METAR-TAF:

North America

South America

Asia

Australia-Oceania

Others

METAR-TAF

Airports :

Göteborg Landvetter Airport

Gothenburg-Landvetter, Sweden

latitude: 57-40N, longitude: 012-18E, elevation: 554 ft

Current weather observation

The report was made 39 minutes ago, at 14:50 UTC

Wind 14 mph from the South/Southwest

Temperature 45°F

Humidity 61%

Pressure 30.33 in. Hg

Visibility 6.2 miles or more

Broken clouds at a height of 2500 ft

Change units

METAR: ESGG 181450Z 20012KT 9999 BKN025 07/00 Q1027

Time: 16:29 (15:29 UTC)

Forecast

The report was made 59 minutes ago, at 14:30 UTC

Forecast valid from 18 at 15 UTC to 19 at 15 UTC

Wind 16 mph from the South

Visibility 6.2 miles or more

Broken clouds at a height of 2000 ft

Probability 40%
from 18 at 15 UTC to 18 at 24 UTC

Broken clouds at a height of 1400 ft

Probability 40%
from 19 at 00 UTC to 19 at 03 UTC

Visibility: 6562 ft

Broken clouds at a height of 400 ft

mist

Becoming
from 19 at 03 UTC to 19 at 05 UTC

Visibility: 984 ft

at a height of 200 ft

fog

Probability 40%
from 19 at 05 UTC to 19 at 09 UTC

Visibility: 16404 ft

Overcast at a height of 500 ft

Becoming
from 19 at 09 UTC to 19 at 11 UTC

Visibility: 19685 ft

light drizzle

Probability 40%
from 19 at 09 UTC to 19 at 13 UTC

Broken clouds at a height of 500 ft

Becoming
from 19 at 13 UTC to 19 at 15 UTC

TAF: ESGG 181430Z 1815/1915 19014KT 9999 BKN020 PROB40 1815/1824 BKN014 PROB40 1900/1903 2000 BR BKN004 BECMG 1903/1905 0300 FG VV002 PROB40 1905/1909 5000 NSW OVC005 BECMG 1909/1911 6000 -DZ PROB40 1909/1913 BKN005 BECMG 1913/1915 CAVOK

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: