KFLL Fort Lauderdale — Instrument Checkride Guide

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

Fort Lauderdale-Hollywood International Airport (KFLL) is the primary commercial service airport for Broward County, Florida, situated at 9 ft MSL on the southeastern Florida coast between Miami and Palm Beach. The airport operates within Class C airspace and serves continuous commercial airline operations, handling over 35 million passengers annually. Miami TRACON provides approach and departure services using multiple sector frequencies (118.1, 126.85, and 133.775 MHz), with handoffs to Miami Center (ZMA) above the TRACON ceiling.

ATIS broadcasts on 135.0 MHz. Clearance delivery is on 128.4 MHz. Tower operates on 119.3, 257.8, and 120.2 MHz. Ground control uses 121.4 and 121.7 MHz. A preferential runway use program governs runway assignments based on wind and noise considerations, and a published restriction prohibits VFR approaches or base legs until offshore. Two-way radio communication with Fort Lauderdale Approach must be established before entering Class C airspace under 14 CFR 91.130.

What instrument approaches are published at KFLL?

KFLL's east-west parallel runway configuration results in a symmetric approach menu: ILS or LOC and RNAV (GPS) procedures to every runway end, plus RNAV (RNP) Y and Z procedures on selected ends.

All four ILS procedures at KFLL publish standard CAT I lines of minima. Always verify current minimums on official FAA charts before flight — KFLL procedures are updated regularly given the high operational tempo. RNAV (RNP) Y and Z approaches are Authorization Required and not available to standard instrument rating holders without specific equipment and crew certification.

What is the runway configuration at KFLL?

KFLL operates two parallel east-west runways. The longer runway 10L/28R at 9,000 feet handles the heaviest commercial traffic; runway 10R/28L at 8,000 feet serves both commercial and general aviation operations.

The preferential runway use program assigns arrival and departure runways based on wind and noise abatement. With prevailing east winds (the dominant pattern in south Florida), runway 10L and 10R are the preferred arrival runways. With westerly flow, 28R and 28L are used. ATC sequencing at KFLL is airline-pace — general aviation IFR arrivals are integrated into streams of commercial traffic and are expected to comply with speed restrictions promptly.

What weather should instrument pilots expect at KFLL?

South Florida's weather divides sharply into two seasons. From May through October, the daily convective cycle dominates: sea breeze convergence over the Everglades triggers thunderstorm development by 1300–1500 local time, and these cells move east toward the coast as afternoon progresses. Cells reaching 50,000 feet produce wind shear, microburst potential, intense precipitation, and frequent lightning. Ground stops and ground delay programs at KFLL are common during peak convective activity from June through August.

From November through April, the convective threat drops significantly but synoptic-scale weather introduces different hazards. Cold frontal passages bring strong north-to-northwest winds, low ceilings (500–1,500 ft AGL), and rain. Post-frontal conditions clear rapidly, but the transition period can produce IFR to MVFR conditions for 6–12 hours. Morning fog is occasional, typically burning off by 0900 local time.

The National Weather Service Miami (MFL) office issues terminal aerodrome forecasts and convective watches for KFLL. Convective SIGMETs for the Miami ARTCC area apply directly to KFLL operations during summer months.

What should you expect on an instrument checkride at KFLL?

Flying an instrument checkride at KFLL places you in a high-pace commercial airport environment where ATC handles dozens of simultaneous aircraft across multiple sectors. The DPE is watching not just your instrument flying, but your ability to manage communication load, comply with speed restrictions, and prioritize tasks while the controller keeps moving you through a complex sequence.

Expect a Class C departure with an initial altitude restriction well below your cruise altitude — standard for south Florida airspace. Miami TRACON sectors can change three to four times during a single departure, requiring repeated frequency changes and readbacks. Brief the departure procedure before takeoff; the DPE may ask you to pull up a RNAV departure and brief it in under 60 seconds as you taxi.

On arrival, expect radar vectors to final that integrate you into airline traffic. Speed restrictions are common: Miami Approach regularly assigns 180–200 knots to the FAF and may reduce to 160 knots inside. Know your aircraft's approach-configured speed and how to manage drag to comply without busting the restriction while maintaining instrument scan. The DPE will note whether speed management is part of your instrument crosscheck or a separate, disconnected task.

