Indira Gandhi International Airport

VIDP / DEL

New Delhi, IN

Current TAF Forecast

Raw TAF:
TAF VIDP 172300Z 1800/1809 26005KT 3500 HZ SCT035 SCT090 BECMG 1804/1806 29008G18KT 4000 HZ SCT035 BKN090

Detailed TAF Table

Parameter
Sat
00:00Z
+-1h
Sat
01:00Z
+0h
Sat
02:00Z
+1h
Sat
03:00Z
+2h
Sat
04:00Z
+3h
Sat
05:00Z
+4h
Sat
06:00Z
+5h
Sat
07:00Z
+6h
Wind Dir
260°
W
260°
W
260°
W
260°
W
290°
W
290°
W
290°
W
290°
W
Wind Speed
5 kt
5 kt
5 kt
5 kt
8 kt
G18 kt
8 kt
G18 kt
8 kt
G18 kt
8 kt
G18 kt
Visibility
3.5 km
3.5 km
3.5 km
3.5 km
4 km
4 km
4 km
4 km
Weather
Haze
HZ
Haze
HZ
Haze
HZ
Haze
HZ
Haze
HZ
Haze
HZ
Haze
HZ
Haze
HZ
Clouds
SCT035
SCT090
SCT035
SCT090
SCT035
SCT090
SCT035
SCT090
SCT035
BKN090
SCT035
BKN090
SCT035
BKN090
SCT035
BKN090
Ceiling
🌤️ Unlimited
🌤️ Unlimited
🌤️ Unlimited
🌤️ Unlimited
9,000 ft
AGL
9,000 ft
AGL
9,000 ft
AGL
9,000 ft
AGL
Flight Rules IFR IFR IFR IFR IFR IFR IFR IFR
Day/Night
🌙
Night
🌙
Night
🌙
Night
🌙
Night
🌅 05:08Z
🌙
Night
🌅 05:08Z
🌅
Dawn
🌅 05:08Z
☀️
Day
🌅 05:08Z
☀️
Day
🌅 05:08Z
Flight Rules
VFR: Visual Flight Rules
MVFR: Marginal VFR
IFR: Instrument Flight Rules
LIFR: Low IFR
Ceiling Colors
Red: < 500ft
Amber: 500-1000ft
Blue: 1000-3000ft
Green: > 3000ft
⛈️ TCU: Towering Cumulus
🌩️ CB: Cumulonimbus
+Nh: Hours from now%: Probability of occurrenceAGL: Above Ground Level

Forecast Periods

BASE
IFR
Wind
260° at 5 kt
Visibility
3.5 km
Weather
Haze
Clouds
SCT035 SCT090
📖 Plain English Explanation:

This is the base forecast condition. Winds from the West (260°) at 5 kt. Visibility will be moderate at 3.5 km. Weather conditions: Haze. Scattered clouds at 3500 feet, Scattered clouds at 9000 feet. Instrument Flight Rules (IFR) conditions - instrument flying required.

BECMG 04:00Z - 06:00Z
IFR
Wind
290° at 8 kt
Gusts: 18 kt
Visibility
4 km
Weather
Haze
Clouds
SCT035 BKN090
📖 Plain English Explanation:

Conditions will gradually change to become: Winds from the West-Northwest (290°) at 8 kt. Gusts up to 18 kt are expected. Visibility will be moderate at 4 km. Weather conditions: Haze. Scattered clouds at 3500 feet, Broken clouds at 9000 feet. Instrument Flight Rules (IFR) conditions - instrument flying required.

📚 Understanding TAF Forecasts

Terminal Aerodrome Forecast (TAF) provides detailed weather forecasts specifically for aviation operations. Our system translates complex meteorological codes into plain English to help pilots of all experience levels understand forecasted conditions.

What TAF Includes:

  • • Wind direction, speed, and gusts
  • • Visibility in statute miles or kilometers
  • • Weather phenomena (rain, snow, fog, thunderstorms)
  • • Cloud coverage types and altitudes
  • • Forecast changes with timing
  • • Flight rules categories (VFR/IFR)

Change Indicators Explained:

  • BASE - Main forecast conditions
  • FM - Permanent change from specific time
  • BECMG - Gradual change over 2-4 hours
  • TEMPO - Temporary changes (less than 1 hour)
  • PROB30/40 - 30% or 40% probability

🛩️ Flight Rules Categories

VFR

Visual Flight Rules

  • • Ceiling ≥ 3000 ft
  • • Visibility ≥ 5 miles
  • • Good for visual flying

MVFR

Marginal VFR

  • • Ceiling 1000-3000 ft
  • • Visibility 3-5 miles
  • • Caution for VFR

IFR

Instrument Flight Rules

  • • Ceiling 500-1000 ft
  • • Visibility 1-3 miles
  • • Instruments required

LIFR

Low IFR

  • • Ceiling < 500 ft
  • • Visibility < 1 mile
  • • Challenging conditions

💡 TAF Reading Tips

For Student Pilots:

  • • Focus on the plain English explanations above
  • • Pay attention to flight rules categories
  • • Look for wind direction relative to runway headings
  • • Check for temporary conditions (TEMPO)

For Experienced Pilots:

  • • Cross-reference with raw TAF for precise timing
  • • Consider probability forecasts for alternate planning
  • • Monitor BECMG periods for gradual changes
  • • Always check current METAR vs TAF forecast

Important: TAF forecasts should always be supplemented with current METAR observations, PIREPs, and other weather information for complete situational awareness. Weather can change rapidly, and forecasts have inherent limitations.