KSRQ Sarasota-Bradenton — Instrument Checkride Guide

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

Sarasota-Bradenton International Airport (KSRQ) sits on the Gulf Coast of Florida at 29 feet MSL, serving the Sarasota and Bradenton metro area. The airport operates in Class C airspace, effective from the surface with an outer area requiring two-way radio communication before entry. Sarasota Approach handles arrivals and departures on 119.65 and 124.95 MHz. ATIS broadcasts on 124.375 MHz. Tower operates on 120.1 MHz; Ground on 121.9 MHz; Clearance Delivery on 118.25 MHz.

KSRQ is a Class C airport that handles a mix of commercial airline traffic and general aviation. The Class C structure means instrument pilots must coordinate with Sarasota Approach before entering the 5 nm core — a requirement the DPE will expect you to execute smoothly without prompting. KSRQ also appears as an alternate in Tampa Bay-area IFR scenario triads, making its alternate minimums relevant to checkride flight planning discussions.

What instrument approaches are published at KSRQ?

KSRQ has 6 published instrument approach procedures, sourced from SkyVector.

Both ends of the primary 9,500-foot runway carry ILS procedures — an important feature for a checkride airport, since the DPE can select the active approach based on wind and traffic flow without losing access to a precision approach. The RNAV procedures covering all 4 runway ends provide additional flexibility for non-precision operations. Always verify current approach minima on official FAA charts before flight.

What is the runway configuration at KSRQ?

KSRQ has 2 runways.

Runway 14/32 at 9,500 feet is the primary instrument runway and handles commercial airline operations. Runway 04/22 at 5,006 feet handles general aviation and serves as a crosswind runway. Active runway selection depends on winds and traffic flow — runway 14 is favored with northeast winds; runway 32 with southwest flow. The ILS procedures serve both ends of the primary runway.

What weather should instrument pilots expect at KSRQ?

Florida's Gulf Coast weather patterns dominate KSRQ's IFR environment. The most operationally significant hazard is afternoon convective activity from June through September. Florida's sea-breeze convergence zone — where Gulf and Atlantic sea breezes collide over the Florida peninsula — generates rapid thunderstorm development, typically initiating between noon and 2 pm and persisting until 8 pm or later. These storms build quickly with limited radar warning time and can make the Sarasota area IFR for extended periods in the afternoon and evening. The Aviation Weather Center (AWC) convective outlooks and SIGMETs are essential pre-flight resources during summer months.

Winter mornings bring a different hazard: radiation fog. Clear skies, light winds, and overnight cooling can drop visibility to near zero at field level by dawn. This type of fog typically burns off by mid-morning as the sun heats the surface, but the morning ILS approach at KSRQ can require flying to minimums before the field becomes VFR.

Sea fog from the Gulf of Mexico is an additional risk during spring and early summer when water temperatures lag behind air temperatures. Onshore flow with high moisture content can produce low ceilings and reduced visibility, particularly overnight.

What should you expect on an instrument checkride at KSRQ?

Class C airspace management is a competency the DPE will assess from the moment you pick up your clearance. Expect the examiner to watch whether you establish two-way communication with Sarasota Approach before entering the Class C, and whether you correctly interpret the difference between the inner surface area and the outer area requiring radio contact only. Under 14 CFR 91.130, ATC clearance is not required for Class C — two-way radio communication is sufficient — but in practice, Sarasota Approach will sequence you and issue altitude restrictions.

The ILS to runway 14 or 32 will likely be the primary approach task. KSRQ's length gives ATC room to sequence GA aircraft with airline traffic, and you may receive speed restrictions during the approach. Being cleared for an approach at a Class C airport with simultaneous airline traffic is intentional DPE territory — it tests whether you maintain instrument scan while also managing ATC communications and configuration tasks.

Alternate airport discussion is frequently triggered by KSRQ's role as an alternate for Tampa Bay operations. The DPE may ask you to walk through the 1-2-3 rule under 14 CFR 91.169 and explain when KSRQ qualifies as a legal alternate and when it does not. Non-standard alternate minimums published on the approach chart are also fair game.

