Main page
METAR-TAF:

METAR-TAF

Airports :

Hurlburt Field

Mary Esther, Florida, United States

latitude: 30-25N, longitude: 086-41W, elevation: 12 m

Current weather observation

The report was made 12 minutes ago, at 09:55 UTC
Wind 5 kt from the East/Northeast
Temperature 7°C
Humidity 61%
Pressure 1028 hPa
Visibility: 16.1 km
Few clouds at a height of 22000 ft

METAR: KHRT 210955Z 06005KT 10SM FEW220 07/M00 A3037 RMK AO2A SLP283 T00741003 $

Time: 04:07 (10:07 UTC)

Forecast

The report was made 7 minutes ago, at 10:00 UTC
Forecast valid from 21 at 10 UTC to 22 at 16 UTC
Wind 9 kt from the East/Northeast
Visibility 10 km or more
Scattered clouds at a height of 25000 ft
Becoming
from 21 at 14 UTC to 21 at 15 UTC
Wind 10 kt from the Southeast with gusts up to 18 kt
Visibility 10 km or more
Scattered clouds at a height of 2000 ft
Broken clouds at a height of 25000 ft
Becoming
from 21 at 21 UTC to 21 at 22 UTC
Wind 9 kt from the South/Southeast
Visibility 10 km or more
Broken clouds at a height of 2000 ft
Becoming
from 22 at 05 UTC to 22 at 06 UTC
Wind 9 kt from the South/Southeast
Visibility: 8000 m
Broken clouds at a height of 2000 ft
light rain showers
Becoming
from 22 at 09 UTC to 22 at 10 UTC
Wind 9 kt from the South/Southeast
Visibility 10 km or more
Broken clouds at a height of 3000 ft

TAF: KHRT 211000Z 2110/2216 07009KT 9999 SCT250 QNH3037INS BECMG 2114/2115 13010G18KT 9999 SCT020 BKN250 QNH3024INS BECMG 2121/2122 15009KT 9999 BKN020 QNH3022INS BECMG 2205/2206 15009KT 8000 -SHRA BKN020 QNH3018INS BECMG 2209/2210 15009KT 9999 NSW BKN030 QNH3016INS TX17/2119Z TN06/2110Z

Weather observations and forecasts of more than 4000 airports (METAR and TAF reports).

The available stations are represented by yellow and red dots on the map.

Hover mouse over dot to see the name of the station.

Then click to see weather observations and forecasts.

To change the map : click on the green buttons with a black cross to zoom in, on the green button with a dash to zoom out, or on the green arrows for adjacent maps.


METAR-TAF: