A holding pattern is a predetermined maneuver designed to keep an aircraft within specified airspace while awaiting further ATC clearance. Pilots use one of three entry methods—Direct, Parallel, or Teardrop—based on their approach heading relative to the holding course. This guide will help you master all three entries with interactive tools and practical techniques.
Understanding Holding Patterns
What is a Holding Pattern?
Think of a holding pattern as a racetrack in the sky. ATC assigns holds when they need to manage traffic flow—perhaps during busy arrival periods, weather delays, or while waiting for an approach to clear. Your job is to fly a predictable pattern that keeps you safely separated from other aircraft.
Standard vs. Non-Standard Holds
Standard holding patterns use right turns. When ATC issues a holding clearance without specifying turn direction, pilots should execute right turns. Non-standard patterns with left turns must be explicitly assigned by ATC (FAA AIM 5-3-8).
Anatomy of a Holding Pattern
- Holding fix: The point you navigate to and around
- Inbound leg: The leg where you track toward the fix (timed or distance)
- Outbound leg: The leg where you fly away from the fix
- Abeam position: When you're perpendicular to the fix on the outbound leg
The Three Entry Types
Direct Entry
The simplest entry. When you arrive at the fix already aligned (within about 70°) with the inbound course, just turn and fly the pattern. Cross the fix, turn to the outbound heading, and you're in.
Parallel Entry
Used when approaching from the non-holding side. You'll parallel the inbound course on the "wrong" side first, then make a turn greater than 180° to intercept the inbound course.
Teardrop Entry
The teardrop entry uses a 30° offset from the outbound course toward the holding side. This positions you to intercept the inbound leg smoothly.
Holding Entry Calculator
Enter your aircraft heading and the holding course to instantly see which entry type to use. Adjust for standard or non-standard turns and watch the diagram update in real-time.
Training Tool Only: This calculator helps you visualize holding entries. Remember: there is no "wrong" entry—any entry that keeps you in protected airspace is acceptable.
Holding Entry Calculator
Recommended Entry
Teardrop Entry
Entry Procedure:
- Cross the holding fix
- Turn to a heading 30° offset from outbound toward the holding side
- Fly outbound for the appropriate time/distance
- Turn right to intercept the inbound course
- Track inbound to the fix
Your Hold:
- • Inbound Course: 90°
- • Outbound Heading: 270°
- • Turn Direction: Right (Standard)
- • Your Heading: 360°
Instructor Tip:
The "70° line" from the outbound course toward the holding side divides the sectors. If you're approaching from within 70° of the inbound course, it's a Direct entry. From the non-holding side? Parallel. In between? Teardrop.
Practice These Entries in Our Simulator
Our AATD simulator lets you fly holds at any airport with realistic ATC scenarios. Perfect for checkride prep.
Book IFR Practice SessionTwo Mental Models for Entry Determination
The Thumb Method
A quick visual technique: Hold your thumb (roughly 20° wide) against your HSI or heading indicator. The sector sizes are Direct (180°), Teardrop (70°), and Parallel (110°). Use your right thumb for right turns, left thumb for left turns.
The Logical Approach
Instead of memorizing formulas, ask yourself these questions:
- What navaid/fix are you coming in on?
- What radial or course is the holding instruction?
- Which direction is the turn (standard = right)?
- Where are you relative to the fix?
The Truth About "Wrong" Entries
Here's what most training materials don't tell you: there is no "wrong" entry. The FAA AIM 5-3-12 gives pilots discretion on entry. The sector boundaries are recommendations, not hard rules.
The Checkride Reality
Examiners care that you execute what you stated. If you call "parallel entry," fly a parallel entry. If you call "teardrop," fly a teardrop. Commit to your call confidently and don't change mid-entry.
The Passenger Comfort Test
Real-world professionalism means smooth flying. The entry with the least turns is usually the most comfortable ride. Think like an airline pilot, not a student executing a procedure from a textbook.
Maximum Holding Speeds
The FAA specifies maximum holding airspeeds based on altitude. Exceeding these speeds takes you outside protected airspace.
| Altitude (MSL) | Max Airspeed (KIAS) | Source |
|---|---|---|
| 6,000' and below | 200 | FAA Order 7130.3A |
| 6,001' – 14,000' | 230 | FAA Order 7130.3A |
| 14,001' and above | 265 | FAA Order 7130.3A |
Holding Speed & Timing Reference
FAA AIM 5-3-8 maximum holding airspeeds and leg timing
Maximum Speed at 5,000'
200 KIAS
You're 80 kt below the limit
Outbound Leg Time
1 minute
At or below 14,000'
Outbound Leg Distance (no wind)
At your speed (120 kt):
2.0 NM
At max speed (200 kt):
3.3 NM
Formula: Leg Distance = (Speed ÷ 60) × Time in minutes
FAA Holding Speed Limits (AIM 5-3-8)
| Altitude (MSL) | Max Speed | Outbound Time |
|---|---|---|
| 6,000' and below | 200 KIAS | 1 min |
| 6,001' – 14,000' | 230 KIAS | 1 min |
| Above 14,000' | 265 KIAS | 1½ min |
Remember:
- • These are maximum speeds—most GA aircraft hold well below these limits
- • Turbulence penetration speed may exceed holding limits if ATC is advised
- • DME/GPS holds use distance instead of time (varies by procedure)
- • Some procedures have published holding speeds that override these limits
Holding Pattern Timing
Inbound Leg Timing
According to the FAA Aeronautical Information Manual (AIM 5-3-8), standard holding pattern inbound leg timing is 1 minute at or below 14,000 feet MSL, and 1½ minutes above 14,000 feet. GPS/RNAV holds typically use 4 nautical mile legs instead of timed legs.
Outbound Leg Timing
Begin timing the outbound leg when you are over or abeam the holding fix, whichever occurs later. If the abeam position cannot be determined, start timing when the turn to outbound is completed.
Wind Correction in the Hold
The 3x Rule
To correct for wind in a holding pattern, apply three times your inbound wind correction angle to the outbound leg in the opposite direction. If you correct 5° right on the inbound leg, fly 15° left of the outbound heading.
Wind Correction Calculator
Use the 3x rule for your first outbound leg, then refine
Inbound Correction
10°
Crab RIGHT
Outbound Correction (3x)
29°
Crab LEFT
Wind Components
20 kt crosswind
0 kt headwind (inbound)
Your Corrected Headings:
Inbound Heading:
100°
Course 90° ± 10° WCA
Outbound Heading (first leg):
241°
Course 270° ± 29° WCA
The 3x Rule Explained:
On your first outbound leg, triple the inbound wind correction angle. This compensates for wind drift during the turn and outbound leg.
Example: If you need a 5° correction inbound, start with a 15° correction outbound. After the first circuit, adjust based on how well you're tracking.
Timing Adjustment:
With a 0 kt headwind on inbound, consider shortening your outbound leg by roughly 0 seconds to achieve a 1-minute inbound leg.
The Five T's Checklist
At each holding fix crossing, pilots should complete the Five T's:
- Time — Start or note timing
- Turn — Begin the turn to the next leg
- Twist — Set the OBS/course if needed
- Throttle — Adjust power (especially entering/exiting the hold)
- Talk — Report position to ATC if required
Turn Standards
Holding pattern turns should be made at standard rate (3° per second) or 25° bank angle, whichever requires less bank. At higher airspeeds, 25° bank may be less aggressive than standard rate. Smooth, consistent turns demonstrate professional flying.
Frequently Asked Questions
Master Holding Patterns Before Your Checkride
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