The ILS to runway 10R or 28L is typical for general aviation checkrides given runway length and commercial traffic priority on the longer 10L/28R strip. Under 14 CFR 91.175(c), you must have the required visual references before descending below DA. With high commercial traffic density, a missed approach at KFLL requires immediate execution and a prompt radio call — there is no time to deliberate.

Noise abatement procedures are operationally real at KFLL. The restriction on VFR approaches and base legs offshore is specific to this airport's environment and may appear in an oral question about airport-specific NOTAMs or ATIS remarks.

Practice Questions

1. You are established on the ILS RWY 28R at KFLL and Fort Lauderdale Approach assigns a speed restriction of 160 knots until 5 miles from the runway. Your aircraft's Vref + 20 is 115 knots. How do you manage configuration and speed, and what do you do if you cannot comply with the restriction?

2. A convective SIGMET covers the KFLL area with embedded thunderstorms from the surface to FL450. You are 40 miles northwest IFR with fuel for 2 hours. Walk the DPE through your decision-making process.

3. You break out of the overcast at DA on the ILS RWY 10L. You can see the approach lighting system but not the runway environment. Under 14 CFR 91.175(c), how far below DA may you descend using the approach lights alone?

4. KFLL's preferential runway use program assigns runway 28L for your arrival despite a 5-knot tailwind component. You are concerned about tailwind landing performance. What are your options, and what regulation governs tailwind landing limits?

5. After a missed approach on the RNAV (GPS) RWY 10R, Miami Approach assigns radar vectors and a new clearance. You are in the Miami TRACON Class C area. What communication and transponder requirements apply throughout the sequence under 14 CFR 91.130?

Frequently Asked Questions

Q: What instrument approaches are published at KFLL?

KFLL publishes ILS or LOC approaches to all four runway ends (10L, 10R, 28L, 28R), RNAV (GPS) approaches to all four runway ends, and RNAV (RNP) Y and Z procedures. All four ILS procedures publish standard CAT I minimums.

Q: What airspace class is Fort Lauderdale-Hollywood International?

KFLL is a Class C airport. Two-way radio communication with Fort Lauderdale Approach must be established before entering the Class C airspace under 14 CFR 91.130.

Q: What is the ATIS frequency at KFLL?

KFLL ATIS broadcasts on 135.0 MHz. Tower operates on 119.3, 257.8, and 120.2 MHz. Clearance delivery is on 128.4 MHz. Ground control uses 121.4 and 121.7 MHz. Approach frequencies are 118.1, 126.85, and 133.775 MHz.

Q: What runways does KFLL have?

KFLL has two parallel east-west runways: 10L/28R at 9,000 feet by 150 feet and 10R/28L at 8,000 feet by 150 feet. All four runway ends have published ILS and RNAV (GPS) approaches.

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

South Florida's summer convective season (May–October) produces daily afternoon thunderstorms building over the Everglades and moving east. These cells can reach 50,000 feet and produce intense rain, lightning, and wind shear. Morning sea fog occasionally affects operations in fall and winter.

Q: What is the noise abatement program at KFLL?

KFLL operates an active noise abatement program with a preferential runway use program. The published restriction "NO VFR APCHS OR BASE LEGS UNTIL OFFSHORE" applies to all traffic.

Q: How does operating at KFLL differ from nearby KFXE for a checkride?

KFLL is a Class C commercial airport with full ILS capability on all four runway ends and continuous commercial traffic. KFXE is a Class D general aviation airport 5 nm north with an ILS to runway 09 only. Checkrides at KFLL involve airline-pace ATC; KFXE is a more typical general aviation environment.

Sources

• AirNav — KFLL Airport Information
• SkyVector — KFLL Instrument Approach Procedures
• 14 CFR 91.130 — Operations in Class C Airspace (Cornell LII)
• 14 CFR 91.175 — Takeoff and Landing Under IFR (Cornell LII)
• FAA Instrument Flying Handbook FAA-H-8083-15B
• NWS Miami (MFL) — Terminal Forecasts

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