IFH · IFH Chapter 7

Holding Patterns

Master IFR holding patterns: standard entries (direct, parallel, teardrop), max speeds, leg timing, wind correction, and ATC clearance elements explained.

CFI's Whiteboard Explanation

Think of a hold as a racetrack in the sky. Standard turns are right, legs are 1 minute below 14,000 ft, and you fly the inbound course to a fix.

To pick an entry, point your finger at the fix on your HSI and draw a 70° line:

  • Direct — biggest pie slice, just turn outbound.
  • Teardrop — small slice on the non-holding side, fly 30° off for a minute, then turn in.
  • Parallel — slice on the holding side, parallel outbound, then turn back across.

Time the outbound abeam the fix. If inbound was short, fly outbound longer next time. Triple your inbound wind correction on the outbound leg.

Handbook Reference
IFH Ch 7

7.holding-patterns. Holding Patterns

A holding pattern is a predetermined maneuver that keeps an aircraft within a specified airspace while awaiting further clearance from ATC. Holds are commonly assigned for traffic sequencing, weather delays, lost communications procedures, course reversal at an Initial Approach Fix (IAF), or to allow time to brief an approach. The standard holding pattern is a racetrack consisting of two 180° turns and two straight legs, flown to the right unless ATC specifies a nonstandard (left turn) hold or it is depicted as nonstandard on a chart.

Standard Holding Pattern Components

  • Holding fix: A NAVAID, fix, intersection, waypoint, or DME distance that anchors the pattern.
  • Inbound leg: Flown toward the fix on the assigned holding course.
  • Outbound leg: Flown parallel to and opposite the inbound course.
  • Turns: Standard rate (3°/sec), 30° bank, or 25° bank using flight director — whichever is least.
  • Leg timing: 1 minute inbound at or below 14,000 ft MSL; 1.5 minutes inbound above 14,000 ft MSL. DME/GPS holds use distance instead of time.

Maximum Holding Speeds (14 CFR / AIM 5-3-8)

  • Up to 6,000 ft MSL: 200 KIAS
  • 6,001 – 14,000 ft MSL: 230 KIAS
  • 14,001 ft MSL and above: 265 KIAS
  • USAF airfields: 310 KIAS up to FL 140
  • USN airfields: 230 KIAS

Reduce to holding speed within 3 minutes of the ETA at the fix.

Holding Clearance Elements

When ATC issues a hold not depicted on a chart, expect five items, in order:

  1. Direction of holding from the fix (compass point: N, NE, E, etc.)
  2. Holding fix
  3. Radial, course, bearing, airway, or route on which to hold
  4. Leg length in miles if DME or GPS is to be used
  5. Direction of turns if left (nonstandard) or when ATC considers it necessary
  6. Expect Further Clearance (EFC) time

Example: "Cessna 12X, hold east of ABC VOR on the 090 radial, left turns, maintain 5,000, expect further clearance at 1545."

Standard Entry Procedures

Upon initial arrival at the fix, the pilot must determine the proper entry. Visualize the holding pattern relative to aircraft heading, then divide the area around the fix into three sectors using a line drawn through the fix at 70° from the holding course (for standard right-turn holds):

  • Direct entry: Heading falls within 180° of the holding course (the largest sector). Cross the fix and turn to follow the outbound leg.
  • Parallel entry: Heading falls within 110° on the holding side. Cross the fix, turn to parallel the inbound course outbound for 1 minute, turn left more than 180° to intercept the inbound course or return direct to the fix.
  • Teardrop entry: Heading falls within 70° on the nonholding side. Cross the fix, turn to a heading 30° from the holding course on the holding side, fly 1 minute, then turn in the holding direction to intercept the inbound course.

A ±5° tolerance applies when an entry heading falls near a sector boundary.

Wind Correction Timing

Leg timing begins abeam the fix outbound (when wings are level after rolling out, if abeam cannot be determined). The objective is a 1-minute inbound leg. After the first inbound time, adjust the outbound leg to compensate for wind:

  • If inbound is short (e.g., 50 sec), extend outbound (about 70 sec next time).
  • If inbound is long (e.g., 70 sec), shorten outbound.

Also apply a wind correction angle (WCA) outbound that is roughly triple the inbound WCA to remain on the protected side of the pattern.

Lost Communications and EFC

Under lost-comm IFR (14 CFR 91.185), depart the holding fix at the EFC time. Always read back the EFC time. If no EFC is issued, request one — it is the pilot's only timing reference if radios fail.

DME / GPS Holds

In lieu of time, ATC specifies a leg length in nautical miles (e.g., "hold east on the 090 radial, 10-mile legs"). The outbound leg ends when the aircraft reaches the specified DME or GPS distance. GPS-overlay holds use the same entry logic, and most modern navigators automatically annunciate, sequence, and time the hold.

Reporting Requirements

Report entering and leaving any holding fix or holding point (AIM 5-3-3). When cleared for the approach from a hold, fly the pattern as published until established on the approach course unless ATC specifies otherwise.

Oral Exam Questions a DPE Might Ask
Q1What are the maximum holding speeds, and when must you slow down?
200 KIAS up to 6,000 ft MSL, 230 KIAS from 6,001–14,000 ft MSL, and 265 KIAS above 14,000 ft MSL. You must slow to holding speed within 3 minutes of your ETA at the holding fix.
Q2Walk me through the three standard holding pattern entries.
For a standard right-turn hold, divide the area at the fix with a line 70° from the inbound course. A direct entry is used when arriving from within the 180° direct sector — just cross the fix and turn outbound. A teardrop entry, used from the 70° non-holding sector, requires flying outbound 30° offset toward the holding side for 1 minute, then turning to intercept inbound. A parallel entry, from the 110° holding-side sector, has you parallel the outbound course on the non-holding side for 1 minute, then turn more than 180° to rejoin inbound.
Q3What information must ATC include in a holding clearance for a non-published hold?
Direction of holding from the fix, the fix, the radial/course/bearing, leg length if DME or GPS, direction of turns if nonstandard (left), and the Expect Further Clearance time. The EFC is critical because it's your departure time from the fix in the event of lost communications.
Related FAR References
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Holding Patterns: IFH Chapter 7 | GroundScholar