Coffin Bay Forecast

View the current warnings for South Australia

Forecast issued at 4:38 pm CST on Saturday 30 May 2015.

Forecast for the rest of Saturday

Summary
Possible shower.

Lower Eyre Peninsula area

Cloudy. Slight (30%) chance of a shower. Winds westerly 15 to 25 km/h turning northwesterly 15 to 20 km/h in the evening.

Sunday 31 May

Summary
Min 9
Max 17
Showers.

Lower Eyre Peninsula area

Partly cloudy. High (70%) chance of showers, most likely in the late morning and afternoon. Winds westerly 20 to 30 km/h turning southerly 15 to 25 km/h in the evening. Overnight temperatures falling to around 9 with daytime temperatures reaching around 17.

No UV Alert, UV Index predicted to reach 2 [Low]

7 day Town Forecasts

Precis Icon Location Min Max
Showers. Port Lincoln 9 17
Showers. Coffin Bay 9 17
Showers. Cummins 8 17

Monday 1 June

Summary
Min 7
Max 17
Partly cloudy.

Lower Eyre Peninsula area

Partly cloudy. Patchy morning and evening fog. Winds southerly 15 to 20 km/h becoming light before dawn. Overnight temperatures falling to around 7 with daytime temperatures reaching around 16.

Tuesday 2 June

Summary
Min 5
Max 17
Partly cloudy.

Lower Eyre Peninsula area

Partly cloudy. Patchy morning fog. Light winds becoming easterly 15 to 20 km/h during the afternoon then tending northeasterly during the evening. Overnight temperatures falling to around 5 with daytime temperatures reaching around 16.

Wednesday 3 June

Summary
Min 6
Max 18
Possible shower.

Lower Eyre Peninsula area

Cloudy. Slight (30%) chance of a shower, most likely in the morning. Winds north to northeasterly 15 to 20 km/h increasing to 30 km/h before tending north to northwesterly 15 to 25 km/h during the morning. Overnight temperatures falling to around 6 with daytime temperatures reaching around 17.

Thursday 4 June

Summary
Min 10
Max 18
Possible shower.

Friday 5 June

Summary
Min 8
Max 19
Mostly sunny.

Saturday 6 June

Summary
Min 8
Max 18
Partly cloudy.

The next routine forecast will be issued at 5:40 am CST Sunday.

Product derived from IDS10044 and IDS11052