KTPA Tampa International — Instrument Checkride Guide

What kind of airport is KTPA and what is its IFR environment?

Tampa International Airport is the primary commercial service airport for the Tampa Bay region, situated on a peninsula in Hillsborough Bay at 26 ft MSL. The airport operates under continuous ATC coverage within Class B airspace — entry requires an explicit ATC clearance for all aircraft, IFR or VFR. Tampa Approach/Departure Control manages the terminal area on 118.15 MHz, with ATIS on 126.45 MHz.

Clearance delivery operates on 133.6 MHz and ground control on 121.35 MHz. The tower frequency is 119.05 MHz. General aviation IFR aircraft operating at KTPA are sequenced alongside commercial air carrier traffic, which demands precise communication, immediate compliance with ATC instructions, and professional radio technique from the outset.

What instrument approaches are published at KTPA?

KTPA has an extensive published approach suite reflecting its status as a major commercial airport. The following procedures are verified from SkyVector.

Always verify current minima on official FAA approach charts. RNP AR procedures require special FAA authorization and are not available to all IFR pilots — confirm eligibility before flight planning an RNP approach.

What is the runway configuration at KTPA?

KTPA operates 3 runways arrayed in a modified parallel/crossing configuration. The two primary instrument runways — 01L/19R and 01R/19L — are parallel and handle the majority of commercial traffic. Runway 10/28 crosses both and is used for lighter traffic and crosswind operations.

Wind direction governs the active configuration. Runway 01L/19R carries the heaviest instrument approach traffic. NOTAMs frequently address runway construction and temporary closures — always check before flight.

What weather should instrument pilots expect at KTPA?

Tampa Bay's subtropical climate creates two dominant IFR weather patterns. From May through September, intense afternoon convective thunderstorms develop rapidly over the bay and surrounding land masses. Sea breeze fronts from both the Gulf of Mexico and Tampa Bay converge over the region, producing training lines of embedded cells that can form within 30 minutes and reach FL450. These afternoon storms regularly push ceilings below IFR minimums without advance notice in the TAF. Pilots planning afternoon arrivals should obtain updated METARs and PIREPs within 1 hour of destination ETA.

From October through February, radiation fog forms on clear, calm nights after cold front passage. These events can drop visibility to near zero by dawn and may persist until mid-morning as the sun burns off the marine layer. Morning IFR departures from KTPA often require holding for departure weather to lift, even when the TAF shows improving conditions later in the day.

What should you expect on an instrument checkride at KTPA?

A checkride in the Tampa Class B requires Class B proficiency from the first ATC call. The DPE will evaluate how efficiently you read back clearances, how quickly you configure the aircraft on departure, and whether you maintain altitude discipline inside the Class B lateral boundaries. Missing an altitude restriction or failing to read back a clearance verbatim in a Class B environment is an evaluable error under ACS Area I.

On approach, Tampa Approach sequences GA aircraft behind commercial traffic on final. Expect radar vectors to final that extend well outside the final approach fix. The DPE will watch whether you continue your instrument scan during vectors and brief the approach simultaneously. A common examiner technique is issuing a speed restriction or altitude amendment at the moment you would naturally be briefing the approach plate.

Runway 01L (11,002 ft) and 19L (8,300 ft) are the typical DPE choices for ILS approaches given their length and precision guidance. If flying glass avionics, expect to demonstrate the ILS in raw-data mode — CDI and altimeter only — a core skill under ACS Task VI.B.

Missed approach execution at KTPA must be immediate and precise. Commercial traffic may be less than 3 nm behind a GA aircraft on the ILS. Under 14 CFR 91.175(e), once below DA, a missed approach is mandatory if the required visual references are lost. Calling "missed approach" on frequency immediately — before initiating the climb — is the expected technique at a Class B airport.

Practice Questions

1. Tampa Approach vectors you to a 5-mile final for the ILS RWY 01L and issues a speed restriction of 160 knots until the FAF. You are flying a Cessna 172. How do you respond, and what are your options if you cannot comply?

2. On the RNAV (GPS) RWY 19R, your avionics display LPV as the active approach type. How does LPV guidance differ from ILS guidance, and what DA and visibility would you reference compared to the LNAV line of minima?

3. Runway 10/28 has no ILS. What approach procedures are available for runway 28 at KTPA, and what minimum weather conditions apply to RNAV (GPS) LNAV approaches under 14 CFR 91.175(c)?

4. You are cleared into the Tampa Class B on an IFR departure. ATC issues a heading of 090 and an altitude of 3,000 feet. Five miles out, you realize ATC has not issued a climb to your filed altitude. What do you do?

5. After a missed approach on the ILS RWY 19L, Tampa Approach asks your intentions. Your alternate is KPIE. Walk the DPE through your decision-making under the alternate minimums rule.

Frequently Asked Questions

Q: What instrument approaches are published at KTPA?

KTPA publishes ILS or LOC approaches to runways 01L, 19L, and 19R. Runway 01L holds CAT II/III certification. RNAV (GPS) approaches serve runways 10, 19L, 19R, and 28. RNAV (RNP) AR procedures are published for runways 01L and 01R. Always verify current minima on official FAA charts before flight.

Q: What airspace class is Tampa International Airport?

KTPA sits at the center of Tampa Class B airspace. Under 14 CFR 91.131, an explicit ATC clearance is required before entering Class B airspace. On an IFR clearance, that clearance is embedded in your departure or approach sequence.

Q: What are the runway lengths at KTPA?

KTPA has 3 runways. Runway 01L/19R is 11,002 ft × 150 ft, runway 01R/19L is 8,300 ft × 150 ft, and runway 10/28 is 6,999 ft × 150 ft.

Q: What is the ATIS frequency at KTPA?

Tampa International ATIS broadcasts on 126.45 MHz. Clearance delivery is 133.6 MHz. Ground control is 121.35 MHz. Tower is 119.05 MHz. Tampa Approach/Departure primary frequency is 118.15 MHz.

Q: What weather hazards should instrument pilots expect at KTPA?

Tampa Bay's subtropical location produces intense afternoon thunderstorms from May through September, often forming rapidly over the bay. Sea breeze convergence zones make convective weather challenging to predict. Morning radiation fog occurs from October through February on clear calm nights.

Q: Does KTPA have RNAV (RNP) AR approaches?

Yes. KTPA publishes RNAV (RNP) Z approaches to runways 01L and 01R. These require special authorization from the FAA and aircraft/crew qualification under AC 90-101. They are not available to all IFR-rated pilots — confirm authorization before flight.

Q: What is the elevation of Tampa International Airport?

Tampa International Airport (KTPA) sits at 26 ft MSL. Its coastal position in Tampa Bay makes it susceptible to sea breeze weather patterns, afternoon thunderstorm development, and morning radiation fog in the cooler months.

Sources

• SkyVector — KTPA Airport Information
• 14 CFR 91.131 — Operations in Class B Airspace (Cornell LII)
• 14 CFR 91.175 — Takeoff and Landing Under IFR (Cornell LII)
• FAA AC 90-101A — Approval Guidance for RNP Procedures with AR
• FAA Instrument Flying Handbook FAA-H-8083-15B

This article was researched from FAA primary sources (ACS, FAR/AIM, Advisory Circulars, Instrument Flying Handbook), approach procedure data from SkyVector, and current 14 CFR Part 91 — drafted by MockDPE Editorial Team. Last updated: May 2026. If you spot an inaccuracy, email corrections@mockdpe.org.