Large International Airport • Philadelphia, PA, United States
Elevation: 36 ft (11 m) • 39.8719, -75.2411
Philadelphia International Airport (KPHL / PHL) is a large international airport serving Philadelphia, PA, United States, situated at an elevation of 36 ft (11 m) above sea level. Local magnetic variation is 11.8° West. The airport has 8 runways, with the longest measuring 12,000 feet.
FLIGHT CATEGORY
WIND COMPASS
CLOUD PROFILE
METAR KPHL 221054Z 09005KT 10SM BKN075 BKN100 BKN170 BKN220 23/17 A2998 RMK AO2 SLP151 T02280172 $
TAF KPHL 221120Z 2212/2318 09007KT P6SM BKN070 FM221600 16010G19KT P6SM SCT040 OVC050 FM222100 12009KT P6SM VCTS SCT023 OVC050CB TEMPO 2221/2301 VRB15G35KT 1SM +TSRA BKN023CB FM230200 17006KT 4SM -SHRA SCT005 BKN030 FM231000 35007KT 4SM -SHRA SCT004 OVC015 FM231600 36010G18KT P6SM SCT014 BKN025
| Designator | Length | Width | Surface | Heading |
|---|---|---|---|---|
| 08 | 5,000 ft | 150 ft | Asphalt | 75° |
| 09L | 9,500 ft | 150 ft | Asphalt | 75° |
| 09R | 12,000 ft | 200 ft | Asphalt | 76° |
| 17 | 5,460 ft | 150 ft | Asphalt | 159° |
| 26 | 5,000 ft | 150 ft | Asphalt | 255° |
| 27L | 12,000 ft | 200 ft | Asphalt | 256° |
| 27R | 9,500 ft | 150 ft | Asphalt | 255° |
| 35 | 5,460 ft | 150 ft | Asphalt | 339° |
METAR (Meteorological Aerodrome Report) is the standard format for reporting current weather conditions at airports worldwide. Issued every 30–60 minutes, it includes wind direction and speed, visibility, sky condition and cloud heights, temperature, dewpoint, and altimeter setting. Special METARs (SPECI) are issued when conditions change significantly.
TAF (Terminal Aerodrome Forecast) provides a weather forecast for the area within 5 nautical miles of an airport, valid for 24–30 hours. Issued every 6 hours by national weather services, TAFs use FM (from), TEMPO (temporary), BECMG (becoming), and PROB (probability) groups to describe changing conditions.
Flight Categories: VFR ceiling >3,000 ft & vis >5 SM MVFR 1,000–3,000 ft or 3–5 SM IFR 500–1,000 ft or 1–3 SM LIFR <500 ft or <1 SM