KSHD Shenandoah Valley — Instrument Checkride Guide

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

Shenandoah Valley Regional Airport (KSHD) sits in Weyers Cave, Virginia, approximately 10 nm northeast of Staunton and Waynesboro. Field elevation is 1,201 feet MSL. The airport is uncontrolled — there is no control tower — and operates within Class E airspace. CTAF is 123.0 MHz. Despite the lack of a tower, IFR operations are fully supported through Potomac TRACON, which provides clearance delivery on 118.35 MHz and approach and departure services on 132.85 MHz.

The surrounding terrain is the defining characteristic of KSHD's IFR environment. The Blue Ridge Mountains rise to over 3,500 feet MSL within 10 nm to the east; Shenandoah Mountain reaches similar elevations to the west. Pilots operating IFR into or out of KSHD must account for terrain-driven minimum enroute altitudes (MEAs) and minimum obstruction clearance altitudes (MOCAs) that are substantially higher than field elevation — a common examiner discussion point for this airport.

What instrument approaches are published at KSHD?

KSHD has 3 published instrument approach procedures, sourced from SkyVector.

The ILS to runway 05 is the primary precision approach. The RNAV (GPS) RWY 23 procedure provides instrument access from the opposite direction — useful when runway 23 is active with southwest winds. Always verify current minima on official FAA approach charts before flight. Minimums are published on the Jeppesen and FAA charts distributed through the NASR subscription service.

What is the runway configuration at KSHD?

KSHD has a single runway.

The 6,002-foot length is adequate for most piston single and light twin operations. High-intensity runway edge lighting (HIRL) and PAPI on both ends support night and low-visibility operations. REIL on runway 23 assists in identifying the runway threshold during approaches from the west. The ILS is installed for runway 05, which is the favored instrument runway with prevailing winds from the southwest.

What weather should instrument pilots expect at KSHD?

Valley radiation fog is the most frequent IFR producer at KSHD. Cold dense air drains off the surrounding mountain slopes overnight and pools in the Shenandoah Valley floor. By early morning, especially following clear nights with light winds, ceilings can drop below 200 feet AGL with visibility under a quarter mile. This pattern is most common in autumn and winter but can occur year-round. Pilots planning early departures or arrivals should obtain current PIREPS from Potomac Approach and check the AWOS on 124.925 MHz before committing to an approach.

Winter icing is a significant risk. With field elevation at 1,201 feet MSL, freezing levels during cold frontal passages are often within 1,000–2,000 feet of the surface. Icing is possible in all cloud layers between the valley floor and the mountain tops. The FAA Instrument Flying Handbook FAA-H-8083-15B recommends monitoring freezing level data from NWS soundings when planning IFR operations in mountainous terrain.

Mountain wave turbulence is possible with strong northwest winds aloft exceeding 25 knots. Wave action over the Blue Ridge can produce rotor turbulence at low altitudes in the valley — most severe below 3,000 feet MSL.

What should you expect on an instrument checkride at KSHD?

A checkride at KSHD puts terrain awareness front and center. The DPE will expect you to know the minimum safe altitudes in every sector around the airport before you ever leave the ground. If you cannot recite the grid MORA for the area or explain why your departure routing climbs to a specific altitude before turning, you will not impress the examiner — regardless of how well you fly the ILS.

Expect the DPE to assign a non-standard instrument departure routing and ask you to confirm obstacle clearance. With no published instrument departure procedure (IDP) for all runways, the pilot is responsible for terrain and obstacle clearance during the climb. Under 14 CFR 91.175, the PIC is responsible for obstacle clearance until reaching a published MEA or assigned altitude. Know the departure procedure requirements for KSHD before your checkride.

The ILS RWY 05 is the likely primary approach. Because KSHD is uncontrolled, you will self-announce on CTAF while simultaneously managing IFR communications with Potomac Approach — a workload exercise the DPE will be evaluating. Expect the examiner to ask what you do if you lose communications with Potomac while inbound on the ILS. The answer is governed by 14 CFR 91.185 (two-way radio communications failure).

