Key facts
The path of totality across Australia
The Moon's shadow reaches the Kimberley coast of Western Australia mid-morning local time. It passes over Wyndham and Kununurra, where the point of greatest eclipse falls in the central Kimberley with 5 minutes 10 seconds of totality. It then crosses the Tanami Desert and the Northern Territory over Tennant Creek, and the far south-west corner of Queensland near Thargomindah.
In New South Wales the centre line runs from Bourke through Nyngan, Warren, Gilgandra, Dubbo, Wellington and Mudgee, across the Blue Mountains, over the Hawkesbury and the northern suburbs of Sydney, and out to sea south of the Heads. Sydney, the Blue Mountains, the Central Coast, Wollongong, Bathurst, Orange and Dubbo are all inside the path. Newcastle, Maitland and Cessnock sit just outside the northern edge. Canberra, Goulburn and Nowra are outside the southern edge.
Outside the path the Sun is never fully covered. Darwin sees 88% of the Sun covered, Brisbane and Melbourne about 81%, Adelaide 76%, Hobart 73% and Perth about half.
Is my city in the path of totality?
| In the path (total) | Outside the path (partial only) |
|---|---|
| Wyndham, Kununurra (WA) | Perth, Broome, Halls Creek (WA) |
| Tennant Creek (NT) | Darwin, Alice Springs (NT) |
| Thargomindah (QLD) | Brisbane, Cairns, Mount Isa, Birdsville (QLD) |
| Bourke, Dubbo, Orange, Bathurst (NSW) | Newcastle, Maitland, Cessnock (NSW) |
| Blue Mountains, Penrith, Sydney (NSW) | Canberra (ACT) |
| Central Coast, Wollongong (NSW) | Adelaide, Melbourne, Hobart |
Eclipse times by city
Times are local civil time on 22 July 2028: AWST in Western Australia, ACST in the Northern Territory and South Australia, AEST everywhere else. Totality begins, maximum and totality ends are given to the second. Rows marked partial are outside the path, with the share of the Sun covered at maximum.
Western Australia (AWST)
| Place | Partial begins | Totality begins | Maximum | Totality ends | Duration | Partial ends |
|---|---|---|---|---|---|---|
| Central Kimberley, greatest eclipse | 9:23am | 10:52:53am | 10:55:28am | 10:58:03am | 5m 10s | 12:28pm |
| Wyndham | 9:26am | 10:57:25am | 10:59:07am | 11:00:49am | 3m 24s | 12:32pm |
| Kununurra | 9:28am | 10:59:40am | 11:01:08am | 11:02:35am | 2m 55s | 12:33pm |
| Halls Creek | 9:29am | – | 11:01:27am | – | partial, 98.3% | 12:33pm |
| Broome | 9:16am | – | 10:46:27am | – | partial, 91.2% | 12:20pm |
| Perth | 9:31am | – | 10:47:35am | – | partial, 50.1% | 12:09pm |
Northern Territory (ACST)
| Place | Partial begins | Totality begins | Maximum | Totality ends | Duration | Partial ends |
|---|---|---|---|---|---|---|
| Tennant Creek | 11:17am | 12:48:01pm | 12:49:43pm | 12:51:25pm | 3m 25s | 2:18pm |
| Alice Springs | 11:22am | – | 12:53:21pm | – | partial, 95.3% | 2:20pm |
| Darwin | 10:59am | – | 12:32:15pm | – | partial, 88.0% | 2:03pm |
Queensland (AEST)
| Place | Partial begins | Totality begins | Maximum | Totality ends | Duration | Partial ends |
|---|---|---|---|---|---|---|
| Thargomindah | 12:21pm | 1:45:17pm | 1:47:25pm | 1:49:32pm | 4m 15s | 3:06pm |
| Birdsville | 12:08pm | – | 1:37:21pm | – | partial, 99.9% | 3:00pm |
| Mount Isa | 12:02pm | – | 1:32:56pm | – | partial, 93.4% | 2:57pm |
| Cairns | 12:16pm | – | 1:41:45pm | – | partial, 66.9% | 2:59pm |
| Brisbane | 12:41pm | – | 2:01:56pm | – | partial, 81.5% | 3:14pm |
New South Wales and ACT (AEST)
| Place | Partial begins | Totality begins | Maximum | Totality ends | Duration | Partial ends |
|---|---|---|---|---|---|---|
| Bourke | 12:27pm | 1:50:10pm | 1:52:13pm | 1:54:15pm | 4m 05s | 3:09pm |
| Dubbo | 12:35pm | 1:55:22pm | 1:57:17pm | 1:59:12pm | 3m 50s | 3:12pm |
| Orange | 12:36pm | 1:57:14pm | 1:58:19pm | 1:59:25pm | 2m 10s | 3:13pm |
| Bathurst | 12:37pm | 1:57:33pm | 1:59:03pm | 2:00:33pm | 2m 59s | 3:13pm |
| Katoomba | 12:39pm | 1:58:25pm | 2:00:10pm | 2:01:55pm | 3m 30s | 3:14pm |
| Penrith | 12:40pm | 1:58:50pm | 2:00:43pm | 2:02:36pm | 3m 45s | 3:14pm |
| Sydney CBD | 12:41pm | 1:59:33pm | 2:01:27pm | 2:03:21pm | 3m 48s | 3:15pm |
| Gosford | 12:41pm | 1:59:54pm | 2:01:33pm | 2:03:12pm | 3m 17s | 3:15pm |
| Wollongong | 12:40pm | 1:59:42pm | 2:01:07pm | 2:02:32pm | 2m 50s | 3:14pm |
| Newcastle | 12:41pm | – | 2:02:04pm | – | partial, 99.6% | 3:15pm |
| Canberra | 12:38pm | – | 1:58:47pm | – | partial, 96.1% | 3:13pm |
South Australia (ACST), Victoria and Tasmania (AEST)
| Place | Partial begins | Totality begins | Maximum | Totality ends | Duration | Partial ends |
|---|---|---|---|---|---|---|
| Adelaide | 11:48am | – | 1:11:23pm | – | partial, 76.2% | 2:29pm |
| Melbourne | 12:32pm | – | 1:52:58pm | – | partial, 81.3% | 3:07pm |
| Hobart | 12:40pm | – | 1:56:22pm | – | partial, 73.3% | 3:07pm |
Calculated from NASA's Besselian elements for the eclipse of 22 July 2028. The point of greatest eclipse matches NASA's published 5m 10s. Times shift by a few seconds across a city, so check your own suburb or town closer to the day.
Where totality lasts longest
The closer you are to the centre line, the longer totality lasts. The maximum is 5 minutes 10 seconds in the central Kimberley. In the more accessible towns, Thargomindah gets 4m 15s, Bourke 4m 05s, Dubbo 3m 50s and Sydney 3m 48s. Near the edges of the path totality drops quickly: Orange gets 2m 10s and Swansea, on the northern edge at Lake Macquarie, only about 11 seconds.
Where to watch
What matters most is a clear view of the Sun at the time of totality. In the Kimberley and the Northern Territory the Sun is high in the northern sky, about 50 degrees up. By the time the shadow reaches Sydney it is lower, about 29 degrees above the horizon to the north-west, so trees, buildings and ridges can block it. In Sydney, headlands and open water facing north-west work best: see the 10 best places in Sydney to watch the 2028 eclipse.
Weather and clear skies
July is the dry season in the Kimberley and the Top End, which is why many eclipse travellers plan to watch from northern Western Australia or the Northern Territory. Sydney and the NSW coast are in winter, when a clear day is likely but not guaranteed. Inland NSW, west of the Blue Mountains, can also be clear, although winter fog and frost are common early in the morning. Whatever the location, keep your plans flexible in the final few days and follow the Bureau of Meteorology forecast.
Watching it safely
Inside the path, certified eclipse glasses go on before the partial eclipse begins and come off only during totality, when the Sun is completely covered. Put them back on as soon as the first bright point of sunlight reappears. Outside the path the Sun is never fully covered, so the glasses stay on for the whole eclipse.
Use only glasses or viewers that meet ISO 12312-2. Sunglasses, welding glass below shade 14, smoked glass and camera filters are not safe. Never look through binoculars, a telescope or a camera lens while wearing eclipse glasses: optics need their own solar filter on the front. See how to check your eclipse glasses are safe, and for schools, our eclipse safety plan for schools.
ISO 12312-2 certified eclipse glasses, independently tested by ICS Laboratories, stocked in NSW. Packs, family kits, bulk cartons and custom-branded runs.
Paper eclipse glassesThe gear you need
For your eyes
One pair of ISO 12312-2 certified eclipse glasses per person, worn for the whole partial eclipse. Paper eclipse glasses are sold by the pair. The family eclipse kit has four pairs and a printed viewing guide.
For phones, cameras and binoculars
Never point binoculars, a telescope or a camera at the Sun while wearing eclipse glasses. Optics need their own solar filter fitted over the front. For a phone, hold a solar filter over the lens.
For a group
Schools, councils, clubs and venues can order bulk cartons or glasses printed with their own logo from 500 units. See the full range.
What to bring
- A pair of certified eclipse glasses for each person, plus a spare or two
- A solar filter for any camera, binoculars or telescope
- Warm clothes: it is winter, and the temperature drops during totality
- Water, food and a chair or rug if you are arriving early
- A printed copy of your local eclipse times
Questions
What date is the 2028 solar eclipse in Australia?
Saturday 22 July 2028. The partial eclipse begins around 9:20am AWST in the Kimberley and ends at about 3:15pm AEST on the NSW coast.
Will Sydney see a total solar eclipse in 2028?
Yes. Sydney is inside the path of totality. In the CBD, totality runs from 1:59:33pm to 2:03:21pm AEST, 3 minutes 48 seconds. The partial eclipse starts at 12:41pm and ends at 3:15pm.
Is Newcastle in the path of totality?
No. Newcastle is just outside the northern edge and sees 99.6% of the Sun covered. It never gets dark like it does inside the path, and eclipse glasses stay on the whole time. The nearest totality is south of Swansea at Lake Macquarie and on the Central Coast.
Will Canberra, Melbourne or Brisbane see totality?
No. Canberra sees a 96% partial eclipse, Brisbane and Melbourne about 81%. Glasses must stay on the whole time.
Where is the best place in Australia to see the 2028 eclipse?
For the longest totality, the Kimberley in Western Australia, where it lasts up to 5 minutes 10 seconds and July is the dry season. For the easiest trip, Sydney, the Blue Mountains and central-west NSW all get more than three and a half minutes near the centre line.
When is the next total solar eclipse in Australia after 2028?
25 November 2030, when a total eclipse crosses South Australia, New South Wales and Queensland.
Can I look at the eclipse without glasses during totality?
Only inside the path, and only while the Sun is completely covered. Before and after totality, and anywhere outside the path, you need certified ISO 12312-2 eclipse glasses the whole time.
Running an event, a school program or a council viewing? We supply bulk cartons and custom-branded glasses, quoted to your numbers.
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