KMKL McKellar-Sipes Regional — Instrument Checkride Guide

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

McKellar-Sipes Regional Airport (KMKL) serves Jackson, Tennessee, at 434 ft MSL. The airport operates under Class D airspace with Jackson Tower active 0700–1900 local. Outside those hours, Class E airspace applies and Memphis ARTCC provides IFR services on 134.65 MHz. ATIS broadcasts on 119.325 MHz; tower operates on 127.15 MHz with ground on 120.9 MHz.

KMKL's position in west Tennessee makes it a natural destination airport for IFR scenarios originating at Memphis (KMEM), approximately 80 nm to the southwest. The traffic mix is general aviation and charter — no scheduled airline service — which means ATC workload is lower than at a Class C or B hub, but pilots should not expect the same level of ATC monitoring and assistance that busier facilities provide.

What instrument approaches are published at KMKL?

KMKL's instrument approach suite is practical for a Class D regional airport: one precision approach with LOC backup, GPS approaches in both directions on the primary runway, and a VOR for currency and training.

There is no instrument approach to runway 20 other than the RNAV (GPS). Runway 11/29 has no published instrument approach at all. Always verify current minima and NAVAID status in NOTAMs before filing KMKL as a destination.

What is the runway configuration at KMKL?

KMKL has 2 runways. Runway 02/20 is the primary instrument runway at 6,007 ft — adequate for turboprops and light jets in addition to piston GA. Runway 11/29 is 3,539 ft and serves as a crosswind runway for VMC operations only.

The 100 ft runway width on both surfaces is narrower than the 150 ft standard at larger airports. This can affect runway visual perspective cues at night or in low-visibility conditions — a subtlety the DPE may raise when discussing runway environment identification requirements under 14 CFR 91.175(c).

What weather should instrument pilots expect at KMKL?

Jackson sits in the lower Mississippi River valley, where radiation fog forms readily in autumn and early winter. On calm nights with clear skies following cold frontal passage, dense fog can develop within 2 hours after sunset and persist through mid-morning. The National Weather Service Memphis (MEG) office issues TAFs and fog advisories for KMKL's region.

Winter cold air outbreaks from the Ohio Valley produce icing conditions at low altitudes (2,000–8,000 ft MSL) when moisture is present. Freezing rain events are less common than in the upper Midwest but do occur — particularly when warm Gulf air overrides cold surface temperatures in December and January.

Spring convective activity is significant along Gulf moisture corridors that track through west Tennessee from March through May. Afternoon and evening thunderstorms can produce cells with tops to FL400 and rapid movement toward the northeast.

What should you expect on an instrument checkride at KMKL?

A checkride at KMKL provides a lower-traffic Class D environment that still demands precise IFR technique. Expect the DPE to assign the ILS RWY 02 as the primary precision approach. With only one ILS at the airport, that procedure will be the centerpiece of the flight evaluation. The DPE may request a coupled approach first and then ask you to demonstrate the same approach raw-data — without autopilot or flight director — to satisfy the ACS requirement that you demonstrate competence under both conditions.

The RNAV (GPS) RWY 20 is a useful scenario because it requires a GPS approach to a runway with no ILS. The DPE can evaluate your LPV vs. LNAV knowledge, your ability to brief the approach correctly, and your missed approach execution from a direction opposite the primary ILS. The published missed approach for RNAV (GPS) RWY 20 may differ from the ILS RWY 02 missed approach — know both before the checkride.

After-hours operations are a realistic scenario at KMKL. The DPE may ask: "The tower closes at 1900 local. You are arriving at 2100. Walk me through the frequency changes, the airspace class change, and how you sequence yourself for landing." The answer involves transitioning from Class D to Class E, changing to CTAF, and coordinating with Memphis ARTCC for the approach.

The VOR approach to runway 02 is useful for currency training and may appear on the checkride if the DPE wants to evaluate non-precision approach proficiency without GPS. Know the VOR descent rate, the MDA, and the visibility requirement. Under 14 CFR 91.175(c), you must have the required visual references before descending below MDA.

Practice Questions

1. You are flying the RNAV (GPS) RWY 20 at KMKL. Your GPS shows "LP" instead of "LPV" active. What does LP mean, how does it differ from LPV, and what minima do you use?

2. Jackson Tower closes at 1900 local. You are arriving at 2000. What frequency do you use for the approach clearance, what airspace class applies, and how do you announce your position on CTAF?

3. You fly a VOR approach to runway 02 at KMKL and break out at MDA. You see the runway threshold lights but the runway environment is obscured by fog. Under 14 CFR 91.175(c), may you continue to land?

4. The ILS to runway 02 has an outer marker. Your aircraft has no marker beacon receiver. How do you substitute for the outer marker, and what FAA guidance governs marker beacon substitutes?

5. After a missed approach on the ILS RWY 02, Memphis ARTCC instructs you to hold at a nearby fix. You calculate you have 45 minutes of fuel remaining. Walk the DPE through your fuel planning decision and when you would declare minimum fuel or emergency.

Frequently Asked Questions

Q: What instrument approaches are published at KMKL?

KMKL publishes an ILS or LOC to runway 02, RNAV (GPS) to runways 02 and 20, and a VOR approach to runway 02. The crosswind runway 11/29 has no published instrument approach.

Q: What is the airspace class at McKellar-Sipes Regional?

KMKL operates under Class D airspace with a control tower active 0700–1900 local. Outside those hours, the airspace reverts to Class E. Memphis ARTCC provides IFR services on 134.65 MHz when the tower is closed.

Q: What is the ATIS frequency at KMKL?

KMKL ATIS broadcasts on 119.325 MHz. Jackson Tower operates on 127.15 MHz (0700–1900 local). After hours, Memphis ARTCC provides approach services on 134.65 MHz.

Q: How long are the runways at KMKL?

Runway 02/20 is 6,007 feet by 100 feet — the primary instrument runway. Runway 11/29 is 3,539 feet by 100 feet and has no published instrument approach. Both are grooved asphalt.

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

West Tennessee's location in the lower Mississippi River valley produces radiation fog in autumn and winter. Cold continental air masses sweeping south from the Ohio Valley can create icing conditions at low altitudes. Spring brings convective hazards along Gulf moisture tracks.

Q: Does KMKL have after-hours IFR coverage?

Yes. When Jackson Tower is closed (after 1900 local), Memphis ARTCC provides IFR separation and approach services on 134.65 MHz. The airport uses CTAF on the tower frequency when the tower is closed; pilots should self-announce position and intentions.

Sources

• AirNav — KMKL Airport Information
• SkyVector — KMKL 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 Memphis (MEG) — West Tennessee TAFs

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.