The RNAV (GPS) RWY 04 approach to the shorter cross runway is a useful examiner tool for testing whether you know how to use a non-precision GPS approach to a runway without an ILS.

Practice Questions

1. You are 6 nm from KSRQ inbound on the ILS RWY 14 when Sarasota Approach assigns a speed restriction of 160 knots until 5 DME. What do you do, and how does this affect your approach configuration timeline?

2. The DPE asks you to file KSRQ as an alternate for a flight originating at KTPF. The forecast at KSRQ for your estimated time of arrival is 700 broken, 3 miles. Does KSRQ qualify as a legal alternate under 14 CFR 91.169? Explain your reasoning.

3. You break out of the clouds at 500 feet AGL on the ILS RWY 14 and see only the approach lighting system. Under 14 CFR 91.175(c), what visual references are required to descend below DA, and how low can you go on approach lights alone?

4. Sarasota Approach clears you to enter the Class C airspace and vectors you for the RNAV (GPS) RWY 04. Describe the difference between Class C entry requirements and Class B entry requirements, and explain why the distinction matters operationally.

5. A SIGMET for convective activity is issued covering the KSRQ area during your planned arrival window. Walk the DPE through your go/no-go decision process and the regulatory and practical factors you consider.

Frequently Asked Questions

Q: What instrument approaches are published at KSRQ?

KSRQ has ILS or LOC approaches to runways 14 and 32, and RNAV (GPS) approaches to runways 04, 14, 22, and 32. The ILS to runway 14 and ILS to runway 32 serve the primary 9,500-foot runway. Always verify current minima on official FAA charts before flight.

Q: What airspace class is KSRQ in?

KSRQ operates in Class C airspace. Under 14 CFR 91.130, two-way radio communication with approach control must be established before entering Class C airspace. Sarasota Approach operates on 119.65 and 124.95 MHz.

Q: What is the ATIS frequency at KSRQ?

KSRQ ATIS broadcasts on 124.375 MHz. Tower operates on 120.1 MHz, Ground on 121.9 MHz, and Clearance Delivery on 118.25 MHz. Sarasota Approach/Departure uses 119.65 and 124.95 MHz.

Q: What runways does KSRQ have?

KSRQ has two runways: runway 14/32 at 9,500 feet by 150 feet (the primary instrument runway with ILS both ends) and runway 04/22 at 5,006 feet by 150 feet (served by RNAV GPS approaches only). Both runways have high-intensity edge lighting.

Q: What weather hazards should IFR pilots expect at KSRQ?

Afternoon convective activity is the dominant summer hazard — Florida's sea-breeze convergence zone produces rapid thunderstorm development between noon and 8 pm from June through September. Morning radiation fog forms in winter when clear skies and light winds allow surface cooling. Sea fog from the Gulf of Mexico can advect onshore overnight.

Q: Does KSRQ serve as an alternate airport?

Yes. KSRQ is commonly filed as an alternate for Tampa Bay area operations. To qualify as an IFR alternate under 14 CFR 91.169, the forecast weather at KSRQ must meet 600-foot ceiling and 2-mile visibility (standard alternate minimums) unless non-standard alternate minimums are published on the approach chart.

Q: What is the elevation at KSRQ?

Sarasota-Bradenton International Airport is at 29 feet MSL. The low elevation and proximity to the Gulf of Mexico contribute to sea fog risk and high moisture content in the atmosphere year-round.

Sources

• SkyVector — KSRQ Airport Information
• 14 CFR 91.130 — Operations in Class C Airspace (Cornell LII)
• 14 CFR 91.169 — IFR Flight Plan Alternate Requirements (Cornell LII)
• 14 CFR 91.175 — Takeoff and Landing Under IFR (Cornell LII)
• FAA Instrument Flying Handbook FAA-H-8083-15B
• Aviation Weather Center — Convective SIGMETs

This article was researched from FAA primary sources (ACS, FAR/AIM, 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.