REGULATIONS AND PUBLICATIONS RELATED TO IFR OPERATIONS

Objective

The CFII candidate will demonstrate the ability to teach regulations and publications related to IFR operations to instrument helicopter students. Upon completion, the candidate will effectively explain the structure, purpose, and application of 14 CFR Parts 61, 71, 91, 95, and 97; demonstrate proper use of the Instrument Flying Handbook, AIM, PTS, Chart Supplement, SIDs/STARs, en route charts, and approach procedure charts; and convey how these resources integrate to support safe single-pilot helicopter IFR operations. The candidate will use clear teaching methods that connect regulatory requirements to practical helicopter instrument flight scenarios.

PTS Reference: CFII.II.C — Technical Subject Areas: Regulations and Publications Related to IFR Operations

Measurable Outcome: The CFII candidate will deliver a 45-minute ground lesson covering all required regulatory parts and publications, answer scenario-based questions demonstrating teaching ability, and show proper cross-referencing techniques between regulations and operational resources with instructor-level proficiency.

Content

Introduction to IFR Regulatory Framework (5 minutes)

The foundation of helicopter IFR operations rests on understanding that regulations create safety boundaries while publications provide the operational details within those boundaries. As an instrument instructor, you must teach students not just what the rules are, but why they exist and how they protect single-pilot helicopter operations in IMC.

Teaching Point: The regulatory structure is hierarchical—14 CFR establishes legal requirements, while publications like the AIM provide standardized procedures and the Chart Supplement gives airport-specific details. Students often memorize regulations without understanding their purpose. Effective instruction connects each regulation to a real operational scenario.

14 CFR Part 61 — Certification: Pilots, Flight Instructors, and Ground Instructors (10 minutes)

Subpart A — General

• §61.3: Required pilot certificates, ratings, and documents for IFR operations
• §61.51: Logging requirements for instrument currency and recent experience
• §61.57(c): Instrument currency requirements—six approaches, holding, intercepting/tracking in preceding 6 months
• §61.57(d): Instrument Proficiency Check (IPC) requirements when currency lapses

Subpart B — Aircraft Ratings and Pilot Authorizations

• §61.65: Instrument rating requirements—40 hours actual/simulated, 15 with CFII, cross-country flight
• §61.133(a): Commercial pilot instrument privileges and limitations

Teaching Emphasis: Helicopter-specific considerations for currency:

• The six approaches can be flown in any combination of helicopters or ATDs/simulators (50% limitation applies)
• Holding procedures in helicopters require proper entry technique for lower airspeeds
• No category limitation—fixed-wing instrument approaches can maintain helicopter currency, but emphasize helicopter-specific training for practical proficiency
• Single-pilot IFR in helicopters demands higher proficiency due to workload—legal currency is minimum standard, not operational readiness

Common Student Misconceptions:

• “I need six approaches in helicopters specifically” — False, but practically recommended
• “The IPC must be in the same category” — False per regulation, though helicopter differences matter
• “I can log approaches under the hood in VMC for currency” — True only if with safety pilot or instructor

Instructional Scenario: Student asks, “I flew four helicopter approaches and two airplane approaches last month. Am I current?” Walk through §61.57(c) analysis: Yes, legally current for helicopters despite flying different categories. Discuss why additional helicopter practice remains professionally prudent due to hover/OGE requirements unique to Category A approaches.

14 CFR Part 71 — Designation of Class Airspace Areas (8 minutes)

Relevance to Helicopter IFR Operations:

• §71.33: Class A airspace—FL180 and above, IFR only, limited helicopter operations
• §71.61: Class D airspace—special helicopter VFR operations at night (when fixed-wing cannot)
• §71.71: Class E airspace—IFR en route structure, minimum IFR altitudes
• §71.77: Class E transition areas—often 700’ AGL around airports with instrument approaches

Teaching Point: Part 71 defines where you can operate IFR, but helicopters have unique capabilities. Class E surface areas exist at airports without towers that have instrument approaches—your student must understand these are “uncontrolled IFR airports” requiring position reports and traffic awareness.

Helicopter-Specific Applications:

• Many hospital helipads and offshore operations occur in Class G below 700’ AGL—IFR separation services unavailable
• Helicopters can obtain Special VFR at night in Class D (unlike airplanes per §91.157)—teach when this provides operational flexibility vs. when actual IFR flight plan is safer
• Low IFR en route altitudes (sometimes below 2,000’ AGL in mountainous areas) intersect with helicopter VFR traffic

Visual Aid: Use sectional chart overlaid with IFR en route chart to show airspace boundaries, particularly Class E transition areas around non-towered airports with GPS approaches.

14 CFR Part 91 — General Operating and Flight Rules (12 minutes)

Subpart B — Flight Rules, General

• §91.103: Preflight action—required for IFR including weather, fuel requirements, alternates, NOTAMs
• §91.109: Safety pilot requirements when practicing under the hood
• §91.121: Altimeter settings—source requirements for IFR
• §91.123: ATC clearance compliance—IFR is not optional
• §91.125: Position reporting requirements—critical at non-radar facilities
• §91.129: Class D operations—tower contact requirements
• §91.131: Class B operations—clearance required even for helicopters
• §91.135: Class A operations—rare for helicopters but exists for high-altitude ferry flights
• §91.155: VFR weather minimums—teach contrast with IFR alternate minimums

Subpart B — Instrument Flight Rules

• §91.167: Fuel requirements—to destination, then alternate (if required), then 30 minutes at normal cruise (helicopters)
• §91.169: IFR flight plan requirements and information
• §91.171: VOR check requirements—±4° VOT, ±6° certified checkpoint, ±6° dual VOR, ±6° airborne checkpoint
• §91.173: ATC clearance and flight plan required
• §91.175: Takeoff and landing minimums—critical helicopter distinctions
• §91.177: Minimum IFR altitudes—MEA, MOCA, MCA, MVA concepts
• §91.179: IFR cruising altitude or flight level (odd/even system)
• §91.180: Operations within controlled airspace—lost comm procedures
• §91.183: IFR communications—position reporting requirements
• §91.185: Two-way radio communication failure procedures

§91.175 Deep Dive for Helicopters:

This regulation contains helicopter-specific language that many instructors miss:

(d)(2) - Helicopter visibility reduction: Helicopters may reduce visibility requirements by one-half (minimum 1/4 mile or 1200 RVR) when approach is annotated with “Visibility Reduction by Helicopters NA.” This reduction allows Point-in-Space approaches and special helicopter procedures.

