Australia Solar Eclipse 2028: Totality Times & Map
Australia is the main landfall for the 22 July 2028 total solar eclipse, with the path crossing the continent before reaching inland New South Wales and Sydney in the early afternoon.
Where is the 2028 solar eclipse total in Australia?
On 22 July 2028, this guide lists 7 Australia city centers in totality and 10 with partial coverage. Among the listed totality cities, Bourke has the longest city-center total phase at 4 minutes, 6 seconds. Times vary by location and use the local standard-time zone shown in each row; exact-site circumstances should be checked before travel.
Totality and Partial Coverage
City-center totality is listed for Bourke, Dubbo, Orange, Katoomba, Penrith, Sydney, and Wollongong. Newcastle, Perth, Melbourne, Brisbane, Adelaide, Canberra, Hobart, Broome, Alice Springs, and Uluru/Ayer's Rock see partial eclipses from the listed city centers, so those locations need travel if the goal is the corona rather than a filtered partial event.
The Australian decision is not simply city versus outback. Sydney gives the largest built-in audience and the simplest arrival path for international visitors, while inland New South Wales offers more room to move and several service towns inside totality. The best plan is usually to choose a base, then keep a realistic cloud escape route rather than committing to one exact viewpoint months in advance.
Best Totality Bases
Sydney is the obvious urban base: rail, flights, ferries, hotels, parks, harbour viewpoints, and emergency services are already in place. It is also the place most likely to feel crowded and weather-constrained. Dubbo is the practical inland base for travelers who want services without relying on the coast. Bourke offers the longest listed city-center duration in this guide and a more remote inland setting, but accommodation and road capacity become larger planning constraints. Katoomba, Orange, Penrith, and Wollongong are useful for people already moving through greater New South Wales, but each needs an exact-site check because terrain, coast, or urban crowds can matter as much as the headline duration. Newcastle sits just north of the path's edge and sees a very deep partial eclipse rather than totality, so treat it as a staging point for Sydney or Wollongong rather than a totality destination in its own right.
Weather Strategy
Named Bureau of Meteorology stations support an inland fallback without pretending to predict eclipse-minute cloud. Sydney Observatory Hill records a July mean of 8.7 cloudy days across its displayed 1955–2010 cloud series; Bourke Airport records 3.4, but its cloud series covers only 1999–2009. The shorter inland record is an important limitation. In the final week, compare official forecasts, satellite imagery, fronts and onshore coastal cloud. A good plan has one preferred site and one safely reachable fallback.
Travel Tradeoffs
The closer a plan gets to the inland path, the more logistics replace scenery as the main issue. Fuel, toilets, shade, medical access, road shoulders, and post-totality traffic should be checked before booking. Coastal viewers can lean on public transport but may have less ability to outrun cloud. Inland viewers gain mobility but need wider margins for distance, winter nights, limited services, and mobile-network pressure. Do not assume a small town can absorb eclipse-day demand without advance planning.
Partial-City Decisions
Newcastle, Perth, Melbourne, Brisbane, Adelaide, Canberra, Hobart, Broome, Alice Springs, and Uluru/Ayer's Rock still have worthwhile partial events, but none becomes safe to view without suitable solar filters. For schools, local astronomy groups, and families staying in those cities, the important work is filter supply, an open northern sky, and a simple supervised viewing routine. For travelers, the question is whether the cost of reaching totality is worth the difference between a deep partial eclipse and the full corona experience.
Safety and Equipment
Every Australian city in this guide needs proper solar eye protection during the partial phases. Totality cities also need a practiced filter routine so viewers remove filters only when the Sun is fully covered and replace them before the bright photosphere returns. Groups should order ISO 12312-2 glasses early, reject damaged filters, supervise children closely, and use proper front-mounted solar filters on cameras, binoculars, and telescopes.
Source Notes
The listed times and durations are city-center planning values, not promises for every park, beach, road turnout, or rural property. Use them to narrow the search, then verify the exact observing point with the map and current source material. This matters most near path edges, in hilly areas, and in large cities where a short relocation can change totality duration or crowd conditions.
When To Recheck
Recheck the Australian plan after booking transport, again when public events are announced, and daily during eclipse week. The most important late changes will be cloud forecasts, road advice, fire or weather warnings, temporary traffic controls, and whether the chosen viewing site remains accessible for the group size and equipment you are bringing.
Totality Cities
| City center | Eclipse type | Local maximum | Totality or magnitude |
|---|---|---|---|
| Bourke | Total | 4 minutes, 6 seconds | |
| Dubbo | Total | 3 minutes, 50 seconds | |
| Sydney | Total | 3 minutes, 48 seconds | |
| Katoomba | Total | 3 minutes, 47 seconds | |
| Orange | Total | 3 minutes, 47 seconds | |
| Penrith | Total | 3 minutes, 48 seconds | |
| Wollongong | Total | 3 minutes, 48 seconds |
Partial Cities
| City center | Eclipse type | Local maximum | Totality or magnitude |
|---|---|---|---|
| Broome | Partial | Magnitude 0.921; no totality | |
| Alice Springs | Partial | Magnitude 0.954; no totality | |
| Melbourne | Partial | Magnitude 0.844; no totality | |
| Brisbane | Partial | Magnitude 0.845; no totality | |
| Adelaide | Partial | Magnitude 0.803; no totality | |
| Perth | Partial | Magnitude 0.620; no totality | |
| Canberra | Partial | Magnitude 0.924; no totality | |
| Newcastle | Partial | Magnitude 0.997; no totality | |
| Hobart | Partial | Magnitude 0.781; no totality | |
| Uluru/Ayer's Rock | Partial | Magnitude 0.823; no totality |
Partial cities are covered in detail on the combined city guides page.
Regional Field Guides
Continue with the Kimberley remote-access guide and central Australia exact-site guide. Each guide addresses access, terrain, weather evidence, and exact-site constraints that a city table cannot resolve.
Common Questions
Where in Australia is the 2028 solar eclipse total?
The listed Australian city-center totality locations include Bourke, Dubbo, Orange, Katoomba, Penrith, Sydney, and Wollongong. Newcastle sits just outside the path and sees a very deep partial eclipse instead. Exact duration changes by observing position, so use the city guide and map before choosing a site.
What time is the total solar eclipse in Australia?
Times vary by city and timezone. Sydney maximum is 2:01 p.m. AEST on 22 July 2028 with 3 minutes, 48 seconds of totality; Perth sees a partial eclipse from 9:58 a.m. to 12:51 p.m. AWST.
Will Perth see the total solar eclipse?
No. Perth sees a partial solar eclipse on 22 July 2028. It begins at 9:58 a.m. AWST, reaches maximum at 11:24 a.m. AWST, and ends at 12:51 p.m. AWST.
Plan the Day
Start with the interactive map, compare weather prospects, and check eye safety before choosing a viewing site. Every partial phase requires solar viewers that conform to ISO 12312-2.