December Records

Welcome to the Watts Bridge Memorial Airfield Weather Station a Davis Vantage Pro2.
This page is a summary of minimum and maximum observations for the month of December.

TEMPERATURE
Highest Temperature	42.7 °C	at 13:03 on 07 December 2019
Lowest Temperature	12.0 °C	at 05:16 on 05 December 2019
Highest Apparent Temperature	43.7 °C	at 13:13 on 02 December 2020
Lowest Apparent Temperature	11.3 °C	at 05:12 on 06 December 2019
Highest Minimum	24.3 °C	at 04:53 on 08 December 2019
Lowest Maximum	22.5 °C	at 13:38 on 13 December 2020
Highest Daily Range	29.0 °C	on 06 December 2019
Lowest Daily Range	3.7 °C	on 30 December 2020

WIND
Highest Wind Gust	52 kts	at 18:31 on 09 December 2017
Highest Wind Speed 10min Avg	28 kts	at 22:26 on 11 December 2019
Highest Daily Wind Run	269.9 nm	on 12 December 2020

BAROMETRIC PRESSURE
Highest Pressure (sl)	1020.59 hPa	at 21:47 on 06 December 2018
Lowest Pressure (sl)	997.80 hPa	at 15:39 on 02 December 2019

HUMIDITY & DEWPOINT
Highest Humidity	99 %	at 05:30 on 15 December 2020
Lowest Humidity	5 %	at 16:11 on 05 December 2019
Highest Dew Point	26.1 °C	at 12:48 on 22 December 2018
Lowest Dew Point	-8.3 °C	at 16:45 on 05 December 2019

RAINFALL
Highest Rain Rate	225.8 mm/hr	at 18:30 on 09 December 2017
Highest Hourly Rainfall	26.0 mm	at 18:37 on 07 December 2020
Highest Daily Rainfall	33.2 mm	on 07 December 2020
Highest Monthly Rainfall	106.0 mm	December 2017
Longest Dry Period	36 days	to 06 December 2020
Longest Wet Period	6 days	to 04 December 2017

DISCLAIMER:

The weather observations displayed on the Watts Bridge Memorial Airfield Inc. website are provided for general information only.
All aviation operations must be conducted with approved aviation forecasts and documentation.

Postal Address

Watts Bridge Memorial Airfield
Post Office Box 98,
Toogoolawah,
Queensland,
4313

Street Address

Watts Bridge Memorial Airfield,
801 Cressbrook-Caboonbah Rd,
Cressbrook,
Queensland

Contact Us

Telephone
0427-699-239

Email
info@wattsbridge.com.au

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Weather Conditions

29.9 °C

5 °

5.0 kt

1009.9 hPa

70 %

0.6 mm