Teaching Analogy: “Your helicopter trades forward speed for precision hover capability. Regulations recognize this—you can legally operate in lower visibility because you can slow to nearly zero groundspeed to assess the environment. But this is a privilege that demands exceptional proficiency. Half the visibility means twice the workload.”

(f) - Civil airport takeoff minimums: Part 97 standard is 1 statute mile visibility (or SMR/RVR equivalent) unless otherwise specified. Helicopters may use standard minimums unless OpSpecs require higher. Many helicopter operators impose personal minimums above Part 97 standards.

§91.185 Lost Comm Emphasis:

Single-pilot helicopter IFR creates higher lost-comm probability due to headset issues, electrical failures affecting single-comm radios, and high cockpit workload. Teach the memory aid AVE-F MEA:

• Assigned altitude/flight level
• Vectored altitude
• Expected altitude from clearance
• Filed altitude
• MEA (minimum en route altitude)

Then: Route follows clearance as expected, filed, direct priority.

§91.167 Helicopter Fuel Requirements:

Standard: Destination + Alternate (if required) + 30 minutes reserve. Compare to fixed-wing (45 minutes):

Teaching Point: “Helicopters burn less fuel but have smaller tanks. The 30-minute reserve in a Robinson R22 might be 6 gallons—barely enough to assess an alternate if weather deteriorates. Professional minimums often add 1 hour reserve, especially for single-pilot operations without autopilot. Regulations set minimums; good judgment adds margins.”

Alternate Requirements (§91.169):

• Required unless: 1-2-3 rule applies (±1 hour from ETA: ceiling 2,000’ above airport elevation, visibility 3 SM)
• Alternate minimums for helicopters: precision approach (600-2) or non-precision (800-2) unless higher minimums published
• Helicopter-specific alternate minimums appear in Chart Supplement—often allow lower visibility than fixed-wing

14 CFR Part 95 — IFR Altitudes (3 minutes)

Structure and Purpose:

• Establishes minimum IFR altitudes for airways and routes
• MEA (Minimum En Route Altitude): Minimum altitude for obstacle clearance and navaid reception
• MOCA (Minimum Obstruction Clearance Altitude): Provides obstacle clearance but navaid reception only within 22 NM of VOR
• MCA (Minimum Crossing Altitude): Required altitude at specified fixes before proceeding on next segment
• MVA (Minimum Vectoring Altitude): ATC radar minimum—not published, but affects radar vector clearances

Helicopter Application:

• Part 95 altitudes apply equally to helicopters—no reduction for slow speed
• Low IFR en route altitudes in some regions (e.g., 2,000’ MSL in Florida) increase traffic conflict potential with VFR helicopters
• Helicopters on GPS routes must still comply with published MEAs unless “COPTER” route designator allows lower

Teaching Scenario: “You’re flying V3 northbound. Chart shows MEA 4,000’, MOCA 2,500’. You lose VOR reception at 3,000’ MSL. What’s your regulatory requirement?” Answer: Climb to MEA (4,000’) unless within 22 NM of VOR where MOCA provides obstacle clearance. Regulation prioritizes obstacle clearance, then navigation capability.

14 CFR Part 97 — Standard Instrument Procedures (8 minutes)

Subpart A — General

• §97.3: Defines symbols, terms, and approach procedure components
• §97.10: Use of government charts required unless using commercial equivalent

Subpart C — TERPS (Terminal Instrument Procedures)

Part 97 incorporates procedures designed under TERPS criteria. Helicopter-specific elements:

Approach Categories: Helicopters may use Category A minimums (approach speed less than 91 KIAS) OR Helicopter-only minimums when published. Helicopter minimums often allow:

• Lower visibility (§91.175 reduction applies)
• Steeper descent angles (some up to 6.5°)
• Lower DA/MDA (Point-in-Space procedures)

Copter-Only Procedures:

• Point-in-Space (PinS): Approach to MAP with “Proceed VFR” requirement—not to a runway
• Annotated “COPTER” in procedure title
• May have reduced obstacle clearance areas due to helicopter maneuverability
• Cannot be flown by fixed-wing aircraft

Missed Approach Procedures:

• Standard climb gradient: 200 feet per nautical mile (approximately 3.3%)
• Helicopters meet this easily, but engine failure considerations matter
• Some helicopter approaches specify “climb to XXX before turning”—obstacle clearance, not performance limitation

Teaching Emphasis: Part 97 procedures are standardized for safety, but helicopter-specific procedures recognize unique capabilities. Your student must know when helicopter minimums require helicopter-only approach (fixed-wing prohibited) vs. when helicopter pilot chooses to use Cat A minimums on any approach.

Takeoff Minimums (§91.175(f) and Part 97):

• Standard: 1 SM visibility unless departure procedure specifies otherwise
• Obstacle Departure Procedures (ODPs): Textual or graphic, ensure obstacle clearance
• Diverse Departure Areas: Provide 200’/NM climb gradient in all directions unless otherwise stated
• Non-standard takeoff minimums published in Chart Supplement under TPP section

FAA-H-8083-15B — Instrument Flying Handbook (3 minutes)

Structure:

• Chapters 1-5: Instrument flying environment, aerodynamics, flight instruments, navigation systems, regulations
• Chapters 6-10: IFR flight planning, procedures, approaches, weather, emergencies

Helicopter-Specific Content:

• Chapter 2: Helicopter aerodynamic differences affecting instrument flight (translating tendency, settling with power in IMC)
• Chapter 10: Helicopter instrument approach procedures, Point-in-Space approaches

Teaching Use:

• Primary reference for teaching instrument flying concepts
• Use diagrams for explaining holding entry procedures, approach segments
• Supplement with Helicopter Instructor’s Handbook (FAA-H-8083-4) for teaching methodology

Instructional Application: When teaching holding patterns, use Figure 3-22 (holding entry diagrams) from IFH. For helicopters, emphasize that entries use same procedures as fixed-wing but require earlier planning due to slower cruise speeds and rapid deceleration capability.

Aeronautical Information Manual (3 minutes)

Key Sections for IFR Helicopter Operations:

Chapter 1 — Air Navigation:

• 1-1-3: VOR usage and accuracy
• 1-1-17: GPS/WAAS for helicopter IFR
• 1-1-19: RNAV (GPS) approach procedures
• 1-2: Performance-Based Navigation (PBN) concepts

Chapter 4 — ATC:

• 4-1: ATC services available to IFR helicopters
• 4-3-11: Position reporting requirements (critical for non-radar environments)
• 4-4-3: Clearance items and procedures

Chapter 5 — Air Traffic Procedures:

• 5-2-8: Instrument departure procedures
• 5-3-7: Minimum turning altitudes (MTA)—helicopters turn within tighter radius but same altitude restrictions apply
• 5-4: Arrival procedures (STARs)
• 5-4-5: Instrument approach procedures (helicopter distinctions)
• 5-4-20: Missed approach procedures
• 5-5-15: Helicopter operations in IMC—Point-in-Space, air taxi routes

Chapter 10 — Helicopter Operations:

• 10-1: Helicopter IFR operations
• 10-2: Helicopter instrument approaches (COPTER approaches, visibility reduction)

Teaching Point: The AIM is non-regulatory but contains FAA’s official guidance. Phrase like “should” indicates recommended practice; “shall” indicates regulatory requirement. Students must understand AIM supplements regulations—when ATC gives instructions, comply per §91.123 even if AIM suggests different technique.

Practical Test Standards (2 minutes)

FAA-S-8081-9E (Instrument Rating PTS):

• Defines Areas of Operation, Tasks, and Objectives for instrument rating practical test
• Specifies performance standards (e.g., altitude ±100’, heading ±10°, airspeed ±10 knots)
• Student must meet PTS standards on checkride—instructor must teach to this benchmark

FAA-S-8081-17 (CFII PTS — this document):

• Defines what CFII candidate must demonstrate in teaching IFR operations
• Includes Fundamentals of Instructing (Area I) applicable to instrument instruction
• Technical subject areas (Area II) require teaching proficiency, not just operational proficiency

Instructional Use: Show student the PTS for their rating early in training. Use it as training outline. After each lesson, debrief against PTS standards: “Today we worked on Task B, Unusual Attitudes. PTS requires recovery with minimum altitude loss. You recovered within 50 feet—well within standard.”

Chart Supplement (formerly A/FD) (2 minutes)

IFR-Critical Information:

Airport Section:

• Takeoff minimums and ODPs (TPP section)
• IFR alternate minimums (helicopter-specific where published)
• Lighting systems (HIRL, MIRL availability affects circling approaches)
• Fuel availability (critical for IFR alternate selection)
• FBO services and hours (after-hours fuel unavailable = unsuitable alternate)

Special Notices:

• Helicopter operations at specific airports
• Noise abatement procedures affecting departure routing
• PPR (Prior Permission Required) requirements

Helicopter-Specific Entries:

• Some airports prohibit helicopter use of runways—taxiway operations only
• Helicopter landing areas (helipads) at airports may have separate instrument procedures

Teaching Technique: During flight planning lesson, have student look up destination airport. Ask: “You arrive after dark and shoot the GPS approach to minimums. You land and need fuel. Is it available?” Force student to read “FUEL 100LL, Jet A—attended 0700-1900 local.” Answer: Maybe not—call ahead or select alternate with 24-hour fuel.

Standard Instrument Departures (SIDs) and Standard Terminal Arrivals (STARs) (3 minutes)

SIDs (AIM 5-2-8):

• Pilot Nav SIDs: Require pilot to navigate using published routes and altitudes
• Vector SIDs: ATC provides radar vectors after initial departure instructions
• Obstacle clearance provided if climb gradient met (usually 200’/NM, may be higher)

Helicopter SID Considerations:

• Helicopters easily meet standard climb gradients but may struggle with non-standard (400’/NM+) in high density altitude
• “Diverse departure” airports allow any direction departure at 200’/NM—preferable for helicopters
• Annotated “COPTER” SIDs are rare—most helicopters use standard SIDs

STARs (AIM 5-4-1):

• Transition from en route to terminal environment
• May include altitude and speed restrictions—helicopters must comply with altitudes, often cannot meet fixed-wing speed restrictions
• Clearance “descend via” requires compliance with altitude AND speed—advise ATC if unable speed

Teaching Point: “You receive clearance: ‘Cleared STRYA3 arrival, descend via.’ You’re in a Robinson R44 with max cruise 110 knots. STAR shows 250 knot restriction at STRYA. What do you do?” Answer: Accept clearance (altitude compliance required), advise ATC “unable 250 knots, maximum 110 knots” immediately. ATC will acknowledge—speed restriction waived for helicopters unable to comply, but altitude restrictions mandatory.

ATC Expectations:

• File SID/STAR in flight plan if capable—reduces frequency congestion
• Refuse SID/STAR by writing “NO SID” or “NO STAR” in remarks—ATC will issue full routing
• When accepting, must comply with restrictions unless amended by ATC

En Route Charts (IFR Low Altitude and High Altitude) (3 minutes)

Low Altitude Charts (up to 17,999’ MSL):

• Victor airways: VOR-based routes with MEA, MOCA, MCA
• T-routes: RNAV (GPS) routes, usually lower MEAs than Victor airways
• Depict: Airports, NAVAIDs, MEAs, MOCAs, MCAs, MAAs, distances, communication frequencies

Chart Elements Critical for Helicopters:

MEAs in boxes: Indicate minimum en route altitude for obstacle clearance and navaid reception. Helicopters cannot fly below MEA without ATC authorization (MVA).

MOCA (with asterisk): Provides obstacle clearance but navaid reception only within 22 NM of VOR. Risk for single-pilot IFR: losing navigation capability in IMC while legal.

Changeover Points (COPs): Where you switch from one VOR to next—ensures strongest signal. Helicopters’ slower speed allows more time to identify COP passage.

Remote Communications Outlets (RCOs): FSS frequencies for flight plan updates, weather—critical when FSS not co-located with facility.

Teaching Technique: Use expired en route chart for markup. Highlight student’s route in yellow. Circle each MCA, box each frequency change, annotate estimated time between fixes. Teach chart reading as active process, not passive reference.

GPS Substitution:

• Can substitute GPS for DME and ADF
• Can substitute GPS for VOR on Victor airways (if GPS approach-certified)
• Cannot substitute GPS for lateral guidance on LOC-based approaches (ILS, LOC, LDA)

Standard Instrument Approach Procedure Charts (4 minutes)

TERPS Chart Structure:

Plan View:

• Depicts initial approach fix (IAF), intermediate fix (IF), final approach fix (FAF), missed approach point (MAP)
• Feeder routes to IAFs
• Holding patterns (if applicable)
• MSA (Minimum Safe Altitude) circle—emergency altitude within 25 NM of facility

Profile View:

• Vertical depiction of approach segments
• Altitudes at each fix
• Descent angle (typically 3° for precision, varies for non-precision)
• Missed approach instructions

Minimums Section:

• Category-specific minimums (A, B, C, D) OR Helicopter-only minimums
• DA (Decision Altitude) for precision, MDA (Minimum Descent Altitude) for non-precision
• Visibility requirements (RVR or statute miles)
• Lighting requirements (if applicable)

Airport Diagram:

• Runway layout, taxiways, lighting
• Helicopter landing areas (helipads) if applicable

Helicopter-Specific Chart Elements:

“COPTER” annotation: Indicates helicopter-only procedure—fixed-wing cannot fly.

Point-in-Space (PinS) approaches:

• MAP is not at runway—usually geographic fix or navaid
• Minimums followed by “PROCEED VFR” instruction
• Requires VFR conditions at MAP to continue visually to landing area
• Common for hospital helipads, offshore platforms, remote sites

Visibility Reduction Note: “Visibility reduction by helicopters NA” means §91.175(d)(2) reduction (one-half, minimum 1/4 SM or 1200 RVR) is prohibited on this approach. Usually due to obstacles or terrain.

Helicopter-only minimums example:

Category A: DA 450' (350' HAA), Visibility 1 mile
COPTER: DA 350' (250' HAA), Visibility 1/2 mile

Helicopter minimums lower because of reduced approach speed and ability to maneuver in confined space.

Teaching Process:

1. Brief approach from top: airport information, frequencies, notes
2. Identify IAFs and feeder routes
3. Brief altitudes at each segment
4. Identify FAF (precision) or MAP (non-precision)
5. Determine applicable minimums (Category A vs. COPTER)
6. Brief missed approach procedure completely—altitude, heading, route
7. Note time from FAF to MAP (if non-precision)

Common Student Errors:

• Confusing HAT (Height Above Touchdown) with HAA (Height Above Airport)—helicopters use HAA
• Attempting to use helicopter minimums on Cat A approach—only if annotated “COPTER”
• Missing lighting requirements (e.g., “ALS required for visibility reduction”)

Integration of Regulations and Publications (2 minutes)

Scenario-Based Teaching:

Present this scenario to demonstrate integrated use:

“You’re planning a flight from uncontrolled airport KXYZ (Class E surface area) to KABC (Class D, tower closes at 2200L). Forecast at ETA (2230L): 500 overcast, 2 SM. KABC has GPS-A approach with Cat A minimums 500-1, COPTER minimums 400-1/2. Alternate KDEF (30 NM away): VFR conditions forecast. Your helicopter: 3-hour endurance at cruise, burns 20 GPH.”

Integrated Analysis:

Part 91.169 (Alternate): 1-2-3 rule does not apply (weather below 2,000’ ceiling, 3 SM). Alternate required.

Part 97 (Alternate Minimums): KDEF needs 800-2 for non-precision or 600-2 for precision. Check Chart Supplement for published alternate minimums—KDEF may have non-standard minimums.

Part 91.167 (Fuel): Need fuel to KABC + KDEF (30 NM) + 30 minutes reserve. Estimate: 1 hour to KABC + 0.3 hour to KDEF + 0.5 hour reserve = 1.8 hours = 36 gallons minimum. You have 60 gallons—legal.

Part 91.175 (Landing Minimums): KABC forecast 500-2 meets Cat A minimums (500-1). If using COPTER minimums (400-1/2), weather is below minimums (visibility 2 SM > 1/2 SM required). Must use Cat A minimums—legal.

AIM 5-4-5 (Tower Closed): KABC tower closed at ETA. Approach remains legal. Frequency becomes CTAF. Must make position reports per §91.183 and AIM 4-1-9.

Chart Supplement: Verify KABC lighting—if approach lighting required for Cat A minimums, confirm pilot-controlled lighting (PCL) available and how to activate.

Part 71: KABC becomes Class E surface area when tower closed (reverts to Class G if no instrument approaches, but GPS-A exists, so Class E remains). No clearance required to enter, but IFR flight plan and ATC separation services continue.

This scenario requires simultaneous use of Parts 61, 71, 91, 97, AIM, Chart Supplement, and approach chart. Effective instruction teaches students to cross-reference fluidly.

Schedule

Total Time: 75 minutes (includes 15 minutes for Q&A and scenario evaluation beyond minimum 45-minute lesson delivery)

Equipment

Required References

• 14 CFR Parts 61, 71, 91, 95, 97 (current edition, printed or FAA.gov digital access)
• FAA-H-8083-15B, Instrument Flying Handbook (current edition)
• FAA-H-8083-4, Rotorcraft Instructor’s Handbook (teaching methodology reference)
• Aeronautical Information Manual (current edition)
• FAA-S-8081-4C, Instrument Rating Practical Test Standards (student standard)
• FAA-S-8081-9E, Instrument Flight Instructor Practical Test Standards (CFII standard)
• Chart Supplement (current edition for teaching area)
• Current IFR en route chart (low altitude)
• Current terminal procedures publication with SIDs, STARs, and approach plates

Approach Plate Examples (minimum 4 required)

• One ILS or LPV approach with Category A minimums
• One RNAV (GPS) approach with both Category A and COPTER minimums
• One Point-in-Space (PinS) approach (COPTER only)
• One approach with “Visibility Reduction by Helicopters NA” annotation

Visual Aids and Materials

• Whiteboard or flip chart with markers
• Sectional chart of local area
• IFR en route chart overlaid on sectional (demonstrate airspace/route relationship)
• Highlighters (yellow for route, pink for critical altitudes, blue for frequencies)
• Plotter and navigation computer (demonstrate distance/time calculations)
• Regulation quick-reference cards (student handout)
• Currency tracking worksheet
• Fuel calculation worksheet
• IFR flight planning scenario handout

Teaching Aids

• Laminated approach plate with grease pencil for markup demonstration
• Three-ring binder organized with tabbed sections: Part 61, 71, 91, 95, 97, AIM, Chart Supplement
• Regulation citation examples (pre-highlighted for teaching scenarios)
• Lost communication decision tree (AVE-F MEA flowchart)

Optional Enhancement Materials

• Tablet with ForeFlight or Garmin Pilot (demonstrate electronic chart usage)
• Expired charts for student markup practice
• FAA website bookmarks (NOTAM search, TFR map, digital Chart Supplement)

Instructor Actions

The CFII candidate will:

1. Prepare the learning environment by arranging all required references in organized manner, setting up visual aids (charts, whiteboard), and creating professional instructional atmosphere that demonstrates preparation and attention to detail.

2. Deliver opening statement explaining the lesson objective: “Today we’ll cover the regulations and publications that govern helicopter IFR operations. By the end of this lesson, you’ll understand how to use Parts 61, 71, 91, 95, and 97 together with the AIM, Chart Supplement, and IFR charts to plan and execute legal, safe instrument flights. We’ll focus on helicopter-specific differences from fixed-wing operations.”

3. Teach Part 61 requirements by:

   • Explaining §61.57(c) instrument currency using specific example: “You flew four approaches in January, two in February. On March 15th, are you current?” (Answer: Yes, six approaches in preceding six calendar months)
   • Demonstrating how to log instrument approaches properly using §61.51
   • Clarifying common misconception about category-specific currency using clear statement: “The regulation does not require six helicopter approaches—any aircraft or simulator. However, professional practice demands helicopter proficiency.”
   • Showing where to find IPC requirements (§61.57(d)) and explaining when IPC is required vs. when currency can be regained with safety pilot

4. Teach Part 71 airspace by:

   • Using sectional and en route chart overlay to show Class E transition areas around instrument approach airports
   • Explaining helicopter Special VFR at night capability (Class D) as operational advantage: “You can request SVFR at night when airplanes cannot—useful for departing Class D to commence IFR flight in Class E”
   • Identifying Class G areas below 700’ AGL where IFR separation services unavailable—relevant for low-altitude helicopter operations

5. Teach Part 91 IFR rules by:

   • Explaining §91.167 fuel requirements with calculation example: “Flight to airport 100 NM away, then alternate 30 NM beyond, then 30-minute reserve. At 90 knots groundspeed, 20 GPH: 1.1 hours + 0.3 hours + 0.5 hours = 1.9 hours × 20 GPH = 38 gallons minimum.”
   • Teaching §91.175 helicopter visibility reduction using approach plate: “This approach shows Cat A minimums 500-1. As helicopter, you can use 500-1/2 unless this note appears: ‘Visibility Reduction by Helicopters NA.’ Always check before reducing visibility.”
   • Demonstrating lost communication procedures using AVE-F MEA memory aid with specific clearance example: “Clearance was ‘Cleared to ABC via V3, climb and maintain 4,000, expect 6,000 ten minutes after departure.’ You lose comm at 5 minutes. What altitude?” (Answer: 4,000—assigned altitude until expected altitude time)
   • Explaining alternate requirements using 1-2-3 rule and working backward from ETA

6. Teach Part 95 altitudes by:

   • Using en route chart to identify MEA, MOCA, MCA symbols
   • Explaining difference: “MEA guarantees obstacle clearance AND navaid reception. MOCA guarantees obstacle clearance but navaid reception only within 22 NM of VOR. If you’re 40 miles from the VOR at MOCA and lose VOR signal, you’re legal for obstacles but may not be able to navigate.”
   • Showing MCA flag on chart and explaining requirement to cross fix at or above specified altitude

7. Teach Part 97 procedures by:

   • Comparing standard approach plate with COPTER approach plate side-by-side: “This GPS approach has Cat A minimums 500-1 and COPTER minimums 400-3/4. Notice COPTER minimums are lower because we can slow to near-hover for obstacle assessment. But you can ONLY use COPTER minimums when ‘COPTER’ appears in procedure title.”
   • Briefing Point-in-Space approach from top to bottom, emphasizing MAP is not runway: “Missed approach point is HUDVR waypoint, 1.2 miles before hospital. At MAP, if you have required visibility and can see hospital, proceed VFR. If not, execute missed approach—do not continue.”
   • Explaining takeoff minimums: “Standard is 1 mile visibility. Check Chart Supplement under airport listing. If it says ‘Takeoff Minimums: NA,’ you cannot depart IFR. If it lists non-standard minimums like ‘Rwys 9, 27: 300-1,’ you need 300-foot ceiling and 1 mile visibility.”

8. Teach Instrument Flying Handbook usage by:

   • Showing table of contents and identifying key helicopter sections (Chapter 2 on helicopter aerodynamics, Chapter 10 on helicopter approaches)
   • Demonstrating how to use IFH diagrams for teaching concepts: “When student asks about holding entry, open to Figure 3-22, draw their inbound course on the diagram, and show which entry sector they’re in. Visual beats verbal explanation.”

9. Teach AIM navigation by:

   • Opening to Chapter 5-4 and explaining approach procedure guidance
   • Contrasting regulatory vs. non-regulatory language: “‘Should’ means recommended best practice. ‘Shall’ indicates regulatory requirement. ‘May’ indicates optional procedure.”
   • Showing Chapter 10 helicopter operations section and reading excerpt on Point-in-Space approaches

10. Teach Chart Supplement use by:

    • Opening to airport page and walking through IFR-critical elements: “Fuel availability, hours of operation—critical for alternate selection. Lighting—required for night approaches. Takeoff minimums—found in TPP section.”
    • Demonstrating how to look up alternate minimums: “Not all airports are listed. If airport is NOT in alternate minimums section, use standard: 600-2 for precision, 800-2 for non-precision.”

11. Teach SID/STAR usage by:

    • Briefing SID from chart: “RYNLD3 departure, Runway 27, climb heading 270 to 2,000, then climbing right turn direct RYNLD, climb via SID to FL180. This is pilot-nav SID—you must navigate. Notice climb gradient: 300 feet per NM to 3,000. Standard is 200. What does this mean?” (Answer: Obstacle clearance requires steeper climb—can helicopter meet this?)
    • Explaining descent via STAR clearance: “Descend via means you must comply with all altitude AND speed restrictions. If you can’t make speed restriction in helicopter, advise ATC immediately.”

12. Teach en route chart reading by:

    • Tracing Victor airway on chart with finger, calling out MEAs at each segment
    • Showing changeover point: “Midpoint between VORs unless otherwise depicted. Ensures strongest signal. In helicopter at 90 knots, you have more time to identify COP than airplane at 150 knots.”
    • Demonstrating GPS substitution: “You can use GPS instead of VOR for flying this airway if your GPS is IFR-certified. Cannot use GPS for lateral guidance on LOC approach.”

13. Teach approach chart briefing by:

    • Performing full approach briefing using standard flow: “Airport elevation 623 feet. TDZE 619. Approach course 273. Frequencies: CTAF 122.8, ASOS 119.025. Minimums: Category A 500 HAA, 1 mile, or COPTER 400 HAA, 1/2 mile. Notes: Visibility reduction by helicopters authorized. Missed approach: Climb to 2,000, right turn direct HOMER VOR.”
    • Explaining difference between HAT and HAA: “HAT is height above touchdown—used for runways. HAA is height above airport—used for helicopters because we may land on taxiways or helipads, not touchdown zone.”

14. Integrate all publications by presenting scenario requiring cross-reference:

    • “Plan flight from KXYZ to KABC, 150 NM, GPS approach, ceiling/visibility forecast 600-1 at ETA. Alternate required? What minimums must alternate meet? How much fuel? Can you use COPTER minimums if forecast improves to 600-2?”
    • Walking student through answer using multiple references: Part 91.169 (alternate required—1-2-3 rule fails), Chart Supplement (check KABC alternate minimums), Part 91.167 (fuel calculation), Part 97 and approach chart (COPTER minimums legal if procedure authorizes)

15. Answer evaluator questions demonstrating teaching ability, not just knowledge:

    • Responding to “How would you teach lost comm procedures?” with teaching strategy: “I use AVE-F MEA memory aid, then create scenario with actual clearance. Student writes down clearance, I simulate comm failure at specific point, student talks through decision process out loud. Repetition with varied scenarios builds pattern recognition.”
    • When asked regulation interpretation question, citing specific regulation: “Part 91.185(c)(1) states you fly assigned altitude, vectored altitude, or expected altitude—whichever is highest—until reaching clearance limit. Then…”

16. Demonstrate resource organization by:

    • Showing how regulations are tabbed in binder for quick reference during flight planning
    • Explaining currency tracking system: “I recommend students keep currency log with dates of six approaches, holding, intercepting/tracking. Each month, glance at log to see if currency expires.”
    • Demonstrating electronic vs. paper chart comparison: “ForeFlight shows same information as paper chart but allows pinch-to-zoom. However, battery failure means you must have backup—either paper or second electronic device.”

17. Address helicopter-specific teaching points throughout lesson:

    • Consistently distinguishing helicopter capabilities from fixed-wing: “Airplanes cannot do this, but helicopters can…”
    • Emphasizing single-pilot IFR workload: “In airplane with autopilot, pilot can study approach plate during approach. In helicopter without autopilot, you must brief thoroughly before approach—no spare capacity for reading during final approach segment.”
    • Highlighting risk management: “Regulation sets minimum standard. Professional helicopter IFR pilots add personal minimums because consequences of IMC emergency in helicopter are higher—limited autorotation options, no glide capability.”

18. Conclude lesson by:

    • Summarizing integration concept: “These regulations and publications work together. Part 91 tells you what’s legal. Part 97 gives you procedures. AIM explains how to use them. Chart Supplement provides airport-specific data. Your job as IFR pilot is to consult all of them for every flight.”
    • Assigning study task: “Tonight, review Part 91.175 focusing on helicopter visibility reduction. Find three different approaches—one that allows reduction, one that prohibits it, one that’s COPTER-only. We’ll discuss tomorrow.”
    • Asking questions to confirm understanding: “What’s the difference between MEA and MOCA?” “When do you need an alternate?” “Can you fly a COPTER approach in a fixed-wing aircraft?”

Student Actions

During this lesson, the student (played by the evaluator or represented in teaching demonstration) will:

1. Follow along with references by having Part 61, 91, AIM, and charts available and turning to cited regulations as instructor teaches, demonstrating ability to locate information quickly.

2. Take notes on key teaching points, especially helicopter-specific distinctions, using organized note-taking method that separates regulations, procedures, and personal technique.

3. Ask clarifying questions such as:

   • “If I fly three approaches in a helicopter and three in an airplane, am I current in both?” (Prompts instructor to clarify category-specific currency interpretation)
   • “What if the forecast at my alternate deteriorates below alternate minimums after I depart?” (Prompts discussion of planning vs. execution requirements)
   • “Can I use GPS instead of ADF on a GPS approach with ADF required?” (Prompts GPS substitution rule explanation)

4. Work through scenarios presented by instructor:

   • Calculate fuel requirements using §91.167 and hypothetical flight data
   • Determine if alternate is required using 1-2-3 rule and forecast weather
   • Identify applicable minimums on approach chart (Cat A vs. COPTER)
   • Brief approach plate using standard flow taught by instructor

5. Respond to scenario-based questions:

   • “You’re flying V3 at 4,000 feet (the MEA). You lose VOR reception. What do you do?” (Expected answer: Continue at MEA, VOR reception not required as long as you maintain altitude and navigate by other means—GPS, pilotage if VMC)
   • “You’re on GPS approach, ATC asks if you can accept 500-1/2 minimums. The approach plate shows Cat A 500-1, COPTER 400-1/2. Can you accept?” (Expected answer: No, because minimums shown are 500-1 for Cat A, 400-1/2 for COPTER. 500-1/2 is not published, cannot be accepted.)

6. Demonstrate chart reading by:

   • Tracing route on en route chart from departure to destination
   • Identifying MEAs, MOCAs, frequencies along route
   • Locating and interpreting symbols (MCA flag, COP, airway distance)

7. Practice approach briefing using CFII’s demonstrated technique:

   • Starting with airport elevation and TDZE
   • Identifying frequencies (CTAF, ATIS/ASOS, tower if applicable)
   • Briefing course, altitudes at each fix
   • Stating applicable minimums
   • Briefing complete missed approach procedure

8. Compare regulations when instructor presents conflicts:

   • “Part 91.175 says you need flight visibility for approach. AIM says you can use RVR. Which is correct?” (Prompts discussion of regulation vs. guidance—regulation prevails, but AIM explains when RVR substitutes for visibility per regulation)

9. Identify errors in instructor’s intentional mistakes (teaching technique assessment):

   • Instructor states: “COPTER approaches can be flown by any aircraft using Cat A minimums.” Student should correct: “No, COPTER approaches are prohibited for fixed-wing aircraft.”
   • Instructor states: “You need six approaches in helicopters specifically.” Student should correct: “No, six approaches in any aircraft or approved simulator.”

10. Reference cross-checking by looking up information when instructor asks:

    • “Does KABC have non-standard alternate minimums? Check Chart Supplement.” (Student looks up airport in alternate minimums section)
    • “What’s the MEA on V3 between HOMER and SKYLINE VOR?” (Student reads en route chart)

11. Demonstrate understanding by explaining back to instructor in own words:

    • After lost comm lesson, student explains: “If I lose comm, I fly the highest of assigned, vectored, expected, or filed altitude until clearance limit. Then I follow route I was cleared on, or expected, or filed—in that order.”

12. Complete practice problems:

    • Fill out fuel calculation worksheet with instructor-provided flight data
    • Mark up approach plate with course, altitudes, frequencies using highlighting system
    • Plot route on en route chart, noting frequencies and MEAs at each segment

13. Provide feedback on teaching effectiveness:

    • “The AVE-F MEA memory aid makes lost comm easy to remember”
    • “I didn’t understand the difference between HAT and HAA until you showed the approach plate comparison”
    • Asking for re-explanation when concept unclear: “Can you explain MOCA vs. MEA again? I’m still confused when I can use MOCA.”

14. Self-assess learning by answering instructor’s closing questions:

    • Correctly states difference between MEA and MOCA
    • Correctly applies 1-2-3 rule to determine alternate requirement
    • Correctly identifies when COPTER minimums can be used

Completion Standards

The lesson is complete when the CFII candidate demonstrates instructional competence in teaching regulations and publications related to IFR operations, meeting the following standards per PTS CFII.II.C:

Knowledge Standards

The CFII candidate exhibits instructional knowledge by:

1. Accurately explaining 14 CFR Part 61 requirements:

   • States §61.57(c) instrument currency requirements (six approaches, holding, intercepting/tracking in preceding six calendar months)
   • Explains §61.57(d) IPC requirements when currency lapses beyond six months
   • Clarifies that currency can be maintained in any aircraft category or approved flight training device, though emphasizes helicopter proficiency for safe operations
   • Describes logging requirements per §61.51 for instrument approaches and IPC

2. Accurately explaining 14 CFR Part 71 airspace:

   • Describes Class A, D, and E airspace IFR requirements
   • Explains Class E surface areas at uncontrolled airports with instrument approaches
   • Identifies helicopter-specific capability for Special VFR at night in Class D airspace

3. Accurately explaining 14 CFR Part 91 IFR flight rules:

   • States §91.167 fuel requirements: destination + alternate (if required) + 30 minutes reserve for helicopters
   • Explains §91.169 alternate requirements using 1-2-3 rule and alternate minimums (600-2 precision, 800-2 non-precision unless otherwise published)
   • Details §91.175 takeoff and landing minimums, including helicopter visibility reduction provision (one-half, minimum 1/4 SM or 1200 RVR)
   • Explains §91.177 minimum IFR altitudes (MEA, MOCA, MCA)
   • Describes §91.185 lost communication procedures using AVE-F MEA framework
   • Correctly interprets other IFR regulations (§91.171 VOR checks, §91.173 clearance requirement, §91.183 position reporting)

4. Accurately explaining 14 CFR Part 95:

   • Defines MEA, MOCA, MCA, MVA and their applications
   • Explains obstacle clearance vs. navigation signal coverage distinction between MEA and MOCA
   • Describes when lower altitudes may be assigned by ATC (MVA in radar environment)

5. Accurately explaining 14 CFR Part 97:

   • Describes approach categories and helicopter-specific minimums
   • Explains Point-in-Space approaches and “Proceed VFR” requirements
   • Identifies when “COPTER” procedures can be used vs. Category A minimums
   • Explains “Visibility Reduction by Helicopters NA” annotation
   • Describes standard vs. non-standard takeoff minimums
   • Explains obstacle departure procedures (ODPs)

6. Demonstrating effective use of Instrument Flying Handbook:

   • Identifies relevant chapters for helicopter instrument instruction (Chapters 2, 10)
   • Shows how to use IFH diagrams for teaching navigation procedures (holding entries, approach segments)
   • Explains integration of IFH with helicopter-specific supplements

7. Demonstrating effective use of Aeronautical Information Manual:

   • Navigates to relevant sections (Chapters 1, 4, 5, 10)
   • Distinguishes between regulatory (“shall”) and advisory (“should”) language
   • Explains helicopter-specific guidance in Chapter 10
   • Shows where to find ATC procedures and phraseology

8. Demonstrating effective use of Practical Test Standards:

   • Explains how PTS defines performance standards for instrument rating
   • Shows how to use PTS as training syllabus outline
   • Identifies specific performance tolerances (altitude ±100’, heading ±10°)

9. Demonstrating effective use of Chart Supplement:

   • Locates IFR-critical information (fuel, lighting, takeoff minimums, alternate minimums)
   • Explains difference between airport listed in alternate minimums section vs. standard minimums
   • Shows how to find takeoff minimums and obstacle departure procedures in TPP section

10. Demonstrating effective use of SIDs and STARs:

    • Explains pilot-nav vs. vector SIDs
    • Describes climb gradient requirements and helicopter capability assessment
    • Explains “descend via” clearances and altitude/speed compliance
    • Addresses helicopter speed limitation issues with STAR restrictions

11. Demonstrating effective use of en route charts:

    • Identifies airway route structure (Victor airways, T-routes)
    • Locates and explains MEA, MOCA, MCA symbols
    • Finds changeover points, RCO frequencies, and reporting points
    • Explains GPS substitution rules for VOR/DME/ADF

12. Demonstrating effective use of approach procedure charts:

    • Briefs approach systematically: airport data, frequencies, course, altitudes, minimums, missed approach
    • Explains plan view, profile view, minimums section, airport diagram
    • Identifies Category A vs. COPTER minimums and when each applies
    • Explains Point-in-Space approach procedures
    • Interprets notes, including visibility reduction authorization or prohibition

Teaching Standards

The CFII candidate demonstrates instructional proficiency by:

1. Using effective teaching methods:

   • Organizes lesson logically with clear introduction, body, and conclusion
   • Uses scenario-based examples relevant to helicopter IFR operations
   • Employs analogies and memory aids (AVE-F MEA, 1-2-3 rule) for complex concepts
   • Asks questions to confirm student understanding throughout lesson

2. Demonstrating proper use of visual aids:

   • Uses charts, approach plates, and regulations marked for emphasis
   • Points to specific symbols and text while explaining
   • Overlays sectional and IFR en route charts to show airspace relationships
   • Uses whiteboard for calculations and diagrams

3. Emphasizing helicopter-specific distinctions:

   • Consistently contrasts helicopter capabilities with fixed-wing limitations
   • Addresses single-pilot IFR workload considerations
   • Explains when helicopter-specific regulations apply (visibility reduction, COPTER approaches, SVFR at night)
   • Highlights unique risk factors for helicopter IFR (no glide capability, limited autorotation range)

4. Integrating multiple references:

   • Shows how regulations, AIM, Chart Supplement, and charts work together
   • Demonstrates cross-referencing during flight planning scenarios
   • Teaches systematic approach to research (regulation first, then procedure, then local information)

5. Responding to questions effectively:

   • Answers with specific regulation citations
   • Admits when uncertain and demonstrates how to research answer
   • Turns student questions into teaching opportunities
   • Confirms student understanding with follow-up questions

6. Managing lesson time:

   • Covers all required knowledge elements within scheduled timeframe
   • Balances depth of explanation with breadth of coverage
   • Allows time for questions and scenario practice
   • Adjusts pace based on student comprehension

Performance Standards

The CFII candidate meets PTS standards by:

1. Accurately citing regulations without error in:

   • Regulation numbers (e.g., §91.175, not §91.157)
   • Specific requirements (e.g., 30-minute reserve for helicopters, not 45)
   • Helicopter-specific provisions (visibility reduction, COPTER minimums)

2. Correctly interpreting approach charts:

   • Identifies all critical elements (IAF, FAF, MAP, minimums)
   • Distinguishes Category A from COPTER minimums
   • Recognizes when visibility reduction is authorized vs. prohibited
   • Briefs missed approach completely and accurately

3. Properly calculating fuel requirements:

   • Applies §91.167 correctly: destination + alternate + 30 minutes reserve
   • Converts flight time to fuel quantity accurately
   • Determines when alternate is required using 1-2-3 rule

4. Correctly determining alternate minimums:

   • Checks Chart Supplement for non-standard minimums
   • Applies standard minimums (600-2 or 800-2) when airport not listed
   • Identifies helicopter-specific alternate minimums when published

5. Accurately explaining lost communication procedures:

   • Uses AVE-F MEA framework correctly
   • Applies highest altitude rule properly
   • Explains route priority (cleared, expected, filed, direct)
   • Describes when to leave clearance limit

6. Demonstrating professional instructional demeanor:

   • Speaks clearly and at appropriate pace
   • Maintains eye contact with student
   • Shows enthusiasm for subject matter
   • Remains patient when student struggles with concept
   • Provides encouragement and positive reinforcement

Scenario Integration Standard

The CFII candidate successfully completes at least one comprehensive scenario requiring integration of multiple regulations and publications, such as:

Example Scenario: “You’re planning a flight from uncontrolled field KXYZ to Class D airport KABC, 120 NM away. Tower closes at 2100L, your ETA is 2130L. Forecast at ETA: 800 overcast, 2 SM. KABC has GPS-A approach with Cat A minimums 600-1, COPTER minimums 500-1/2. Alternate KDEF is 25 NM beyond KABC, forecast clear. Your helicopter cruises 90 knots, burns 18 GPH, has 4-hour endurance. Determine: (1) Is alternate required? (2) What are KDEF’s required minimums? (3) How much fuel needed minimum? (4) What minimums can you use at KABC? (5) What’s the tower status at ETA?”

Correct Answer Demonstrates:

• (1) Yes, alternate required (800-2 fails 1-2-3 rule of 2,000’ ceiling, 3 SM at ±1 hour from ETA)
• (2) Check Chart Supplement for KDEF—if not listed, 800-2 for non-precision or 600-2 for precision approach
• (3) Fuel: 1.33 hours to KABC + 0.28 hours to KDEF + 0.5 hours reserve = 2.11 hours × 18 GPH = 38 gallons minimum
• (4) Either Cat A (600-1) or COPTER (500-1/2) if approach authorizes—weather forecast 800-2 exceeds both, legal either way
• (5) Tower closed—KABC reverts to Class E surface area (has instrument approach), CTAF for communications, position reports required

Evaluator Confirmation

The DPE confirms completion standards are met when the CFII candidate:

• Delivers organized, comprehensive lesson covering all knowledge elements
• Accurately cites and interprets regulations without prompting or correction
• Effectively uses teaching aids (charts, approach plates, regulations)
• Consistently emphasizes helicopter-specific considerations vs. fixed-wing
• Successfully integrates multiple references to solve complex flight planning scenario
• Answers scenario-based questions demonstrating both knowledge and teaching ability
• Exhibits professional instructional techniques per Fundamentals of Instructing principles
• Shows competence to teach this material to instrument helicopter students preparing for practical test

Unsatisfactory Performance Indicators:

• Misquoting regulations (e.g., stating 45-minute reserve for helicopters)
• Confusing Category A with COPTER minimums or stating they’re interchangeable
• Inability to locate information in Chart Supplement or approach plates
• Teaching fixed-wing procedures as applicable to helicopters (e.g., circling approaches)
• Failing to emphasize single-pilot IFR workload and risk management
• Poor lesson organization or time management resulting in incomplete coverage
• Inability to answer evaluator questions or integrate multiple references in scenario

The lesson meets PTS standard CFII.II.C when the CFII candidate demonstrates comprehensive instructional knowledge of IFR regulations and publications, effectively teaches helicopter-specific applications, and shows ability to integrate all resources for practical flight planning and operations.