KMQY Smyrna Airport — Instrument Checkride Guide

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

Smyrna Airport (KMQY) serves Smyrna, Tennessee, at 543 ft MSL, located approximately 20 nm southeast of Nashville International (KBNA). The airport operates under Class D airspace during published tower hours: Monday through Friday 0700–2200 local, Saturday and Sunday 0700–1900 local. Tower service is available 1300–0400Z Monday–Friday per FAA notation. Outside those hours, Class E airspace applies and Nashville Approach on 118.4 MHz provides IFR sequencing.

A notable chart notation at KMQY: Nashville International traffic transits the Smyrna traffic area at 2,500 ft MSL and above. This means IFR-equipped airline jets not in contact with Smyrna Tower may be legally operating in the airspace above the Class D ceiling. Pilots on approach or departure at KMQY should maintain traffic awareness accordingly. ATIS/AWOS broadcasts on 119.125 MHz; tower on 118.5 MHz.

What instrument approaches are published at KMQY?

KMQY has a useful IFR approach suite for a Class D reliever airport, with one precision approach and GPS options to all four runway ends, sourced from AirNav.

Special takeoff minimums and alternate minimums are published for KMQY. Review both sets of notes before filing. The ILS RWY 32 is the only precision approach at the airport — know this approach thoroughly before the checkride. Always verify NAVAID status and approach minimums in current NOTAMs.

What is the runway configuration at KMQY?

KMQY has 2 runways. Runway 14/32 is the primary instrument runway at 8,038 ft — a substantial length that accommodates jet traffic and military operations associated with the Tennessee Army National Guard presence. Runway 01/19 provides a crosswind alternative at 5,546 ft.

The 8,038 ft runway 14/32 is longer than many Class C airports and was built to support military and cargo operations. DPEs may use the full runway length to set up realistic approaches with adequate go-around margins. The width difference (150 ft vs. 100 ft) between the two runways is worth noting for visual perspective awareness during low-visibility approaches.

What weather should instrument pilots expect at KMQY?

Middle Tennessee sits in a basin geography that funnels cold air and moisture from the surrounding Cumberland Plateau. Radiation fog is the dominant IFR hazard from October through February — on still, clear nights, fog forms in the Stones River valley south of the airport and can spread across KMQY within 30 minutes, dropping ceilings from unlimited to zero-zero.

Winter ice storms affect the Nashville basin roughly once per season on average. A single ice event can coat runways in a quarter-inch of glaze ice and close the airport for 6–12 hours. The National Weather Service Nashville (OHX) office issues TAFs and winter storm warnings for the Smyrna area.

Spring severe weather in middle Tennessee peaks from March through May. The area lies within a corridor that receives organized supercell thunderstorms tracking northeast from the Mississippi River valley. Tornado touchdowns are documented within 30 nm of Smyrna. Pilots planning spring IFR flights through the Nashville basin should monitor convective outlooks from the Storm Prediction Center and have robust alternate plans.

What should you expect on an instrument checkride at KMQY?

KMQY is a popular DPE choice in the middle Tennessee area because it offers meaningful IFR complexity — a precision approach, multiple GPS procedures, and a realistic ATC environment — without the intensity of full Class B operations at Nashville. Expect the examiner to assign the ILS RWY 32 as the primary precision approach. With only one ILS at the airport, that procedure anchors the flight evaluation.

The Nashville traffic transit note is a legitimate DPE scenario topic. Expect a question such as: "You are inbound on the ILS RWY 32 at 2,500 ft when you spot traffic at your altitude. KMQY Approach says 'traffic not in contact, Nashville departure.' What is your obligation, and can ATC guarantee separation?" The answer involves understanding that ATC provides separation between IFR aircraft but not between IFR and VFR traffic, and that the noted Nashville transit altitude means overhead airline traffic is expected.

The RNAV (GPS) RWY 01 or RWY 19 approaches are valuable for demonstrating GPS approach proficiency to runways with no precision option. The DPE may assign these after the ILS to evaluate approach briefing, LPV versus LNAV knowledge, and your ability to fly a stabilized approach to minimums on a short final from a GPS approach.