A circling approach scenario is likely given the single-runway configuration and the RNAV RWY 23 option. Be prepared to discuss circling approach protected areas, the increased MDA for circling minimums, and the procedure for lost visual contact during the circling maneuver.

Practice Questions

1. You are cleared for the ILS RWY 05 at KSHD. On the missed approach, terrain rises sharply to the east. Walk the DPE through how you confirmed obstacle clearance for the published missed approach procedure before beginning the approach.

2. Potomac Approach loses radar contact with you 8 nm from KSHD on the ILS. You are IFR, in IMC. Under 14 CFR 91.185, what altitude do you fly, what route do you take, and when do you begin the approach?

3. You are assigned the RNAV (GPS) RWY 23 approach. The chart shows LNAV minima only — no LPV. What does the absence of LPV mean operationally, and how does your DA/MDA change compared to a precision approach?

4. KSHD's AWOS reports 300 broken, 1 mile in fog. The ILS RWY 05 has a DA of 1,560 feet MSL and a visibility requirement of 3/4 mile. Under 14 CFR 91.175(c), what conditions must you meet at DA to descend below it?

5. The DPE asks you to plan an IFR departure from runway 23. There is no published instrument departure procedure. What regulatory requirement applies, and what action do you take to ensure obstacle clearance?

Frequently Asked Questions

Q: What instrument approaches are published at KSHD?

KSHD has an ILS or LOC to runway 05 and two RNAV (GPS) approaches — one to runway 05 and one to runway 23. The ILS serves the single instrument runway in the favored direction. Always verify current minima on official FAA charts before flight.

Q: What airspace class is KSHD in?

Shenandoah Valley Regional operates in Class E airspace. There is no control tower — CTAF is 123.0 MHz. Clearance delivery is available on 118.35 MHz through Potomac TRACON. Under 14 CFR 91.155, VFR cloud clearance and visibility requirements apply in Class E below 10,000 feet MSL.

Q: What is the AWOS frequency at KSHD?

KSHD broadcasts an AWOS-3 on 124.925 MHz. This is the primary weather source for the airport. Potomac Approach can also provide radar weather advisories on 132.85 MHz.

Q: What terrain hazards exist near KSHD?

KSHD sits in the Shenandoah Valley between the Blue Ridge Mountains to the east and Shenandoah Mountain to the west. Terrain rises to over 3,000 feet MSL within 10–15 nm of the airport. Minimum enroute and sector altitudes are substantially higher than field elevation — pilots must verify MEAs and MORAs carefully on instrument routes through this area.

Q: Does KSHD have a control tower?

No. KSHD is an uncontrolled airport. CTAF is 123.0 MHz. IFR clearances are obtained through Potomac TRACON on clearance delivery frequency 118.35 MHz. Position and intention broadcasts on CTAF are required when operating IFR in the traffic pattern area.

Q: What is the runway length at KSHD?

KSHD has a single runway, 05/23, measuring 6,002 feet by 150 feet with high-intensity edge lighting and PAPI on both ends. The ILS approach serves runway 05. REIL is installed on runway 23.

Q: What weather hazards should IFR pilots expect near KSHD?

Valley fog is the primary IFR hazard at KSHD — cold air drains into the Shenandoah Valley overnight and can produce dense fog with ceilings below 200 feet by morning. Winter icing is significant, with freezing levels often near field elevation during cold frontal passages. Mountain wave turbulence is possible with strong northwest winds.

Sources

• SkyVector — KSHD Airport Information
• 14 CFR 91.155 — Basic VFR Weather Minimums (Cornell LII)
• 14 CFR 91.175 — Takeoff and Landing Under IFR (Cornell LII)
• 14 CFR 91.185 — Two-Way Radio Communications Failure (Cornell LII)
• FAA Instrument Flying Handbook FAA-H-8083-15B
• FAA Instrument Procedures Handbook FAA-H-8083-16B

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.