Eclipse 2028 practical guide
After 2028: The Next Total Solar Eclipse in 2030
If 22 July 2028 isn't your last eclipse, the next total solar eclipse to touch Australian soil comes just over two years later, on 25 November 2030.
Quick answer
NASA's path table places the 25 November 2030 total solar eclipse's path across Namibia, Botswana and South Africa, then across the Indian Ocean to reach South Australia, north-western New South Wales and south-eastern Queensland at sunset, with a maximum totality of 3 minutes 44 seconds.
What NASA's path table establishes
The 25 November 2030 total solar eclipse begins at sunrise over the Atlantic, crosses Namibia, Botswana, South Africa and Lesotho, then continues across the Indian Ocean before reaching the Australian mainland. In Australia, the path of totality crosses South Australia first, then north-western New South Wales, and finishes at sunset over south-eastern Queensland. Maximum totality for the eclipse overall is 3 minutes 44 seconds, reached over the Indian Ocean; the Australian segment, occurring near sunset with the Sun low in the sky, has a shorter accessible duration than the eclipse's global maximum.
Where the 2030 shadow reaches Australia
NASA's path table gives the centre line every two minutes. These are its rows for the Australian segment, with the Sun dropping toward the horizon as the shadow moves east. Times are UT; in South Australia, on daylight time in November, add 10 hours 30 minutes, so 08:20 UT is 6:50 p.m.
| Time (UT) | Centre line | Where | Sun altitude | Totality |
|---|---|---|---|---|
| 08:18 | 34°22′S 130°30′E | Great Australian Bight | 21° | 2:10 |
| 08:20 | 33°16′S 133°28′E | Off South Australia's west coast | 18° | 2:04 |
| 08:22 | 31°53′S 137°02′E | Inland South Australia | 14° | 1:57 |
| 08:24 | 29°58′S 141°58′E | Far north-western New South Wales | 9° | 1:47 |
| Sunset | 26°21′S 151°12′E | South-eastern Queensland | 0° | 1:32 |
The longest Australian totality is just off the South Australian coast, about two minutes with the Sun some 20 degrees up. By the time the shadow reaches Queensland the Sun is on the horizon, so any hill or tree line to the west would hide it: the same low-Sun problem Dunedin and Queenstown face in 2028, with even less margin.
2028 and 2030 side by side
| 22 July 2028 | 25 November 2030 | |
|---|---|---|
| Season | Winter | Late spring |
| Time of day in Australia | Early to mid-afternoon in NSW | Sunset |
| Longest totality on Australian land | About 5 minutes 10 seconds, in the Kimberley | About 2 minutes, in South Australia |
| Sun altitude in the path | 29° at Sydney, 35° at Bourke | 21° falling to 0° |
| Largest city in the path | Sydney | None of the capitals |
| Saros series | 146 | 133 |
How this compares with 2028
The 2028 eclipse crosses Australia through the Kimberley, inland New South Wales and Sydney with the Sun well above the horizon for most of the path, giving several minutes of comparatively high-Sun totality. The 2030 eclipse reaches Australia only in its final stretch, at sunset, with a lower Sun and a narrower window for viewing before the Sun sets entirely. Neither eclipse's circumstances substitute for the other's; a traveller who misses 2028 gains a different, geometrically harder opportunity in 2030, not an equivalent one.
What's confirmed and what isn't yet
The date, path corridor and Saros series (133) are calculated astronomical facts, fixed regardless of any future planning. What is not yet confirmed, this far out, is anything about public access, viewing events, accommodation or road conditions along the 2030 Australian corridor - none of that is announced yet.
Should this change your 2028 plans?
No. A future eclipse three states away and two years later is not a reason to treat 2028 as low-stakes or skippable. Plan for 22 July 2028 on its own terms; treat 2030 as a note for later; and revisit it as 2030 gets closer and real access information exists to publish.
Why the date and path are certain even years out
Unlike weather, which can't be forecast reliably more than about a week ahead, eclipse geometry is calculated from orbital mechanics: the mutual gravitational motion of Sun, Earth and Moon, which is well understood and stable over centuries. That is why the 2030 date, path corridor and duration are known with the same confidence as the 2028 event. Tour bookings, viewing events and road arrangements for 2030 have not been announced.
The 2030 eclipse belongs to Saros series 133, a different series from the 2028 event's Saros 146. Successive eclipses in the same series recur roughly every 18 years and 11 days at a similar geometry shifted west; different series interleave independently, which is why two total eclipses reaching Australia only two years apart is a coincidence of two unrelated series overlapping, not evidence of an unusually eclipse-prone period.
Frequently asked questions
Where in Australia is the longest totality in 2030?
Just off the South Australian coast, where NASA's centre line gives about 2 minutes 4 to 10 seconds with the Sun roughly 20 degrees high. Inland, totality shortens and the Sun drops: about 1 minute 47 seconds at 9 degrees in far north-western New South Wales.
Will Sydney see totality in 2030?
No. Sydney sits outside the 2030 path of totality and will see a large partial eclipse near sunset instead. The 2030 path reaches totality further west and north, across South Australia, north-western NSW and south-eastern Queensland.
Is 2030 as good an eclipse as 2028 for Australia?
They're different events. The 2028 path crosses more populated corridors including Sydney with several minutes of higher-Sun totality; the 2030 path touches Australia only near sunset, with a low Sun and a shorter accessible window. Neither replaces the other.
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Stay focused on 2028 first
Confirm your 2028 coordinate on the interactive map, build your eclipse-day plan, and come back closer to 2030 for updates as public information becomes available.