Ayr Forecast

View the current warnings for Queensland

Forecast issued at 5:00 am EST on Wednesday 29 June 2016.

Forecast for the rest of Wednesday

Summary
Max 23
Sunny.
Chance of any rain: 0%

Herbert and Lower Burdekin area

Sunny. Light winds becoming east to southeasterly 15 to 20 km/h in the evening. Daytime maximum temperatures in the low 20s.

Fire Danger - Low-Moderate

UV Alert from 9:40 am to 2:50 pm, UV Index predicted to reach 7 [High]

7 day Town Forecasts

Precis Icon Location Min Max
Mostly sunny. Townsville 24
Sunny. Ayr 23
Mostly sunny. Ingham 23

Thursday 30 June

Summary
Min 13
Max 26
Partly cloudy.
Possible rainfall: 0 mm
Chance of any rain: 10%

Herbert and Lower Burdekin area

Partly cloudy. Winds northeast to southeasterly 15 to 20 km/h becoming light early in the morning then becoming east to northeasterly 15 to 20 km/h in the morning. Overnight temperatures falling to between 10 and 14 with daytime temperatures reaching the low to mid 20s.

Friday 1 July

Summary
Min 15
Max 27
Sunny.
Possible rainfall: 0 mm
Chance of any rain: 0%

Herbert and Lower Burdekin area

Mostly sunny. Light winds. Overnight temperatures falling to between 12 and 16 with daytime temperatures reaching the mid to high 20s.

Saturday 2 July

Summary
Min 15
Max 26
Mostly sunny.
Possible rainfall: 0 mm
Chance of any rain: 0%

Herbert and Lower Burdekin area

Mostly sunny. Light winds becoming south to southeasterly 15 to 20 km/h during the morning then tending east to southeasterly during the day. Overnight temperatures falling to between 12 and 16 with daytime temperatures reaching the low to mid 20s.

Sunday 3 July

Summary
Min 14
Max 24
Possible late shower.
Possible rainfall: 0 to 0.2 mm
Chance of any rain: 30%

Monday 4 July

Summary
Min 16
Max 25
Shower or two.
Possible rainfall: 0 to 4 mm
Chance of any rain: 50%

Tuesday 5 July

Summary
Min 17
Max 26
Partly cloudy.
Possible rainfall: 0 mm
Chance of any rain: 20%

The next routine forecast will be issued at 4:15 pm EST Wednesday.

Product derived from IDQ11295 and IDQ10150