Main page
METAR-TAF:

METAR-TAF

Airports :

Murtala Muhammed International Airport

Lagos, Nigeria

latitude: 06-35N, longitude: 003-20E, elevation: 40 m

Current weather observation

The report was made 1 hour and 19 minutes ago, at 16:00 UTC
Wind 5 kt from the South/Southwest
Temperature 26°C
Humidity 94%
Pressure 1011 hPa
Visibility: 7000 m
Scattered clouds at a height of 1000 ft
Few clouds at a height of 2000 ft, Cumulonimbus.
thunderstorm, light rain,

METAR: DNMM 241600Z 20005KT 7000 -TSRA SCT010 FEW020CB 26/25 Q1011 NOSIG

Time: 18:19 (17:19 UTC)

Forecast

The report was made 6 hours and 19 minutes ago, at 11:00 UTC
Forecast valid from 24 at 12 UTC to 25 at 18 UTC
Wind 10 kt from the South/Southwest
Visibility 10 km or more
Broken clouds at a height of 1200 ft
Few clouds at a height of 2000 ft, Cumulonimbus.
Temporary
from 24 at 13 UTC to 24 at 18 UTC
Visibility: 5000 m
Broken clouds at a height of 900 ft
Few clouds at a height of 1900 ft, Cumulonimbus.
thunderstorm, light rain
Becoming
from 24 at 18 UTC to 24 at 20 UTC
Wind 2 kt from variable directions
Scattered clouds at a height of 1000 ft
Becoming
from 25 at 08 UTC to 25 at 10 UTC
Wind 10 kt from the South/Southwest
Temporary
from 25 at 12 UTC to 25 at 18 UTC
Scattered clouds at a height of 1300 ft
Few clouds at a height of 2000 ft, Cumulonimbus.
Probability 30%
from 25 at 13 UTC to 25 at 18 UTC
thunderstorm,

TAF: DNMM 241100Z 2412/2518 21010KT 9999 BKN012 FEW020CB TEMPO 2413/2418 5000 -TSRA BKN009 FEW019CB BECMG 2418/2420 VRB02KT SCT010 BECMG 2508/2510 20010KT TEMPO 2512/2518 SCT013 FEW020CB PROB30 2513/2518 TS

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: