HOLDING PROCEDURES

Objective

The CFII candidate will demonstrate instructional knowledge and teaching ability for holding procedures in helicopter IFR operations. Upon completion, the candidate will explain, demonstrate, and analyze holding pattern entry procedures, timing, wind correction, DME usage, ATC reporting requirements, and navigation equipment setup while simultaneously correcting simulated student errors. Performance will meet the standards of FAA-S-8081-9E, Area VII, Task B.

Content

Holding Procedures Overview

Holding is a predetermined maneuver that keeps aircraft within specified airspace while awaiting further clearance. For single-pilot IFR helicopters, holding represents a high-workload phase requiring systematic procedures and continuous situational awareness. The CFII candidate must teach students not just to fly the hold, but to manage the entire single-pilot IFR workload while maintaining pattern compliance.

Setting Aircraft Navigation Equipment

VOR Holding

• Primary navigation receiver tuned to holding fix VOR
• Identify station with Morse code or voice identifier (required by 14 CFR 91.171)
• Set OBS to inbound course (reciprocal of published holding course)
• Secondary receiver available for situational awareness or next fix
• Crosscheck CDI centering and TO/FROM indication

NDB Holding

• ADF tuned to holding fix NDB
• Positive identification via Morse code required
• Monitor for station passage using bearing pointer reversal
• Consider ADF limitations in precipitation static and thunderstorm environments

GPS Holding

• Ensure GPS approved for IFR (TSO-C129/C145/C146)
• GPS automatically sequences to holding pattern when cleared
• Verify holding fix loaded correctly in flight plan
• Monitor RAIM status — loss of RAIM requires immediate ATC notification
• Understand GPS will provide ground track guidance, not heading guidance
• Most GPS units default to 1-minute legs below 14,000 feet

DME Holding

• DME identifies holding fix when collocated with VOR
• Used for leg length determination in DME-distance holding
• DME arc holds rare but possible — requires continuous position monitoring
• DME provides precise fix passage indication

Teaching Emphasis: Single-pilot helicopters lack autopilot in many training aircraft. Equipment setup must occur BEFORE reaching the holding fix. Brief students to accomplish “5 T’s” at least 2 minutes prior to fix arrival: Turn, Time, Twist, Throttle, Talk.

Holding Airspeeds

Regulatory Requirements (AIM 5-3-8)

• Below 6,000 feet MSL: 200 KIAS maximum
• 6,001-14,000 feet MSL: 230 KIAS maximum
• Above 14,000 feet MSL: 265 KIAS maximum

Helicopter-Specific Considerations

• Most training helicopters (R22, R44, Schweizer 300) cruise 80-100 KIAS
• Holding speed typically 70-90 KIAS depending on winds
• Never exceed maneuvering speed (VA) during turbulence in hold
• Consider fuel burn rate — slower speeds extend holding endurance
• In strong winds, slower speeds reduce ground track deviations
• ATC may assign specific holding speeds — comply unless unable

Airspeed Selection Strategy

• Use manufacturer’s recommended holding speed or 1.3 VSO
• Slower speeds provide better hover control margin if approach follows immediately
• Faster speeds (within limits) reduce wind drift angles in strong winds
• Maintain consistent airspeed throughout pattern for timing accuracy

Teaching Emphasis: Compare holding to “parking” — you want slow enough for control but fast enough for stability. Use the analogy: “You wouldn’t drive 60 mph in a parking lot, but you also wouldn’t idle along at 5 mph.”

Recognition of Holding Fix Arrival and Entry Procedures

Fix Passage Recognition

• VOR: First complete reversal of TO/FROM indication
• NDB: Bearing pointer passes 090° or 270° relative (abeam), then reverses direction
• GPS: Waypoint sequence or “FROM” annunciation
• DME: Minimum DME reading followed by increasing distance
• Intersection: Simultaneous passage of both defining radials/courses

Timing Fix Passage

• Start entry turn timing at initial fix passage
• Critical for determining proper entry procedure
• Brief students: “The clock starts when the needle flips or GPS sequences”

Three Entry Procedures

1. Parallel Entry (70° zone on holding side)

• Cross fix, turn to parallel outbound course (heading within ±5°)
• Fly outbound 1 minute (adjusting for wind)
• Turn back to intercept inbound course
• Intercept and track inbound to fix
• Most complex entry — highest workload in single-pilot operations

2. Teardrop Entry (110° zone opposite holding side)

• Cross fix, turn outbound 30° to holding course
• Fly teardrop leg for 1 minute
• Turn inbound to intercept holding course
• Intercept and track to fix
• Smoothest entry — reduces steep bank requirements

3. Direct Entry (180° zone opposite holding side)

• Cross fix, turn right/left to fly holding pattern
• Immediately established in holding pattern
• Simplest entry but may require steep turns if entry angle shallow

70-Degree Rule for Entry Selection

• Draw holding pattern with inbound course at top
• Divide pattern into three zones using 70° and 110° lines from fix
• Determine aircraft heading relative to these zones
• Select entry method based on zone
• If in doubt or near boundary, choose parallel or teardrop (more conservative)

Teaching Methodology

• Use overhead view diagram on whiteboard
• Have student draw aircraft heading on pattern overlay
• Practice with magnetic heading cards and pattern templates
• Emphasize: “Entry method matters less than staying within protected airspace”
• Common analogy: “The three entries are like three different parking maneuvers — all get you into the space safely”

Timing Procedures

Standard Timing

• Inbound leg: Time from abeam fix or wings level inbound, whichever occurs later
• Target: 1 minute at or below 14,000 feet MSL
• Target: 1.5 minutes above 14,000 feet MSL
• Outbound leg: Time from abeam fix or wings level outbound, whichever occurs later

Timing Adjustments for Wind

• Headwind inbound: Increase outbound time to compensate
• Tailwind inbound: Decrease outbound time to compensate
• Rule of thumb: Adjust outbound time by wind correction factor
  • If inbound leg took 50 seconds with headwind, fly 1:10 outbound
  • If inbound leg took 1:10 with tailwind, fly 50 seconds outbound
  • Goal: Achieve 1-minute inbound legs

First Pattern Special Case

• First outbound leg after entry always uses standard timing (1 or 1.5 minutes)
• Begin wind correction adjustments on second pattern
• Allows establishment of baseline timing before corrections

DME-Based Holding

• Some holds specify leg length in DME distance instead of time
• Example: “Hold east of ABC VOR on 090° radial, 10 DME leg”
• Turn outbound at holding fix, fly until 10 DME from station
• Turn inbound and track to fix
• Wind correction still required to achieve proper leg length

Teaching Emphasis: Timing is the weakest skill for most instrument students. Use the analogy of a traffic pattern — you wouldn’t fly a 5-mile downwind when you meant to fly 1 mile. Timing discipline keeps you in protected airspace. Teach students to verbalize: “Abeam the fix, TIME” as a callout.

Wind Drift Correction

Principles of Wind Correction in Holding

• Holding pattern protects airspace based on no-wind template
• Wind causes ground track deviations from protected airspace
• Pilot must apply drift correction to remain within protected area
• Corrections applied to both inbound and outbound legs

Determining Drift Correction

• Method 1 — Double/Triple Drift Rule:

  • Note drift angle required to maintain inbound course
  • Apply triple this correction on outbound leg (opposite direction)
  • Example: 10° right drift correction inbound = 30° left correction outbound
  • Works well in moderate winds

• Method 2 — Heading Comparison:

  • Note heading flown to maintain inbound course
  • Calculate reciprocal
  • Apply same magnitude correction in opposite direction outbound
  • Example: 070° heading inbound (holding course 060°) = 10° right drift
  • Fly 240° outbound (reciprocal 240° minus 10° = 230°)

• Method 3 — GPS Ground Track Monitoring:

  • Use GPS moving map to observe ground track
  • Adjust heading to parallel desired course over ground
  • Most intuitive for students familiar with GPS
  • Brief limitation: GPS guidance lost if RAIM failure occurs

Crosswind Considerations in Turns

• Anticipate wind drift during turns
• Headwind turn: Roll out early (wind pushes you through)
• Tailwind turn: Delay rollout (wind retards turn progress)
• Use 1° per knot of crosswind as rough guide

Maximum Wind Assumptions

• Holding pattern protected airspace assumes maximum winds
• At or below 6,000 feet: 50 knots
• Above 6,000 feet through 14,000 feet: 75 knots
• If winds exceed these values, notify ATC — additional protected airspace may be required

Helicopter-Specific Drift Correction

• Lower airspeeds in helicopters mean wind has proportionally greater effect
• 20-knot crosswind at 80 KIAS requires ~14° correction vs. ~7° at 150 KIAS
• Turbulence common in holds — maintain precise attitude control
• Scan attitude indicator, heading, and course guidance continuously

Teaching Technique

• Draw ground track diagram showing wind effect
• Use compass rose overlay to visualize heading changes
• Practice calculating corrections on ground before flight
• Analogy: “Swimming across a river — you aim upstream to track straight across”

DME Use in Holding Patterns

DME Fix Identification

• DME provides positive fix passage when collocated with VOR
• Distance decreases to minimum, then increases = fix passage
• More positive than TO/FROM reversal alone
• Eliminates “cone of confusion” uncertainty overhead VOR

DME Leg Length Holds

• Specified as distance rather than time
• Example: “Hold southwest of XYZ VOR, 270° inbound, 15 DME leg”
• Procedure:
  • Cross fix (15 DME from station)
  • Turn to outbound heading with drift correction
  • Fly until DME reads holding distance (15 DME)
  • Turn inbound
  • Track inbound course to fix

DME Arc Holding (Rare)

• Hold on specific DME arc around station
• Requires continuous turn to maintain constant distance
• Not common for helicopters due to workload
• If encountered, fly heading changes every 5-10° to approximate arc

DME Distance Monitoring

• Provides continuous position awareness
• Cross-check against expected distances
• Helps detect navigation equipment failure
• Useful for fuel planning (“We’re holding 23 miles from destination”)

Teaching Emphasis: DME is the single best tool for positive fix identification. Brief students: “When the DME stops decreasing and starts increasing, you crossed the fix — guaranteed.”

ATC Reporting Requirements

Initial Holding Clearance Requirements

• Readback entire holding clearance (14 CFR 91.183)
• Include: direction of hold, holding fix, radial/course/bearing, leg length, direction of turns (if non-standard)
• Example: “November 12345, hold east of ABC VOR on the 090° radial, left turns, expect further clearance at 1545”

Reports Required Without ATC Request (AIM 5-3-3)

• Initial arrival at holding fix: “November 12345 ABC VOR, holding east as published”
• Leaving holding fix: “November 12345 departing ABC holding, proceeding on course”
• Time and altitude when leaving holding fix if requested

Reports Made Upon ATC Request

• Time and altitude reaching holding fix
• EFC (Expect Further Clearance) time compliance

Position Reporting in Non-Radar Environment

• Full position reports required at holding fix if non-radar
• Format: Aircraft ID, position, time, altitude, type of flight plan, ETA next reporting point

Lost Communications Procedures

• If lost comm while holding:
  • Leave holding fix at EFC time or
  • If no EFC, leave at arrival time plus average holding delay
  • Proceed on filed or assigned route
  • Comply with 14 CFR 91.185 (lost comm rule)

Additional Considerations

• Notify ATC of inability to accept holding clearance (fuel, weather, aircraft limitations)
• Report any equipment malfunctions affecting holding (GPS RAIM, navigation receiver)
• Request priority handling if minimum fuel reached while holding

Teaching Emphasis: ATC doesn’t know what you’re doing unless you tell them. Holding reports are about safety — they need to know you’re where you’re supposed to be. Use the phrase: “If you cross the fix, tell approach.”

Common Errors Related to Holding Procedures

Error 1: Incorrect Setting of Aircraft Navigation Equipment

• Manifestation: Wrong frequency, incorrect OBS setting, failure to identify
• Cause: Rushed setup, distraction, poor checklist discipline
• Consequences: Navigation to wrong fix, loss of situational awareness, protected airspace deviation
• Correction Technique:
  • Teach “TITS” checklist: Tune, Identify, Test, Set
  • Verbalize each step aloud
  • Use audio panel to confirm Morse code identification
  • Cross-check with secondary navigation source
• Instructional Method: Simulate rushed holding clearance, have student brief equipment setup procedure step-by-step

Error 2: Inappropriate Altitude Control

• Manifestation: More than ±100 feet deviation from assigned altitude
• Cause: Distraction during pattern entry, fixation on navigation, turbulence
• Consequences: Traffic conflict, airspace violation, failed checkride
• Correction Technique:
  • Establish level flight BEFORE initiating hold entry
  • Use trim aggressively to reduce control force
  • Include altimeter in instrument scan every 3-5 seconds
  • Verbalize altitude during pattern: “Level at five thousand, turning outbound”
• Instructional Method: Brief “altitude is primary” — navigation is secondary to maintaining assigned altitude. Use analogy: “You can’t navigate if you’re in the wrong altitude’s airspace.”

Error 3: Inappropriate Airspeed Control

• Manifestation: Airspeed exceeds holding limits or varies more than ±10 knots
• Cause: Power mismanagement, distraction, turbulence
• Consequences: Increased turn radius, protected airspace exceedance, possible turbulence overstress
• Correction Technique:
  • Establish holding airspeed before reaching fix
  • Use power settings from performance charts
  • Cross-check airspeed during each instrument scan
  • Adjust power smoothly in small increments
• Instructional Method: Teach airspeed bracketing — establish baseline power, adjust ±50 RPM, note result, stabilize

Error 4: Inappropriate Bank Control

• Manifestation: Exceeding standard rate turn (3° per second) or using insufficient bank
• Cause: Overcontrolling, failure to use turn coordinator, distraction
• Consequences: Increased turn radius, overshoot/undershoot, protected airspace exceedance
• Correction Technique:
  • Use standard rate turns (half ball deflection on turn coordinator)
  • For helicopters: Typically 15-20° bank at holding speeds
  • Lead rollout by 5-10° before desired heading
  • Verify wings level with attitude indicator and heading alignment
• Instructional Method: Demonstrate excessive bank creating wide pattern. Show ground track deviation on GPS. Emphasize: “Standard rate keeps you inside the protected airspace box.”

Error 5: Improper Timing

• Manifestation: Inbound legs significantly longer/shorter than 1 minute
• Cause: Starting time incorrectly, forgetting to time, calculation errors
• Consequences: Extended hold time, protected airspace deviation, ATC flow disruption
• Correction Technique:
  • Start time abeam fix or wings level, whichever is later
  • Use timer function, not sweep second hand
  • Call out “ABEAM, TIMING” as verbal trigger
  • Write down inbound time, calculate outbound adjustment
• Instructional Method: Have student narrate timing procedure aloud. Create timing worksheet showing wind correction calculations. Use analogy: “Timing is like baking — if the recipe says 10 minutes, you don’t guess.”

Error 6: Improper Wind Drift Correction

• Manifestation: S-turns on inbound/outbound, drifting outside pattern
• Cause: Failure to determine drift, incorrect calculations, not monitoring ground track
• Consequences: Protected airspace exceedance, traffic conflict, poor pattern precision
• Correction Technique:
  • Note inbound drift angle immediately
  • Apply triple correction outbound
  • Monitor GPS ground track for verification
  • Adjust heading if drift continues
• Instructional Method: Use overhead projector or iPad to show ground track overlay. Draw expected pattern, then show actual ground track with no correction. Ask student: “Where does this put you relative to protected airspace?”

Error 7: Failure to Recognize Holding Fix Passage

• Manifestation: Continuing past fix, late turn, uncertain position
• Cause: Poor navigation monitoring, distraction, ambiguous fix passage
• Consequences: Protected airspace deviation, loss of situational awareness, ATC confusion
• Correction Technique:
  • Brief expected fix passage indication before arrival
  • Use multiple cues (TO/FROM, DME, GPS)
  • Call out “STATION PASSAGE” aloud
  • If uncertain, ask ATC for confirmation
• Instructional Method: Set up multiple fix passage scenarios (VOR, NDB, GPS, intersection). Have student verbalize expected indication, then confirm. Emphasize: “If you’re not sure you crossed it, you probably didn’t.”

Error 8: Failure to Comply with ATC Instructions

• Manifestation: Incorrect entry direction, wrong holding course, missed EFC time
• Cause: Incomplete readback, misheard clearance, memory error
• Consequences: Traffic conflict, possible pilot deviation, failed checkride
• Correction Technique:
  • Write down complete holding clearance
  • Read back all elements
  • Brief holding instructions before executing
  • Query ATC if any uncertainty
• Instructional Method: Give increasingly complex holding clearances. Require student to write, read back, and brief before executing. If student misses element, have them explain consequences.

Analyzing and Correcting Simulated Errors — CFII Teaching Skill

As a CFII candidate, you must demonstrate ability to:

1. Recognize errors immediately — identify drift, timing, altitude deviations as they develop
2. Diagnose root cause — distinguish between technique error and knowledge gap
3. Provide specific correction — give actionable guidance, not general criticism
4. Verify correction — ensure student can repeat correct procedure

Error Analysis Framework:

• Observe student performance during simulated hold
• Identify specific deviation (e.g., “inbound leg took 1:20”)
• Ask diagnostic question (“What was your outbound time?”)
• Link cause to effect (“Outbound was 1:00, but you had 15-knot headwind inbound”)
• Demonstrate correction (“Let’s try triple your drift correction on outbound”)
• Have student repeat correctly

Teaching Technique: Don’t just say “wrong” — explain WHY it’s wrong and WHAT happens as a result. Use the formula: “I see [error], which causes [consequence], so we need to [correction].”

Use of MFD and Graphical Navigation Displays

Multifunction Displays in Modern Helicopters

• GPS moving map shows real-time position relative to holding pattern
• Provides immediate visual feedback on ground track
• Reduces workload for pattern visualization
• NOT a substitute for primary navigation instruments

Holding Pattern Depiction on MFD

• Pattern typically overlaid on moving map
• Aircraft symbol shows position relative to protected airspace
• Ground track line shows actual flight path
• Helps visualize wind correction effectiveness

Limitations and Risks

• MFD requires GPS signal — RAIM loss removes this guidance
• Fixation on MFD can lead to altitude/airspeed deviations
• Some units auto-sequence holding pattern, others require manual activation
• MFD shows ground track, not heading — must still fly correct headings with drift correction

Best Practices for MFD Use in Holding

• Use MFD for big-picture situational awareness
• Confirm holding pattern loaded correctly before entry
• Monitor ground track to verify wind correction effectiveness
• Maintain primary scan on flight instruments for altitude/airspeed/heading
• Brief MFD failure procedure (revert to conventional timing/navigation)

Teaching Emphasis: The MFD is a SA tool, not the primary holding reference. Compare to checking your mirrors while driving — they help, but you still watch the road. Brief students: “Glance at the MFD, live on the flight instruments.”

Regulatory Framework

14 CFR 91.175 — Holding Position Marking

• Not directly applicable (refers to ground markings)

14 CFR 91.185 — Two-Way Radio Communications Failure

• Leave holding fix at EFC time or filed flight plan time if no EFC given
• Critical for holding procedure planning

AIM 5-3-8 — Holding Procedures

• Standard pattern: right turns
• Non-standard pattern: left turns (ATC will state)
• Standard airspeeds by altitude
• Entry procedures and protected airspace
• DME holding patterns

14 CFR 91.183 — IFR Communications

• Required to acknowledge all clearances
• Holding clearance must be read back in full

Pilot/Controller Glossary

• “Holding pattern” definition
• “Expect Further Clearance (EFC)” definition
• Critical for understanding holding communications

Single-Pilot Helicopter IFR Workload Management

Task Saturation Risk

• Holding is high-workload: navigation, timing, drift correction, altitude, airspeed, communications
• Single-pilot operations mean no backup for errors
• Fatigue compounds errors in extended holds

Workload Reduction Techniques

• Set up all equipment 2+ minutes before fix
• Use autopilot if available (rare in training helicopters)
• Write down clearance and EFC time
• Use timers and automation to reduce mental math
• Verbalize steps to maintain focus

Safety Considerations

• Monitor fuel state — know holding endurance
• Be prepared to request priority if fuel becomes critical
• Understand when to request holding delay due to weather deterioration
• Have missed approach procedure briefed before leaving holding fix

Schedule

Equipment

Required References

• FAA-S-8081-9E (Instrument Rating PTS for Helicopter)
• FAA-H-8083-15B (Instrument Flying Handbook, Chapter 10)
• FAA-H-8083-9B (Aviation Instructor’s Handbook)
• FAA-H-8083-21B (Rotorcraft Flying Handbook, Chapter 12)
• 14 CFR Part 91 (Subpart B, IFR operations)
• AIM Chapter 5, Section 3 (Holding procedures)
• Aeronautical Information Manual (Pilot/Controller Glossary)

