Weather Forecast - Westover Metropolitan Airport / Westover Air Reserve Base

Terminal Aerodrome Forecast (TAF) for KCEF

KCEF
CEF

Terminal Aerodrome Forecast

Issued: Sep 16, 2025 00:00 UTC
Valid From: Jan 1, 1970 00:00 UTC
Valid To: Jan 1, 1970 00:00 UTC

Forecast (TAF)

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Raw TAF
TAF KCEF 160000Z 1600/1706 VRB06KT 9999 SCT250 QNH3023INS BECMG 1603/1604 VRB03KT 3200 BR SCT005 BKN250 QNH3025INS BECMG 1606/1607 VRB03KT 0800 FG OVC004 QNH3026INS TEMPO 1611/1613 3200 BR SCT004 BKN012 BECMG 1613/1614 VRB06KT 9999 NSW FEW005 SCT012 BKN250 QNH3022INS BECMG 1617/1618 09012KT 9999 BKN040 BKN250 QNH3021INS TX24/1620Z TN12/1610Z LAST NO AMDS AFT 1603 NEXT 1612
Upcoming Changes (Next 12 Hours)
03:19Z BASE
+0h
VFR VRB 6kt
Visibility: 10+ km
06:00Z BECMG
+3h
LIFR VRB 3kt
Visibility: 0.8 km
Ceiling: 400ft
Fog
11:00Z TEMPO
+8h
IFR
Visibility: 3.2 km
Ceiling: 1,200ft
Mist
13:00Z BECMG
+10h
VFR VRB 6kt
Visibility: 10+ km
Ceiling: 25,000ft

Complete Airport Info

Full airport details, runway information, and comprehensive weather data

Current METAR

Real-time weather conditions and current observations

Historical Weather

Weather trends and historical analysis for planning

About TAF Weather Forecasts

TAF (Terminal Aerodrome Forecast) is the standardized format for aviation weather forecasts at airports worldwide. This page displays the current TAF forecast for Westover Metropolitan Airport / Westover Air Reserve Base (KCEF), providing essential forecast information for flight planning and aviation operations.

TAF forecasts typically cover 24 to 30 hours and include detailed predictions of wind, visibility, weather phenomena, and cloud conditions. The forecast uses change indicators like BECMG (becoming), TEMPO (temporary), and PROB (probability) to describe expected weather transitions and their timing.

Aviation forecasts are issued by qualified meteorologists and updated regularly. TAF data is essential for flight planning, fuel calculations, and alternate airport selection. Always consult the most recent forecast and consider METAR observations when making flight decisions.