View the current warnings for South Australia
Forecast issued at 3:30 pm CST on Saturday 1 August 2026.
Weather Situation
A high pressure ridge remains for eastern parts of South Australia overnight Saturday, as a cold front moves across the Bight into western parts of the state from overnight Saturday into Sunday. The front moves across the southeast of the state throughout Sunday and early Monday. Another high pressure system moves into the Bight, behind the front, and moves slowly east throughout the week.
Forecast for Saturday until midnight
- Winds
- Northerly 15 to 20 knots.
- Seas
- 1 to 1.5 metres, decreasing to 1 metre later in the evening.
- Swell
- Southwesterly 2 to 2.5 metres.
- Weather
- Clear.
Sunday 2 August
- Winds
- Northerly 15 to 20 knots shifting west to southwesterly during the morning.
- Seas
- 1 to 1.5 metres.
- Swell
- Southwesterly 2 to 3 metres inshore, increasing to 3 to 4 metres offshore by early evening.
- Weather
- Partly cloudy.
Monday 3 August
- Winds
- Southwesterly 10 to 15 knots becoming variable about 10 knots in the early morning.
- Seas
- Around 1 metre, decreasing below 0.5 metres during the morning.
- Swell
- Southwesterly 3 to 4 metres, decreasing to 3 metres around midday.
- Weather
- Cloudy.
Tuesday 4 August
- Winds
- Northeasterly 10 to 15 knots.
- Seas
- Below 1 metre.
- 1st Swell
- Southwesterly 2 to 3 metres, decreasing to 1.5 to 2 metres during the evening.
- 2nd Swell
- Southeast to southwesterly around 1 metre.
- Weather
- Mostly sunny.
Please be awareWind and wave forecasts are averages. Wind gusts can be 40 per cent stronger than the forecast, and stronger still in squalls and thunderstorms. Maximum waves can be twice the forecast height.
Nearby Coastal Waters
- See detailed wind and wave forecasts on MetEye
- This forecast is also available via scheduled broadcasts on marine radio.
- Latest Coastal Observations
- Tide Predictions
- Marine Knowledge Centre - explanations and definitions
The next routine forecast will be issued at 9:30 pm CST Saturday.
Product IDS11062
