Learning how to enter a holding pattern is one of the most critical skills for any instrument-rated pilot. Whether you're managing delays in busy terminal airspace or executing a missed approach procedure, knowing which entry to use keeps you safe, efficient, and within protected airspace.
If you're working toward your instrument rating and want expert training in holding patterns and advanced IFR procedures, contact Hillsboro Aero Academy today to learn how our FAA-approved programs can accelerate your path to becoming a confident, skilled pilot.
A holding pattern is essentially a racetrack-shaped flight path flown around a specific holding fix. Air traffic control uses holds to manage traffic flow during busy periods, sequence arrivals, or provide spacing during instrument approaches.
Pilots enter holding patterns for several practical reasons. The most common is traffic congestion, when too many aircraft converge on an airport at once, ATC uses holding to space them out safely. Weather delays and runway closures can also back up arrivals, forcing aircraft already airborne to wait until conditions clear. Holding is sometimes used to give controllers time to issue updated clearances, or deliberately by pilots to burn down fuel before landing or to buy time while deciding on a diversion. It's also common after a missed approach, when an aircraft is routed to a holding fix before attempting to land again.
The pattern itself consists of an inbound leg toward the fix, an outbound leg away from it, and two 180-degree turns connecting them. Standard holds use right turns, while non-standard patterns require left turns. Because holds are often assigned with little advance notice, pilots must quickly determine the correct entry procedure, direct, teardrop, or parallel based on their heading relative to the inbound course, keeping the aircraft within protected airspace during the transition.
Here's why proper entry matters: The FAA explicitly states in the Aeronautical Information Publication that parallel, teardrop, and direct entries were used in the development of protected airspace. This means obstacle clearance and separation standards assume you'll use one of these three methods.
Flying an improper entry could push your aircraft outside protected airspace, especially in mountainous terrain or busy terminal areas. That's not just poor technique. It's a safety risk.
Before you even think about entry procedures, you need to understand holding speed restrictions. The FAA Aeronautical Information Manual specifies maximum indicated airspeeds based on altitude.
|
Altitude Range (MSL) |
Maximum Holding Airspeed |
|
MHA to 6,000 feet |
200 KIAS |
|
6,001 to 14,000 feet |
230 KIAS |
|
14,001 feet and above |
265 KIAS |
Critical rule: Start your speed reduction when you're 3 minutes or less from the holding fix. This ensures you cross the fix at or below the maximum holding airspeed, keeping your aircraft within the designed protected airspace.
Some published holds have lower speed restrictions (like 210 or 175 KIAS) depicted on the chart. Always check for these limitations before entering the hold.
Understanding how to enter a holding pattern comes down to recognizing which of three sectors your aircraft is in when approaching the fix. Each sector corresponds to a specific entry type designed to get you into the racetrack safely and efficiently.
Direct entry is used when you're approaching the holding fix from roughly the same direction as the inbound course. This is the most straightforward method and occupies the largest sector (approximately 180 degrees).
Here's how to fly a direct entry:
The beauty of direct entry is its simplicity. You're essentially just joining the racetrack pattern without any complicated maneuvering on the non-holding side.
Pro tip: Direct entries work best when your approach heading is aligned within about 70 degrees either side of the inbound course.
Parallel entry is designed for approaches from the opposite side of the holding pattern. When you're heading places you in the parallel sector (roughly 110 degrees of the compass), you'll use this method.
The parallel entry procedure:
Think of parallel entry as flying "opposite the hold" initially. You're staying clear of the holding side while positioning yourself to intercept the inbound course safely.
This entry takes more planning than direct entry. You need to anticipate your intercept angle and apply appropriate wind correction to avoid overshooting the inbound course.
Teardrop entry uses a 30-degree offset from the outbound course toward the holding side. This entry occupies the smallest sector (about 70 degrees) and creates a teardrop-shaped path when you draw it out.
Flying a teardrop entry:
Memory aid for calculating the teardrop heading: For right-turn holds, subtract 30 degrees from the outbound course. For left-turn holds, add 30 degrees. This is sometimes called the "LARGE 30" rule: Left Add, Right Subtract.
The teardrop entry efficiently moves you into the protected airspace quickly while avoiding large excursions that could take you outside obstacle clearance areas.