Materials and Visual Aids

• Whiteboard or large paper pad with markers
• Holding pattern entry overlay templates (plastic or laminated)
• Magnetic heading card or compass rose (desktop size)
• IFR en route chart showing multiple holding patterns
• Timer or stopwatch
• Navigation log worksheet with holding calculations
• Approach plates with published holding patterns
• Simulated holding clearance cards
• Ground track diagram templates

Navigation Equipment (Demonstration)

• Aviation radio transceiver or simulator
• VOR/ADF/GPS receiver or training simulator
• Navigation computer or tablet with holding pattern app
• MFD simulator or tablet-based moving map display
• Example GPS unit showing holding pattern mode

Teaching Aids

• Overhead projector or large monitor for ground track demonstrations
• Physical holding pattern model (string and markers to show 3D pattern)
• Video examples of holding procedures (if available)
• Error scenario cards for student analysis

Instructor Actions

The CFII candidate demonstrates ability to teach holding procedures by:

1. Explaining Equipment Setup Procedures

   • Demonstrates proper VOR/NDB/GPS tuning sequence
   • Explains identification requirements and regulatory basis (14 CFR 91.171)
   • Shows OBS setting methodology for holding course
   • Demonstrates DME setup for distance-based holds
   • Explains single-pilot workload management during equipment configuration
   • Uses “TITS” checklist (Tune, Identify, Test, Set) while verbalizing each step

2. Teaching Airspeed Selection

   • Explains regulatory holding speed limits by altitude (AIM 5-3-8)
   • Demonstrates calculation of appropriate holding speed for helicopter type
   • Discusses fuel consumption vs. controllability tradeoff
   • Explains when and how to request speed deviations from ATC
   • Compares airspeed effect on wind drift (slow helicopter vs. fast airplane analogy)

3. Demonstrating Fix Passage Recognition

   • Explains specific indications for VOR, NDB, GPS, DME, intersection fixes
   • Shows timing initiation point using multiple examples
   • Demonstrates ambiguous fix passage scenario and resolution procedure
   • Uses whiteboard to draw fix passage indications for each navigation type
   • Explains backup methods when primary indication unclear

4. Teaching Entry Procedure Selection

   • Draws holding pattern with 70-degree/110-degree zone divisions
   • Demonstrates entry selection process using heading overlay method
   • Explains each entry type (parallel, teardrop, direct) with ground track diagram
   • Shows decision-making process when aircraft heading near zone boundary
   • Provides memory aid: “If in doubt, teardrop or parallel keeps you safe”
   • Uses magnetic heading card to practice multiple entry scenarios

5. Explaining Timing Procedures

   • Demonstrates timing initiation (“abeam fix or wings level, whichever is later”)
   • Shows timing adjustment calculations for wind correction
   • Explains first pattern standard timing vs. subsequent patterns
   • Demonstrates use of timer and backup timing methods
   • Teaches verbalization technique: “ABEAM, TIMING” callout

6. Teaching Wind Drift Correction

   • Demonstrates triple drift rule with numerical examples
   • Shows heading comparison method for drift correction calculation
   • Explains GPS ground track monitoring technique
   • Draws ground track diagram showing wind effect on pattern
   • Demonstrates correction adjustments based on observed track
   • Uses river-crossing analogy to explain drift compensation

7. Explaining DME Holding Procedures

   • Demonstrates DME fix identification technique
   • Shows DME-distance leg holding procedure step-by-step
   • Explains DME monitoring for continuous position awareness
   • Teaches integration of DME with VOR holding for enhanced SA

8. Teaching ATC Reporting Requirements

   • Explains required vs. requested reports (AIM 5-3-3)
   • Demonstrates proper holding clearance readback
   • Shows when and how to report holding fix arrival
   • Explains EFC time compliance and lost comm procedures (14 CFR 91.185)
   • Provides phraseology examples for each report type

9. Demonstrating MFD Usage

   • Shows holding pattern depiction on moving map display
   • Explains ground track vs. heading distinction
   • Demonstrates scan pattern integrating MFD with flight instruments
   • Explains MFD failure procedures and reversion to conventional navigation
   • Teaches “glance at MFD, live on instruments” technique

10. Analyzing Common Errors

    • Presents each of eight common errors with specific examples
    • Demonstrates recognition of error as it develops (not after completion)
    • Explains diagnostic questioning technique to identify root cause
    • Shows specific correction procedure for each error type
    • Demonstrates verification that student understood and can repeat correction
    • Uses error analysis framework: observe, diagnose, correct, verify

11. Simulating Instructional Scenarios

    • Presents holding clearance to evaluator (acting as student)
    • Observes evaluator’s simulated response
    • Identifies errors in equipment setup, entry selection, timing, or wind correction
    • Provides specific corrective instruction
    • Verifies correction through student demonstration
    • Maintains instructional tone and appropriate pacing

12. Demonstrating While Explaining (Chair Flying)

    • Narrates complete holding procedure from clearance receipt through pattern exit
    • Simultaneously demonstrates hand/control movements and instrument scan
    • Explains decision-making process aloud at each step
    • Verbalizes wind correction calculations and timing adjustments
    • Shows integration of all elements: navigation, altitude, airspeed, timing, communications
    • Maintains “teaching voice” — clear, paced, encouraging

13. Correcting Simulated Student Errors

    • Recognizes errors presented by evaluator immediately
    • Diagnoses specific cause (knowledge gap vs. technique error)
    • Provides clear, actionable correction instruction
    • Demonstrates correct procedure
    • Verifies student understanding through question or re-demonstration
    • Links error to consequences to reinforce learning

14. Teaching Risk Management

    • Explains fuel monitoring during extended holds
    • Discusses workload saturation recognition and mitigation
    • Teaches when to request priority handling or holding exit
    • Explains navigation equipment failure procedures
    • Discusses RAIM loss procedures for GPS holding
    • Emphasizes altitude discipline as primary safety consideration

Student Actions

The evaluator (acting as CFII student or check airman) will:

1. Receive Instruction

   • Listen to CFII candidate’s explanation of holding procedures
   • Ask clarifying questions about equipment setup, entry selection, timing, wind correction
   • Request demonstration of specific techniques
   • Challenge assumptions or request regulatory basis for procedures

2. Perform Simulated Student Tasks

   • Respond to simulated holding clearances
   • Demonstrate equipment setup procedures
   • Select holding pattern entry methods
   • Calculate timing and wind corrections
   • Make required ATC position reports
   • Use MFD for holding pattern monitoring

3. Make Deliberate Errors (When Directed)

   • Incorrectly set navigation equipment
   • Select wrong entry procedure
   • Use improper timing procedures
   • Fail to apply wind drift correction
   • Miss holding fix passage
   • Fail to make required ATC reports
   • Allow altitude/airspeed deviations
   • Use excessive or insufficient bank angles

4. Respond to Correction

   • Implement CFII candidate’s corrective instruction
   • Ask follow-up questions about correction technique
   • Demonstrate understanding through correct re-performance
   • Provide feedback on instructional clarity

5. Evaluate Instructional Technique

   • Assess clarity of explanations
   • Evaluate appropriateness of teaching methods
   • Judge effectiveness of error correction
   • Verify regulatory and procedural accuracy
   • Rate overall teaching effectiveness

6. Present Challenging Scenarios

   • Request explanation of non-standard situations (GPS failure, strong winds, ambiguous fix passage)
   • Ask “what if” questions to test CFII candidate’s depth of knowledge
   • Simulate high-workload scenarios requiring prioritization
   • Challenge CFII candidate to explain complex situations simply

Completion Standards

The lesson is complete when the CFII candidate demonstrates instructional competence in holding procedures according to FAA-S-8081-9E, Area VII, Task B standards:

Knowledge Demonstration Standards

1. Equipment Setup Instruction

   • Explains complete navigation equipment configuration for VOR, NDB, GPS holding
   • Describes identification procedures and regulatory requirements (14 CFR 91.171)
   • Teaches systematic setup procedure reducing workload and errors
   • Explains MFD integration and limitations

2. Airspeed Requirements Instruction

   • States correct holding speed limits for all altitude ranges (AIM 5-3-8)
   • Explains helicopter-specific airspeed selection criteria
   • Describes fuel consumption, control margin, and wind effect considerations
   • Teaches decision-making process for airspeed selection

3. Fix Passage Recognition Instruction

   • Describes positive fix passage indications for all navigation types (VOR, NDB, GPS, DME, intersection)
   • Explains timing initiation procedures
   • Teaches backup methods for ambiguous situations
   • Demonstrates use of multiple navigation sources for confirmation

4. Entry Procedure Instruction

   • Accurately explains 70-degree rule for entry selection
   • Describes all three entry types with ground track visualization
   • Teaches decision-making when near zone boundaries
   • Provides memory aids and teaching techniques for student retention

5. Timing Procedure Instruction

   • Explains standard timing initiation points
   • Describes wind correction adjustment calculations
   • Teaches first-pattern vs. subsequent-pattern timing differences
   • Demonstrates verbalization and callout techniques

6. Wind Drift Correction Instruction

   • Explains triple drift rule with numerical examples
   • Describes heading comparison method
   • Teaches GPS ground track monitoring technique
   • Demonstrates correction effectiveness verification

7. DME Holding Instruction

   • Explains DME fix identification advantages
   • Describes DME-distance leg procedures
   • Teaches DME monitoring for position awareness

8. ATC Reporting Instruction

   • States all required reports without ATC request (AIM 5-3-3)
   • Explains holding clearance readback requirements (14 CFR 91.183)
   • Describes EFC compliance and lost comm procedures (14 CFR 91.185)
   • Provides correct phraseology examples

9. MFD Usage Instruction

   • Explains holding pattern depiction on graphical displays
   • Describes scan pattern integration with primary instruments
   • Teaches limitations and failure procedures
   • Demonstrates workload management with MFD use

10. Common Errors Analysis

    • Identifies all eight common errors with specific manifestations
    • Explains root causes for each error type
    • Describes consequences of each error
    • Provides specific correction techniques for each error
    • Demonstrates instructional methods for error prevention

Instructional Skill Standards

1. Teaching Effectiveness

   • Uses clear, concise explanations appropriate for instrument student level
   • Employs effective analogies and memory aids
   • Maintains logical sequence and organization
   • Adjusts teaching pace based on student comprehension
   • Encourages questions and verifies understanding

2. Demonstration Quality

   • Demonstrates holding procedures while simultaneously explaining
   • Maintains instrument scan while narrating decision-making process
   • Shows all steps in correct sequence
   • Verbalizes calculations and reasoning aloud
   • Models professional habits and procedures

3. Error Recognition and Correction

   • Recognizes simulated errors within 5 seconds of occurrence
   • Correctly diagnoses error type and root cause
   • Provides specific, actionable correction instruction
   • Demonstrates correct procedure
   • Verifies student understanding before continuing
   • Links error to consequences to enhance learning retention

4. Scenario Management

   • Responds appropriately to evaluator questions
   • Handles non-standard situations with correct procedures
   • Maintains composure during challenging scenarios
   • Provides clear guidance in high-workload situations
   • Prioritizes safety throughout instruction

5. Regulatory Knowledge

   • Cites correct regulations (14 CFR 91.171, 91.183, 91.185)
   • References appropriate AIM sections (5-3-3, 5-3-8)
   • Explains regulatory basis for procedures
   • Distinguishes between requirements and recommendations

Performance Standards (PTS CFII.VII.B)

All instructional content must enable a student to hold within the following tolerances:

• Altitude: ±100 feet from assigned altitude
• Airspeed: Within regulatory limits for altitude; ±10 knots from desired holding speed
• Heading: ±10° during straight flight segments
• Bank: Standard rate turns (3° per second); maximum 30° bank
• Course Tracking: Within ¾-scale deflection on CDI or within ±10° on bearing pointer
• Timing: Inbound legs within ±15 seconds of desired time (1:00 or 1:30)
• Communications: Complete and accurate readback of all holding clearances; all required reports made

Minimum Passing Criteria

The CFII candidate must:

• Address all knowledge elements accurately and completely
• Demonstrate all instructional skills effectively
• Recognize and correct all simulated errors appropriately
• Explain all procedures with regulatory foundation
• Maintain professional instructional demeanor throughout
• Enable hypothetical student to meet PTS performance standards through effective instruction

Any of the following constitute unsatisfactory performance:

• Incorrect regulatory citation or procedural explanation
• Failure to recognize simulated student error within reasonable time
• Ineffective or unclear correction instruction
• Inability to explain rationale for procedures
• Teaching methods that would not enable student to meet PTS standards
• Unprofessional or unclear instructional communication