US airport · FAA d-TPP 2611

KTPA Tampa International Airport

Tampa International Airport (TPA) is an airport with scheduled airline service in Tampa, Florida, at 26 ft elevation, with 3 runways: 19R/01L (11,002 ft), 19L/01R (8,300 ft), 10/28 (6,999 ft). Below: the current METAR and TAF decoded in plain English, runway wind components, frequencies, and the FAA terminal procedures for d-TPP 2611 (Oct 29, 2026 – Nov 26, 2026).

IdentifiersICAO KTPA · FAA TPA · IATA TPA
LocationTampa, FL · 27.9755, -82.5332
Elevation26 ft MSL (8 m)
Tower119.5 MHz
ATIS126.45 MHz
FAA charts39 in d-TPP 2611 (Oct 29, 2026 – Nov 26, 2026)

KTPA METAR and TAF

VFRObserved 1st at 04:53Z
METAR KTPA 010453Z 05005KT 10SM FEW080 23/22 A3014 RMK AO2 SLP204 T02330217 402940228 $
WindFrom 050° at 5 kt
Visibility10 statute miles or more
WeatherNone reported
CloudsFew 8,000 ft
Temperature / dew point23°C (73°F) / 22°C (72°F) · spread 1°C — fog or low cloud possible
Altimeter30.14 inHg (1021 hPa)
Flight categoryVFR — ceiling above 3,000 ft and visibility above 5 SM

Remarks: AO2: automated station with a precipitation sensor · SLP204: sea-level pressure 1020.4 hPa · T02330217: temperature 23.3°C, dew point 21.7°C · $: the station needs maintenance

Wind components by runway

From the METAR wind (050° true at 5 kt) and the runway true headings. Tower and ATIS winds are magnetic — use those for the actual runway choice.

  • RWY 19R: tailwind 3 kt, crosswind 4 kt from the left
  • RWY 01L: headwind 3 kt, crosswind 4 kt from the right
  • RWY 19L: tailwind 3 kt, crosswind 4 kt from the left
  • RWY 01R: headwind 3 kt, crosswind 4 kt from the right
  • RWY 10: headwind 4 kt, crosswind 3 kt from the left
  • RWY 28: tailwind 4 kt, crosswind 3 kt from the right

TAF (terminal forecast)

Issued 1st at 03:01Z · valid 1st 03Z – 2nd 06Z

TAF KTPA 010301Z 0103/0206 07008KT P6SM VCSH SCT035 BKN050 BKN250 FM010500 06007KT P6SM BKN040 BKN100 FM011400 07010G18KT P6SM VCSH OVC050 FM011800 09010G17KT 5SM -SHRA VCTS SCT025CB OVC050 FM012300 08009G16KT 6SM -SHRA SCT025 OVC050
  • Initially · 1st 03Z – 2nd 06Z: wind 070° at 8 kt · visibility more than 6 statute miles · scattered 3,500 ft, broken 5,000 ft, broken 25,000 ft
  • From · 1st 05:00Z: wind 060° at 7 kt · visibility more than 6 statute miles · broken 4,000 ft, broken 10,000 ft
  • From · 1st 14:00Z: wind 070° at 10 kt, gusting 18 kt · visibility more than 6 statute miles · overcast 5,000 ft
  • From · 1st 18:00Z: wind 090° at 10 kt, gusting 17 kt · visibility 5 statute miles · light rain showers · scattered 2,500 ft cumulonimbus, overcast 5,000 ft
  • From · 1st 23:00Z: wind 080° at 9 kt, gusting 16 kt · visibility 6 statute miles · light rain showers · scattered 2,500 ft, overcast 5,000 ft

Source: NOAA Aviation Weather Center (aviationweather.gov). Times are UTC (Z). Decoded for learning — get an official weather briefing before flight.

Runways

RunwayLength × widthSurfaceLighted
19R / 01L11,002 × 150 ftconcreteYes
19L / 01R8,300 × 150 ftasphaltYes
10 / 286,999 × 150 ftasphaltYes

Frequencies

ServiceNameMHz
Approach / departureAPP/DEP118.15
ATIS126.45
Clearance deliveryCLNC DEL133.6
Ground121.7
Tower119.5
UNICOM122.95

Runways and frequencies: OurAirports (public domain) — they can change. Check the FAA Chart Supplement for KTPA before you fly.

FAA charts for KTPA — d-TPP 2611

39 charts effective Oct 29, 2026 09:01Z until Nov 26, 2026 09:01Z. Each link opens the original FAA PDF (aeronav.faa.gov).

Airport diagram 1

Instrument approach procedures 16

Departure procedures (DP / ODP) 10

Arrivals (STAR) 9

Minimums, hot spots and notices 3

KTPA on the FAA d-TPP search · Chart Supplement

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Nearby airports

All 274 US airports · E6B flight computer · Weight & balance

Charts: FAA digital Terminal Procedures Publication (d-TPP), public domain — linked unmodified, not hosted here. Airport data: OurAirports (public domain). Weather: NOAA Aviation Weather Center.

For practice and reference only — not for navigation or flight planning. Always check current official sources (FAA charts, Chart Supplement, NOTAMs, an official weather briefing). The pilot in command is responsible for the flight.