Understanding which entry to use depends entirely on your approach heading relative to the holding course. Here's a quick comparison:
|
Entry Type |
Approach Sector |
First Turn After Fix |
Best Used When |
|
Direct |
~180° (largest sector) |
Turn directly to outbound heading |
Approaching aligned with inbound course |
|
Parallel |
~110° (medium sector) |
Turn to parallel outbound on non-holding side |
Approaching from opposite side of pattern |
|
Teardrop |
~70° (smallest sector) |
Turn to 30° offset toward holding side |
Approaching at an angle between direct and parallel |
One of the most practical techniques for determining your entry type is the thumb method, widely taught by flight training organizations. This simple visualization trick takes the guesswork out of sector identification.
Here's how it works:
For standard right-turn holds, use your right thumb. For non-standard left-turn holds, use your left thumb.
Place your thumb at the 3 o'clock position (for right turns) or 9 o'clock position (for left turns) on your heading indicator. The top of your thumb creates a dividing line across the instrument.
The small wedge above your thumb on the holding side is the teardrop sector. The medium area above your thumb on the opposite side is the parallel sector. Everything below the line is the direct sector.
Pro Tip: Right turns, right thumb. Left turns, left thumb. This ensures you're properly orienting the sectors for the hold's turn direction, which is critical for staying on the protected side.
Once you've identified which sector your inbound course falls into, you'll know immediately which entry procedure to use. This method is especially valuable in high-workload situations when you don't have time for complex mental calculations.
Professional pilots use a simple mnemonic to manage the multiple tasks involved in holding pattern entry and execution. The "Five T's" help ensure you don't miss critical steps while flying the pattern.
Turn: Initiate the appropriate turn at the holding fix based on your entry type. Use standard rate turns (3 degrees per second) or a bank angle not exceeding 30 degrees.
Time: Start your timer for the outbound leg. At or below 14,000 feet MSL, plan for one-minute legs. Above 14,000 feet, use one-and-a-half-minute legs.
Twist: Adjust your navigation instruments. Set your OBS or course selector to the inbound course so you're ready to track it on the next leg.
Throttle: Manage your power to maintain holding speed and altitude. Configure your aircraft appropriately for fuel efficiency during extended holds.
Talk: Report to air traffic control as required. In non-radar environments, especially, you must report reaching the holding fix, your altitude, and when leaving the hold.
Instrument training programs emphasize the Five T's because they create a systematic workflow that reduces pilot workload and prevents critical omissions during complex maneuvers.
Wind significantly affects holding pattern geometry. You'll need to apply drift corrections on both inbound and outbound legs to maintain the proper track and achieve the desired leg timing.
The triple drift rule is a widely taught technique: Whatever wind correction angle you need on the inbound leg, triple it on the outbound leg. For example, if you're correcting 5 degrees right to stay on the inbound course, apply 15 degrees right on the outbound leg.
Why triple it? The wind affects you during the outbound turn, the outbound leg, and the inbound turn. Tripling the correction accounts for all three segments.
After flying your first circuit, measure your actual inbound leg time. If it took longer than one minute, you likely have a headwind and should shorten your next outbound leg. If inbound was shorter, extend the outbound leg to compensate.
Wind Correction Tip: Use the first circuit as a learning lap. Don't stress about perfect timing right away. Observe your actual inbound time, note the wind's effect, then adjust subsequent circuits accordingly.
This iterative approach helps you stabilize the pattern and maintain position within protected airspace despite changing wind conditions.
Standard holding pattern timing is straightforward but critical for maintaining proper spacing and obstacle clearance.
Inbound leg timing is your primary reference. Start timing when you're wings-level on the inbound course, and stop when you cross the holding fix. Your target is one minute at or below 14,000 feet MSL, or one-and-a-half minutes above.
Outbound leg timing begins when you're abeam the holding fix (or when the outbound turn is complete, whichever occurs later). Initially, fly the same duration as your target inbound time.
On subsequent circuits, adjust outbound timing based on your measured inbound leg duration. This back-and-forth adjustment accounts for wind and keeps your pattern within the designed airspace.
Example: Your target inbound time is 1 minute. If your first inbound leg actually took 1:13 (13 seconds too long), shorten your next outbound leg by 13 seconds, fly 0:47. If instead your inbound leg only took 0:37 (23 seconds too short), lengthen your next outbound leg by 23 seconds, fly 1:23. The adjustment is always the mirror image of your timing error, correcting it out on the next lap.
Some holds use DME or RNAV distances instead of time. In these distance-based holds, fly outbound to the specified distance from the fix, then turn inbound. The navigation system shows your distance continuously, eliminating timing concerns.
Understanding protected airspace helps you appreciate why proper entry procedures matter so much. According to ICAO PANS-OPS design standards, holding areas are designed with primary and secondary zones.
The primary area provides at least 1,000 feet of obstacle clearance. This zone encompasses the expected flight path when pilots fly the pattern correctly at prescribed speeds and bank angles.
The secondary area surrounds the primary zone, typically extending about 2 nautical miles beyond it. Obstacle clearance in this buffer zone tapers from 500 feet at the inner edge to zero at the outer boundary.
Here's the critical point: These protected areas assume specific performance parameters. Maximum bank angles of 25 degrees, standard rate turns, timing tolerances, and most importantly, the three recommended entry procedures.
When you use direct, parallel, or teardrop entries correctly, you're staying well within these protected boundaries. Improvising a different entry or exceeding speed limits, and you risk leaving the zone where terrain clearance is guaranteed.
Even experienced pilots can make errors when entering holding patterns, especially under high workload or in unfamiliar situations. Here are mistakes to watch out for:
Sector misidentification is the most frequent error. Pilots sometimes confuse which sector they're in, leading to the wrong entry type. Using the thumb method religiously helps prevent this.
Forgetting to flip sectors for non-standard holds causes problems, too. Left-turn patterns require you to mentally mirror the sector diagram. Use your left thumb for left-turn holds.
Turning the wrong direction at the fix happens more often than you'd think, particularly when rushed. Always verify the turn direction before reaching the fix.
Failing to reduce speed in time means crossing the fix too fast. This expands your turn radius and can push you outside protected airspace. Remember the 3-minute rule.
Miscalculating the teardrop offset heading is common in teardrop entries. Practice the LARGE 30 rule (Left Add, Right Subtract) until it becomes automatic.
Poor wind correction leads to drifting patterns that don't stabilize. Apply corrections systematically using the triple drift technique and adjust based on measured results.
Checkride Tip: Examiners pay close attention to holding entries. Practice all three types until you can execute them smoothly under simulated IFR conditions. Know your sectors cold.
Holding patterns aren't just for delays. They're integral parts of many instrument procedures, particularly when you're flying the final approach course.
Holding-in-lieu-of-procedure-turn (HILPT) patterns appear on some approach charts. These published holds serve as course reversal procedures, allowing you to align with the final approach course.
When you fly a HILPT, you enter the hold, typically complete one circuit, then proceed inbound to the final approach fix. The entry procedure you use depends on your approach heading to the HILPT fix, just like any other hold.
Missed approach procedures frequently include holding patterns. If you can't land and must execute a go-around, the missed approach instructions often direct you to climb and hold at a specified fix while awaiting further clearance from air traffic control.
Understanding how to enter these holds is time-critical. You're already dealing with the workload of a missed approach. The last thing you need is confusion about entry procedures.
That's why professional instrument training emphasizes holding entries so heavily. These skills become automatic, allowing you to fly precisely, even when the workload is high and situational awareness is challenged.
Modern aircraft equipped with GPS and Flight Management Systems (FMS) can display holding patterns graphically and even fly them automatically. These systems often compute the appropriate entry based on your position and the holding course.
However, understanding manual entry procedures remains essential. Automation can fail, databases can contain errors, and checkrides still require you to demonstrate manual proficiency.
RNAV holds may use waypoints rather than traditional ground-based navigation aids as the holding fix. The fundamental entry geometry stays the same. You still identify your sector and choose direct, parallel, or teardrop entry.
Distance-based RNAV holds simplify timing concerns by specifying outbound leg lengths in nautical miles rather than minutes. Your navigation system displays distance continuously, making it easier to determine when to turn inbound.
Even with advanced avionics, pilots must verify that automated systems are flying the correct hold and entry. Cross-check the FMS solution against your understanding of the sector and entry type.
Air traffic control needs specific information when you're in a holding pattern, especially in non-radar environments where controllers can't see your position.
Report time and altitude when reaching the holding fix. This tells ATC you've arrived at your clearance limit and are entering the hold as instructed.
Report when leaving the hold. Controllers use this information for separation and sequencing with other aircraft.
In radar environments, some reporting requirements are reduced because controllers have your position on their displays. However, holding entry and exit reports helps maintain situational awareness.
Always acknowledge holding instructions with a full readback. Include the holding fix, inbound course, turn direction, leg length if specified, altitude, and expect further clearance time.
Clear communication prevents misunderstandings that could compromise safety, especially when multiple aircraft are holding at the same fix at different altitudes.
Practice visualization on the ground first. Use a heading indicator or HSI trainer and work through multiple scenarios. Draw holds on paper and identify sectors before you try it in the air.
Chair fly your entries. Verbalize the steps for each entry type while sitting at a desk. This mental rehearsal builds pattern recognition and procedural memory.
Use flight simulation. Desktop simulators let you practice holds in various wind conditions and approach angles without burning fuel or paying for aircraft time.
Fly with an instructor specifically focused on holds. Don't just practice holds as part of other lessons. Dedicate time to drilling all three entries systematically.
Request holding when you're flying IFR. Real-world practice in actual IMC (when safe and appropriate) builds confidence that simulation alone can't provide.
Review your holds on video or track logs. Many EFBs can record your flight path. Analyzing your holds afterward reveals patterns in your technique and areas needing improvement.
The key is repetition and deliberate practice. Holding entries feels awkward at first, but with consistent training, they become second nature.
Mastering holding pattern entries is just one piece of the complex skill set required for professional instrument flying. At Hillsboro Aero Academy, our FAA-approved instrument rating courses provide comprehensive training in all aspects of IFR operations, from holds and approaches to cross-country navigation and real-world decision making.
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Whether you're just starting your pilot training or adding an instrument rating to your existing certificate, we're here to guide you every step of the way. Contact us today to learn more about our programs and discover how HAA can help you achieve your aviation goals.
The holding side is the side of the inbound course where the racetrack pattern is located. For standard right-turn holds, this is typically the right side of the inbound track. For left-turn holds, it's the left side. Protected airspace is primarily on the holding side, which is why teardrop entries offset toward this side and why proper sector identification matters for safety.
The non-holding side (also called the non-maneuvering side) is opposite the holding side of the pattern. Some entries, particularly the parallel entry, require you to initially fly outbound on the non-holding side. While there is some obstacle protection here, the primary clearance area is on the holding side. That's why you turn back toward the holding side after the parallel outbound leg.
Use your right thumb on the HSI or heading indicator for standard right-turn holds. Place it at the 3 o'clock position. Use your left thumb for non-standard left-turn holds, positioning it at 9 o'clock. This thumb method helps you quickly visualize the teardrop, parallel, and direct entry sectors. The turn direction determines which hand to use, ensuring you're orienting the sectors correctly.
A published hold is one that appears on official FAA charts, including approach plates, departure procedures, or en route charts. These holds show the holding fix, inbound course, turn direction, and any altitude or speed restrictions. When ATC says "hold as published," you fly the pattern exactly as depicted on the chart. This is different from an unpublished or ATC-assigned hold, where controllers must give you complete holding instructions verbally.
The outbound leg begins when you're abeam the holding fix or when you complete the turn to the outbound heading, whichever occurs later. "Abeam" means the fix is 90 degrees off your wing. For VOR holds, this is when the TO/FROM indicator flips. Start timing your outbound leg at this point. If you can't determine when you're abeam (common with some RNAV holds), start timing when you roll out on the outbound heading.
Maintain the altitude ATC assigns in your holding clearance. This is typically stated as "maintain [altitude]" in the holding instructions. If you're already at an assigned altitude when cleared to hold, continue maintaining it unless ATC specifies otherwise. In level flight within the hold, you should stay within ±100 feet of your assigned altitude per ACS standards during your instrument rating checkride.
In non-radar environments, you must report when reaching the holding fix (time and altitude). In radar environments, the requirement is less strict, but reporting is still good practice. You always need to report when leaving the holding fix. Follow your local ATC procedures and respond to any requests for position reports. When in doubt, communicate more rather than less, especially regarding hold entry and exit.
The fix end refers to the point where you reach the holding fix, marking the boundary of your clearance limit. When you arrive at the fix end without further clearance, you're expected to enter the holding pattern and await additional instructions from air traffic control. The fix end is where you begin your holding entry procedure, whether that's a direct, parallel, or teardrop entry.