Tower hours are a realistic scenario element. If the checkride extends past evening tower closure, the DPE will watch whether you transition frequencies correctly, contact Nashville Approach on 118.4 for the approach clearance, and make appropriate CTAF calls. The airspace class transition — Class D to Class E — is a factual knowledge item under 14 CFR 91.127.

Under 14 CFR 91.175(c), descent below DA is authorized only with specific visual references and only when in a position to make a normal landing. The DPE at KMQY may terminate visual references at DA to force a missed approach — be prepared to execute without hesitation.

Practice Questions

1. You are on the ILS RWY 32 at KMQY when you spot traffic at 2,500 ft overhead on a southeast heading. KMQY Approach advises "traffic not in contact, Nashville departure." What are your responsibilities and what ATC service does not apply in this scenario?

2. KMQY Tower closes at 2200 local. You are arriving at 2230. Identify the frequency for the approach clearance, the applicable airspace class, and the proper CTAF call sequence for an IFR arrival.

3. You are briefing the RNAV (GPS) RWY 19 and note that your avionics show LP as the highest available line of minima (LPV is not available). How does LP differ from LPV, and what does it tell you about your GPS signal environment?

4. After a missed approach on the ILS RWY 32, Nashville Approach issues you a heading of 270 and 4,000 ft — opposite direction from the published missed approach instruction. Which instruction takes precedence, and what regulation governs compliance with ATC clearances?

5. The KMQY ILS RWY 32 has special takeoff minimums published. You are departing runway 32 at night with a ceiling of 300 ft overcast and visibility 1 mile. Standard takeoff minimums for a single-engine aircraft under Part 91 are no ceiling/visibility requirement. Do special takeoff minimums override this for Part 91 operators?

Frequently Asked Questions

Q: What instrument approaches are published at KMQY?

KMQY publishes an ILS or LOC to runway 32 and RNAV (GPS) approaches to runways 01, 14, 19, and 32. There is no instrument approach published for runway 32's reciprocal (runway 14) other than the RNAV procedure.

Q: What is the airspace class at Smyrna Airport?

KMQY operates under Class D airspace with tower service Monday–Friday 1300–0400Z and limited weekend hours. Outside tower hours, Class E applies. Nashville Approach provides radar services on 118.4 MHz when the tower is closed.

Q: How does Nashville International's traffic affect KMQY?

Nashville International (KBNA) traffic transits the Smyrna traffic area at 2,500 ft MSL and above, as noted on FAA approach charts. Pilots must be aware that IFR traffic not in contact with Smyrna Tower may be operating overhead during approach and departure operations.

Q: What is the ATIS frequency at KMQY?

KMQY ATIS/AWOS broadcasts on 119.125 MHz. Tower operates on 118.5 MHz Monday–Friday 0700–2200 and Saturday–Sunday 0700–1900. Nashville Approach provides services on 118.4 MHz when tower is closed.

Q: How long are the runways at KMQY?

Runway 14/32 is 8,038 feet by 150 feet — the primary instrument runway. Runway 01/19 is 5,546 feet by 100 feet. Both are grooved asphalt.

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

Middle Tennessee sits in the Tennessee River Valley where radiation fog and valley inversions produce low ceilings in autumn and winter. Spring severe weather along the Tennessee Valley produces tornadoes and strong convection. Winter ice storms are documented in the Nashville basin.

Sources

• AirNav — KMQY Airport Information
• SkyVector — KMQY Instrument Approach Procedures
• 14 CFR 91.127 — Operations in Class E Airspace (Cornell LII)
• 14 CFR 91.175 — Takeoff and Landing Under IFR (Cornell LII)
• FAA Instrument Flying Handbook FAA-H-8083-15B
• NWS Nashville (OHX) — Middle Tennessee TAFs and Severe Weather
• NOAA Storm Prediction Center — Convective Outlooks

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