Home › Weather › Darwin Weather
Live forecasts update automatically; written guidance last reviewed 23 June 2026 by the Oz Monitorly Weather Desk. Data from the Bureau of Meteorology (BOM) and other national met services via Open-Meteo.
Live data from Open-Meteo · updates automatically ·
Check the live forecast above for today’s range, then plan around the humidity and potential afternoon storms — Darwin’s wet season brings high moisture and unpredictable showers, while the dry season offers stable, warm conditions with lower humidity.
What is the typical weather pattern for Darwin?
Darwin has two distinct seasons: the wet (November to April) and the dry (May to October). During the wet, temperatures range from 24–33°C with high humidity and frequent monsoonal storms. The dry season sees milder temperatures, around 19–31°C, with clear skies and low rainfall. The live forecast above reflects current conditions, which shift notably between these periods.
How does the humidity affect comfort?
Humidity in Darwin often exceeds 70% during the wet season, making the heat feel more oppressive. In the dry season, humidity drops to around 30–50%, creating a much more comfortable environment. Check the live forecast above for today’s humidity reading to gauge how it might feel outdoors.
What is the best time to visit Darwin for weather?
The dry season from May to October offers the most comfortable conditions, with lower humidity, sunny days, and minimal rainfall. This period is ideal for outdoor activities and exploring the Top End.
Does Darwin get cyclones?
Yes, Darwin is in a cyclone-prone region, with the official season from November to April. The Bureau of Meteorology (BOM) issues warnings when cyclones develop, and residents should monitor the Severe Weather Warning page for updates.
How accurate are 14-day forecasts for Darwin?
Long-range forecasts, such as 14-day outlooks, provide a general trend but become less reliable beyond 7 days due to the tropical climate’s variability. For precise planning, check hourly updates and the BOM radar.