Qibla by country

Qibla direction in Australia

In Australia, the Qibla lies between west and west-north-west: from 275° to 295° from true north, depending on the city.

At a glance

  • Canberra, the capital: 278°, west, 13,068 km from the Kaaba.
  • Sydney, the largest city: 278°, west, 13,236 km from the Kaaba.
  • The Qibla turns by 20° across the country, from 275° in Hobart to 295° in Mandurah.
  • Closest to Makkah: Perth, 10,025 km. Farthest: Gold Coast, 13,348 km.
  • Around Canberra, a magnetic compass points about 13° east of true north (World Magnetic Model 2025, for 2026). On a needle compass, the Qibla there is about 265°.

Qibla from every city in Australia

Cities of 100,000 people or more, largest first.

Qibla in Australia, in degrees clockwise from true north
CityQiblaDirectionDistance to the Kaaba (km)
Sydney278°west13,236
Melbourne279°west12,741
Brisbane280°west13,298
Perth295°west-north-west10,025
Adelaide283°west-north-west12,120
Gold Coast280°west13,348
Newcastle278°west13,275
Sunshine Coast281°west13,287
Canberra278°west13,068
Central Coast278°west13,245
Logan City280°west13,310
Geelong279°west12,694
Wollongong277°west13,215
Hobart275°west13,008
Townsville286°west-north-west12,471
Cairns287°west-north-west12,292
Toowoomba281°west13,196
Darwin291°west-north-west10,613
Ballarat280°west12,640
Mandurah295°west-north-west10,040
Bendigo280°west12,662

Not on the list? Search any town or use your location on the live compass.

Reading these numbers

Each bearing is measured clockwise from true north along the shortest path over the globe, a great circle, which is how the Qibla is worked out. A flat map can mislead, because the Earth is round.

Phone compasses work best after calibrating with a figure-8, away from metal and magnetic cases. Our guide to finding the Qibla also covers the sun, the local mosque and praying when unsure.

Qibla in other countries

Fiji French Polynesia New Caledonia New Zealand Papua New Guinea Solomon Islands Timor-Leste

All countries

City data: GeoNames (CC BY 4.0). Magnetic declination: the World Magnetic Model 2025 (NOAA and the British Geological Survey).