Holding patterns are primarily IFR procedures. While VFR pilots can technically fly holds for practice, they're not subject to the same regulatory requirements. In IFR operations, holds are used for traffic management, approach sequencing, and missed approaches. IFR pilots must comply with published holding speeds, report to ATC as required, and use proper entry procedures. VFR pilots should generally avoid areas where IFR holding is occurring unless coordinating with ATC.
Further clearance refers to the next set of instructions ATC will give you after holding. When ATC issues an expect further clearance (EFC) time, they're telling you when to expect those next instructions. If you lose communication, the EFC time tells you when to leave the hold and continue your flight. Always copy down and read back the EFC time, as it's critical for lost communication procedures under 14 CFR 91.185.
If you're approaching the holding fix on or very close to the inbound course and you're in the direct entry sector, then yes, you can fly directly to the fix and execute a direct entry. However, always verify which entry sector your actual heading places you in using the thumb method. Just because you're on the inbound course doesn't automatically mean direct entry is appropriate if your heading places you in another sector.
Standard holding patterns use right turns. Nonstandard holding patterns use left turns. That's the primary difference. ATC must explicitly tell you if a hold is nonstandard, either verbally or through chart depiction. If the turn direction isn't specified and the hold isn't charted, assume standard right turns. The entry sector visualization must be flipped for nonstandard holds, which is why you use your left thumb instead of your right thumb.
Fly the altitude ATC assigns in your holding clearance. ATC will state "maintain [altitude]" as part of the holding instructions. If you're already assigned an altitude when you receive holding instructions, continue maintaining that altitude unless told otherwise. Some holds have minimum and maximum altitude restrictions published on charts. Always comply with both ATC instructions and published altitude restrictions.
An approach chart is an FAA document that provides the procedure for flying an instrument approach to an airport. Holding patterns appear on approach charts in several places: as part of the missed approach procedure (upper right section), as a holding-in-lieu-of-procedure-turn, or at other fixes along the approach path. The hold is depicted with a racetrack symbol showing the inbound course, turn direction, and fix. Look for published holding patterns when briefing your approach.
The turn direction of the hold determines which thumb to use. For standard right-turn holds, use your right thumb. For nonstandard left-turn holds, use your left thumb. Place it at the 3 o'clock position (right thumb) or 9 o'clock position (left thumb) on your heading indicator. This creates the sector dividing line that helps you identify whether you're in the direct, parallel, or teardrop entry sector. Think "right turns, right thumb; left turns, left thumb."
A circuit is one complete lap around the holding pattern: inbound leg to the fix, turn to outbound, outbound leg, turn back inbound, and return to the fix. The next circuit is simply the subsequent lap. You'll fly multiple circuits if you're in the hold for an extended period. Each circuit gives you an opportunity to refine your wind correction and timing based on what you observed in the previous circuit.
ATC holding instructions include several elements: the direction of holding from the fix (north, southeast, etc.), the holding fix itself, the inbound course or radial, turn direction if nonstandard, leg length if distance-based, the altitude to maintain, and the expected further clearance time. For published holds, ATC may simply say "hold as published" after specifying the holding direction. Always read back all holding instructions to confirm you copied them correctly.
Choosing and executing an inappropriate holding entry can result in an unsatisfactory performance on your instrument rating checkride. The Airman Certification Standards require you to use an entry procedure appropriate for the holding pattern. Examiners evaluate whether you correctly identify your sector and choose the corresponding entry. If you consistently select wrong entries or show that you don't understand sector determination, it may indicate inadequate preparation. Practice all three entry types thoroughly before your checkride.
"Fly directly" to a fix means you're proceeding to that point via the most direct route, usually a straight line from your current position. This is different from flying a specific airway or procedure. In holding context, when ATC says "fly direct" to the holding fix, they're clearing you to proceed straight to that point before beginning your entry. Once you reach the fix, you'll then execute the appropriate holding entry based on your approach heading.
The opposite side of the holding pattern is the non-holding side, located across the inbound course from where the racetrack pattern actually lies. In a standard right-turn hold, if the holding side is to the right of the inbound course, the opposite side is to the left. In parallel entries, you initially fly outbound on this opposite (non-holding) side before turning back toward the pattern. Understanding this concept helps you visualize why different entries place you in different positions relative to the protected airspace.
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