Greater Melbourne in summer 2026

Rainfall

  • Rainfall totals for summer were below to very much below average at all sites across Greater Melbourne.
  • Summer rainfall totals ranged from around 40% to around 80% of average across Greater Melbourne.

Temperature

  • Mean maximum temperatures for summer at all sites across Greater Melbourne were above average.
  • Summer mean maximum temperatures for Greater Melbourne ranged from 0.1 °C above average at Melbourne (Olympic Park) to 1.7 °C above average at Scoresby Research Institute.
  • Mean minimum temperatures for summer at most sites across Greater Melbourne were within 1 °C of average.
  • Summer mean minimum temperatures for Greater Melbourne ranged from 0.7 °C below average at Coldstream to 1.0 °C above average at Essendon Airport.

Melbourne (Olympic Park)

  • Total rainfall for Melbourne (Olympic Park) was 74.0 mm, which is 55% of the long-term average of 134.4 mm.
  • The mean daily maximum temperature for Melbourne (Olympic Park) was 25.9 °C, which is 0.1 °C above the long-term average of 25.8 °C.
  • The warmest day was 42.9 °C on 9 January 2026, and the coolest day was on 1 December 2025 when the temperature reached 16.1 °C.
  • The mean daily minimum temperature for Melbourne (Olympic Park) was 15.1 °C, which is 0.6 °C below the long-term average of 15.7 °C.
  • The coldest morning was 9.5 °C on 11 December 2025, and the warmest morning was on 8 January 2026 when the minimum temperature was 22.0 °C.

Extremes in summer 2026
Hottest day 45.6 °C at Laverton RAAF on 27 Jan 2026
Warmest days on average 27.9 °C at Coldstream
Coolest days on average 24.0 °C at Ferny Creek
Coldest day 11.5 °C at Ferny Creek on 1 Dec 2025
Coldest night 3.3 °C at Coldstream on 23 Jan 2026
3.3 °C at Coldstream on 2 Feb 2026
3.3 °C at Coldstream on 3 Feb 2026
Coolest nights on average 10.7 °C at Coldstream
Warmest nights on average 15.1 °C at Melbourne (Olympic Park)
Warmest night 24.0 °C at Ferny Creek on 8 Jan 2026
Warmest on average overall 20.7 °C at Viewbank
Coolest on average overall 18.1 °C at Ferny Creek
Wettest overall 276.6 mm at Toolangi (Mount St Leonard DPI)
Wettest day 60.0 mm at Toolangi (Mount St Leonard DPI) on 25 Feb 2026
Strongest wind gust 93.0 km/h at Wallan (Kilmore Gap) on 9 Jan 2026


Summary statistics for summer 2026
Maximum temperatures
(°C)
Minimum temperatures
(°C)
Rainfall
(millimetres)
Mean for
Summer
2026
Diff
from
average
Highest for
Summer
2026
Mean for
Summer
2026
Diff
from
average
Lowest for
Summer
2026
Total for
Summer
2026
Average
for
Summer
Rank of
Summer
2026
Fraction of
Summer
average
Cerberus 24.7 +0.6 42.3 9 Jan 2026 13.2 -0.3 6.0 3 Dec 2025 68.4 128.5 v low 53%
Coldstream 27.9 +0.8 42.7 27 Jan 2026 10.7 -0.7 3.3 3 Feb 2026 115.0 159.8 low 72%
Essendon Airport 26.7 +0.9 44.1 9 Jan 2026 14.4 +1.0 7.8 11 Dec 2025 80.6 139.4 low 58%
Ferny Creek 24.0 +0.7 38.7 27 Jan 2026 12.2 -0.3 4.3 7 Dec 2025 163.8 254.4 low 64%
Frankston (Ballam Park) 25.7 42.6 27 Jan 2026 13.7 8.7 3 Feb 2026 77.4
Laverton RAAF 26.3 +1.2 45.6 27 Jan 2026 14.2 +0.7 6.6 7 Dec 2025 52.6 130.8 v low 40%
Melbourne (Olympic Park) 25.9 +0.1 42.9 9 Jan 2026 15.1 -0.6 9.5 11 Dec 2025 74.0 134.4 lowest 55%
Melbourne Airport 27.0 +1.0 44.4 9 Jan 2026 13.5 +0.1 6.3 7 Dec 2025 79.8 133.2 low 60%
Moorabbin Airport 26.1 +0.7 44.0 9 Jan 2026 14.0 +0.1 7.7 11 Dec 2025 77.8 150.9 v low 52%
Point Cook RAAF 25.3 45.3 27 Jan 2026 14.2 7.0 7 Dec 2025 67.8
Scoresby Research Institute 27.5 +1.7 42.7 27 Jan 2026 13.0 -0.2 5.8 7 Dec 2025 68.8 179.5 lowest 38%
Viewbank 27.8 +0.6 44.3 9 Jan 2026 13.6 -0.4 7.3 3 Feb 2026 89.8 154.2 low 58%
Wallan (Kilmore Gap) 25.1 +1.0 40.3 9 Jan 2026 11.6 -0.3 4.8 7 Dec 2025 116.2 143.7 average 81%

Notes

The Seasonal climate summary, usually published in the first week of the following month, lists the main features of the weather in Greater Melbourne using the most timely and accurate information available on the date of publication; it will generally not be updated.

This summary includes data from observing sites in or near the Greater Melbourne “Greater Capital City Statistical Area” (GCCSA). The Australian Bureau of Statistics designed the GCCSAs to represent a socio-economic definition of each capital city. This means the greater capital city boundary includes people who regularly socialise, shop or work within the capital city, but live in the small towns and rural areas surrounding the capital city. It does not define the built up edge of the capital city.

This statement has been prepared based on information available on Tuesday 3 March 2026. Some checks have been made on the data, but it is possible that results will change as new information becomes available.

In some situations, some or all of the rainfall is in the form of hail or snow. In these cases, the totals given are for the water equivalent: the depth of liquid water that results from melting any frozen precipitation. There can be significant 'undercatch' of snow in strong winds, meaning the true precipitation can be higher than that reported.

Averages for individual sites are long-term means based on observations from all available years of record, excluding the current year. The length of record can vary widely from site to site. Averages are not shown for sites with fewer than 10 years of record, as they cannot then be calculated reliably.
The median is sometimes more representative than the mean of long-term average rain.

The Rank indicates how rainfall this time compares with the climate record for the site, based on the decile ranking (very low rainfall is in decile 1, low in decile 2 or 3, average in decile 4 to 7, high in decile 8 or 9 and very high is in decile 10).
The Fraction of average shows how much rain has fallen this time as a percentage of the long-term mean.

Where temperature area averages are mentioned, they are derived from the ACORN-SAT dataset.

Information about Australian Indigenous seasonal calendars is available at the Indigenous Weather Knowledge website.

Creative Commons By Attribution logo Unless otherwise noted, all maps, graphs and diagrams in this page are licensed under the Creative Commons Attribution 4.0 International Licence

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