australian advice.

Evidence: NASA 2028 path table.

What does a near-sunset totality actually look like?

Eclipse chasers travel specifically for low-Sun totalities, because they are visually extraordinary. The corona hangs just above the landscape instead of overhead, so you see it in the same glance as mountains and water. Twilight colours wrap the full horizon. The Moon's shadow, arriving almost horizontally out of the north-west, is often visible sweeping across the sky as a wall of darkness. And photographers get the rare chance to frame totality with a normal lens above a real foreground — see the photography guide for how to use it.

The cost of all that drama is fragility. High-altitude eclipses forgive a mediocre site; this one does not. Terrain, buildings, and even distant cloud banks sitting on the north-west horizon can hide a Sun this low, and there is no time to relocate once the partial phases begin at 3:07 p.m. in Queenstown and 3:09 p.m. in Dunedin.

Evidence: NASA 2028 path table.

How to pick a site that can actually see it

Three rules cover almost everything:

• Demand an open north-west horizon. Not west, not north — north-west, at azimuth roughly 310 degrees. Lake edges with water toward the north-west, elevated summits, and open plains beat enclosed valleys and south-facing beaches.
• Use the free rehearsal. The Sun's track on any clear mid-July afternoon is almost identical to eclipse day. Stand on your intended spot at 4:15 p.m. in the weeks before (or during a scouting trip the previous July): if you can see the Sun then, your site works. This single check is worth more than any map study.
• Hold two or three pre-checked options. Winter weather in the South Island moves fast, and alpine roads can close. A famous lookout you have never tested is a gamble; a modest paddock with a proven sight line is a plan.

The Queenstown guide lists candidate sites from Bennetts Bluff to the Crown Terrace, and the Dunedin guide covers Mount Cargill, Signal Hill, and the flatter Taieri Plain fallback.

Evidence: NASA 2028 path table.

Queenstown or Dunedin: which base is better?

Queenstown offers lake-and-alps scenery and established visitor infrastructure, but surrounding terrain makes verification of the north-west sightline essential.

Dunedin offers city services and a different set of coastal and inland terrain options. Its Sun is lower at maximum, so even a distant obstruction or cloud bank matters.

Choose the base whose access and cancellation terms work for you, scout lawful sites in advance, and let current MetService forecasts and warnings inform the final site. No reproducible city-specific cloud probability is claimed here.

Evidence: MetService forecasts and warnings.

The bonus nobody talks about: an eclipsed sunset

Because the final partial phases run right up against sunset, the South Island gets a spectacle after the main event: a crescent Sun sinking into the north-west horizon. In Dunedin the Sun sets before the Moon fully lets go, and Wellington and Christchurch see the same partially-eclipsed sunset. Almost nowhere on Earth do you get totality and an eclipsed sunset in the same hour — stay at your site to the end, keep the glasses on for every look, and watch the strangest sunset of your life close out the day.

Evidence: NASA 2028 path table, NASA eclipse safety.

Common Questions

Keep Planning

• Queenstown totality guide
• Dunedin totality guide
• Eclipse photography in low sun
• Weather decision framework