Holding Procedures: Clearances, Timing, and 5 Ts

Holding procedures look intimidating because they combine navigation, timing, wind correction, chart reading, and radio work. But the basic idea is simple: a hold keeps an airplane in a protected area while it waits.

That wait might be for traffic, weather, a runway change, a missed approach, or extra time for the pilot to brief the next step. In training, holds also teach you to stay organized when the airplane keeps moving and the workload is high.

If you are early in instrument training, pair this topic with the broader question of what you need to fly IFR. Holds make more sense once you see how clearances, navigation equipment, charts, and cockpit workflow all fit together.

What a Holding Pattern Is

A standard hold is often drawn like a racetrack. The airplane flies inbound to a fix, turns outbound, flies away from the fix for a specified time or distance, turns back inbound, and repeats the pattern.

The fix may be defined by a VOR, GPS waypoint, DME distance, intersection, or other published navigation reference. The chart or clearance tells you the inbound course, turn direction, altitude requirements, speed limits, and timing or distance.

Most holds use right turns unless a left-turn hold is published or assigned. Do not assume. The turn direction is one of the first things to brief.

Why Holds Exist

Holding gives ATC and pilots predictability. Instead of airplanes wandering around during delays, each aircraft flies a known pattern inside protected airspace.

Common reasons for holding include:

• Traffic sequencing into a busy airport.
• Weather passing over the field or approach path.
• A runway change or temporary runway closure.
• A missed approach procedure.
• An emergency aircraft needing priority.
• A pilot needing time to brief, troubleshoot, or prepare.

For an IFR student, the most useful mindset is: holding is not punishment. It is a controlled pause.

What to Brief Before the Fix

Before reaching the holding fix, brief the hold in plain language. Do not wait until crossing the fix to start figuring it out.

At minimum, identify:

• The holding fix.
• The inbound course.
• The outbound heading or reciprocal course.
• Left or right turns.
• Minimum holding altitude.
• Timing or DME distance.
• Expected airspeed.
• Wind correction.
• Entry type.

If you can say the plan out loud, you are much less likely to improvise under pressure.

Entry Basics, Not the Whole Lesson

Holding entries help you enter the protected side of the pattern without making a large, unsafe, or confusing turn. The common entry types are direct, teardrop, and parallel.

A direct entry is the simplest. You cross the fix and turn in the direction of holding to join the outbound leg.

A teardrop entry normally has you cross the fix, fly a heading angled into the holding side, then turn back to intercept the inbound course.

A parallel entry has you cross the fix, fly outbound parallel to the inbound course on the non-holding side, then turn back toward the fix to intercept inbound.

This page is the procedure overview: clearance, protected airspace, timing, and cockpit flow. For a step-by-step flying method, use how to fly in a holding pattern. For entry geometry and wind-correction practice, use holding pattern entry and wind correction.

In real flying, draw the hold or visualize it on the chart. The goal is not to win a geometry contest. The goal is to stay protected, predictable, and ahead of the airplane. If the hold is part of an approach procedure, brief the whole procedure too, including the approach type and navigation source; the distinctions in LPV, LNAV, and VNAV approaches are a good companion review.

Timing and Turns

In many light-aircraft holds, the protected pattern is built around inbound-leg timing: normally one minute at or below 14,000 feet MSL and one and a half minutes above 14,000 feet MSL unless a published distance or other instruction applies. Outbound timing is adjusted to make the inbound leg work. A common technique is to begin outbound timing over or abeam the fix, whichever occurs later; if you cannot identify abeam, start timing when the outbound turn is complete.

Turns in a hold are normally standard-rate turns, which means about three degrees per second. At that rate, a 180-degree turn takes about one minute.

Do not let the stopwatch become the only thing you watch. You still need to fly altitude, heading, airspeed, and navigation. The timer is a tool, not the whole procedure.

Wind Correction Overview

Wind is why a hold rarely looks like a perfect racetrack in the airplane. A headwind or tailwind changes groundspeed, so it changes how far you travel during timed legs. A crosswind pushes you off course, especially on the outbound leg.

If your inbound leg is taking too long, shorten the outbound leg. If the inbound leg is too short, lengthen the outbound leg. If you are drifting off the inbound course, correct your heading rather than waiting for the fix to fix the problem.

Many pilots use a stronger wind correction outbound than inbound because wind affects the turns and the outbound positioning. Your instructor may teach a specific rule of thumb, but the principle matters most: observe the result, correct early, and keep improving each circuit. Save the detailed geometry practice for a dedicated entry lesson; this article's job is to help you brief and manage the procedure without losing the bigger IFR picture.

The 5 T’s

At the fix, many IFR pilots use the 5 T’s:

• Time.
• Turn.
• Twist.
• Throttle.
• Talk.

The exact flow can vary by cockpit and avionics, but the idea is useful. Start timing, turn as required, set or confirm navigation guidance, manage power, and communicate if needed.

Final Student-Pilot Advice

A hold becomes manageable when you slow the task down mentally. Brief it early. Draw it if needed. Identify the protected side. Use standard-rate turns. Correct for wind based on what the airplane is actually doing.

Most importantly, keep flying the airplane. A beautiful hold entry does not matter if altitude, airspeed, or situational awareness falls apart. Build the habit in training, and holding becomes a normal IFR tool instead of a checkride fear.

Official References

• FAA Reference
• FAA Instrument Procedures Handbook
• FAA Reference
• FAA Aeronautical Information Manual
• 14 CFR Part 91 General Operating Rules