Modern glass cockpits make holding patterns look easy, but true mastery of instrument flight means being able to fly them using raw data. If your GPS fails, you need to know how to navigate a hold using nothing but a standard Course Deviation Indicator (CDI) and a Directional Gyro (DG).

This 4-part video training hub breaks down a complete missed approach procedure at the Hot Springs Airport(KHOT ILS RWY05): intercepting a radial, executing a teardrop entry, and dynamically correcting for a 20-knot headwind to nail your 1-minute inbound legs.

What You’ll Need

Lesson 1

Intercepting the Radial Outbound

Before you can hold, you have to get to the holding fix. In this first video, we start southwest of the VOR tracking northbound. The mission is to intercept the 123° radial outbound to the SOCKS intersection. Learn how to navigate the “cone of confusion” over the station and establish your outbound track without a moving map.

Watch on YouTube
Key Takeaway

Maintain a known, steady heading when crossing the station. Do not chase the needle until you get a clean TO/FROM flip on your flag. The "cone of confusion" depends on altitude, the higher you are the bigger the area around the VOR where the course isn't reliable.

Lesson 2

The Teardrop Entry Procedure

Once established outbound on the 123° radial toward SOCKS, we are instructed to hold Southeast, with a 303° inbound course and a 123° outbound leg. In this video, we reference Chapter 10 of the FAA’s official Instrument Flying Handbook to set up a classic Teardrop Entry.

Watch on YouTube
Key Takeaway

Watch out for the reciprocal. You must twist your CDI/HSI course pointers 180 degrees to your inbound course of 303° before initiating your inbound turn. If you have a GPS it will generally provide cueing for you to do this. If you don't and attempt to hold on the outbound course while having the inbound course set, you will be reverse sensing and making your life harder than it needs to be.

Lesson 3

Timing the Standard Hold (Zero Wind)

Now that we have successfully executed our teardrop entry and crossed back over SOCKS, it’s time to establish the standard pattern. This lesson breaks down the baseline mechanics of a standard right-hand holding pattern under zero-wind conditions.

Watch on YouTube
Key Takeaway

Timing is everything. Do not start your outbound 1-minute timer the moment you start rolling into the turn — wait until you are officially abeam the holding fix or wings-level outbound.

Lesson 4

Adjusting for 20-Knot Winds

In the real world, zero-wind days are rare. In this final lesson, we crank up the simulator winds to 123° at 20 knots, creating a severe headwind outbound and a massive tailwind inbound. If you only fly a 1-minute outbound leg here, your inbound leg will shrink to 32 seconds. I suggest adding the difference to your next outbound leg, plus a few extra seconds to account for any errors. This is an iterative process and it might take a couple of turns in holding to really dial in your inbound leg.

Watch on YouTube
Key Takeaway

If your inbound leg is 30 seconds too short, add those 30 seconds to your next outbound leg. It is an iterative process — keep adjusting each lap until your inbound leg hits exactly 60 seconds.


Level Up Your Instrument Oral Prep

DPEs hate watching applicants struggle with holding visualization during the practical test. Don’t let a regulatory trap or an obscure chart procedure trip you up on checkride day.

Stop Guessing on the Regulations

The complete, interactive FAA Instrument Flying Handbook and Instrument Procedures Handbook are built right into the VSL ACE Guide. Every ACS task is hyperlinked directly to the relevant FAA guidance, making it easy to move between checkride standards and source material with a single tap.

📘 Get the VSL ACE Guide & Pass Your Checkride →