Instrument Proficiency Check

Objective

The helicopter CFI completing this lesson plan will be able to conduct a comprehensive Instrument Proficiency Check (IPC) for an instrument-rated helicopter pilot in accordance with 14 CFR §61.57(d) and the requirements of FAA-S-ACS-14. The evaluator will assess the pilot’s instrument knowledge, risk management, and flight proficiency across all required ACS Areas of Operation and Tasks using scenario-based evaluation techniques. Upon completion, the pilot will demonstrate satisfactory performance meeting the standards established in the Instrument Helicopter ACS for currency reinstatement under §61.57(d).

ACS Reference: IH.X.B — Instrument Proficiency Check

Regulatory Basis: 14 CFR §61.57(d), AC 61-98 (Currency Requirements and Guidance for the Flight Review and Instrument Proficiency Check)

Content

Regulatory Foundation: 14 CFR §61.57(d) and IPC Requirements

When an IPC is Required (IH.X.B.K1)

14 CFR §61.57(d) establishes that no person may act as pilot in command under IFR or in weather conditions less than VFR minimums unless they have met the instrument currency requirements of §61.57(c) within the preceding six calendar months. When a pilot has not maintained currency, they have an additional six months (the “grace period”) to accomplish the required instrument experience. If the full 12 calendar months elapses without meeting the requirements of §61.57(c), the pilot must complete an Instrument Proficiency Check.

Key regulatory points:

• The IPC resets instrument currency completely upon successful completion
• The IPC must be conducted by an authorized instructor (CFII), FAA inspector, or designated pilot examiner
• The IPC must be conducted in the category of aircraft (helicopter) for which instrument privileges are to be maintained
• Completion must be logged and endorsed in the pilot’s logbook per §61.51

Understanding the IPC vs. Instrument Checkride

Unlike an initial instrument rating practical test, the IPC is designed to assess whether a pilot can safely return to instrument flight operations after a lapse in currency. The focus is on current proficiency, not testing every element learned during initial training. However, the performance standards remain identical to those in the Instrument Helicopter ACS.

As Ryan Dale emphasizes: “Currency isn’t just about logging time—it’s about maintaining the sharp decision-making and precise aircraft control that keeps you alive in IMC. The IPC isn’t punitive; it’s your professional reset button.”

IPC ACS Standards (IH.X.B.K2)

The evaluator conducting an IPC must ensure the pilot meets the standards established in FAA-S-ACS-14, the Instrument Helicopter Airman Certification Standards. This means:

• Knowledge standards must be met through oral questioning integrated throughout the check
• Risk management assessment must evaluate the pilot’s ability to identify, assess, and mitigate risks
• Skill standards must meet published ACS tolerances (altitude ±100 feet during level flight, heading ±10°, etc.)
• Single-pilot resource management (SRM) and aeronautical decision-making (ADM) must be continuously evaluated

The ACS is a holistic testing standard—knowledge, risk management, and skill are evaluated together, not in isolation.

Required IPC Tasks: What Must Be Evaluated (IH.X.B.K3)

The IPC does not require every task in the Instrument Helicopter ACS. Section 61.57(d) and the ACS specify required tasks by Area of Operation:

Area of Operation I (Preflight Preparation): None required

Area of Operation II (Preflight Procedures): None required

Area of Operation III (Air Traffic Control Clearances and Procedures):

• Task B: Compliance with Departure, En Route, and Arrival Procedures and Clearances

Area of Operation IV (Flight by Reference to Instruments):

• Task B: Recovery from Unusual Flight Attitudes

Area of Operation V (Navigation Systems):

• Task A: Intercepting and Tracking Navigational Systems and DME Arcs

Area of Operation VI (Instrument Approach Procedures): ALL Tasks

• Task A: Nonprecision Approach
• Task B: Precision Approach
• Task C: Missed Approach
• Task D: Circling Approach
• Task E: Landing from an Instrument Approach

Area of Operation VII (Emergency Operations):

• Task B: One Engine Inoperative During Straight-and-Level Flight and Turns (only if multiengine helicopter—see IH.X.B.K4)
• Task C: Approach with Loss of Primary Flight Instrument Indicators

Area of Operation VIII (Postflight Procedures): ALL Tasks

• Task A: Checking Instruments and Equipment

Critical Teaching Point: Notice that while Areas I and II are not required, an evaluator may still need to assess preflight planning and aircraft systems knowledge through scenario-based questioning. The absence of a required task doesn’t mean that knowledge area is ignored—it means formal demonstration isn’t mandatory.

Multiengine Helicopter Consideration (IH.X.B.K4)

Task VII.B (One Engine Inoperative During Straight-and-Level Flight and Turns) does not apply unless the applicant supplies a multiengine helicopter for the IPC. Most helicopter instrument training occurs in single-engine helicopters (Robinson R22/R44, Schweizer 300C, Enstrom). If the pilot holds multiengine helicopter privileges and supplies a multiengine helicopter, Task VII.B becomes required. This is important for planning the IPC—you need to know the aircraft type in advance.

Use of Aviation Training Devices (IH.X.B.K5 and IH.X.B.K6)

An Advanced Aviation Training Device (AATD) can be utilized for the majority of the IPC as specified in the Letter of Authorization (LOA) issued for the device. AATDs are particularly useful for helicopter instrument training because:

• They provide a cost-effective environment for demonstrating emergency procedures
• Unusual attitude recovery can be practiced without safety concerns
• Multiple approach types can be flown without repositioning
• Single-pilot IFR workload can be managed more safely during initial proficiency assessment

However, a Basic Aviation Training Device (BATD) cannot be used for any part of the IPC. This is a critical distinction. Many BATDs exist in training environments, but they lack the fidelity and FAA approval for IPC credit.

Key limitations to remember:

• If using an AATD, the LOA will specify which tasks can be accomplished in the device
• Typically, at least some portion must be in the actual helicopter
• The evaluator must ensure the AATD is approved for helicopter instrument training
• The AATD must reasonably replicate the pilot’s make and model of helicopter

Practical consideration for helicopter CFIIs: Most single-engine helicopter training occurs in actual aircraft, not simulators, due to limited AATD availability specific to training helicopters like Robinson or Schweizer models. Always verify device authorization before planning an AATD-based IPC.

Guidance from AC 61-98 (IH.X.B.K7)

Advisory Circular 61-98, “Currency Requirements and Guidance for the Flight Review and Instrument Proficiency Check,” provides comprehensive guidance on conducting an effective IPC. Key points include:

• The IPC should be tailored to the pilot’s experience, aircraft flown, and typical operating environment
• Scenario-based evaluation is strongly encouraged (see Risk Management section)
• Oral questioning should be integrated throughout the flight, not conducted as a separate ground session
• If a pilot fails to meet standards on any task, the entire IPC is considered unsatisfactory—additional training and a recheck are required
• The evaluator should review the pilot’s recent flight experience, typical mission profile, and any rusty areas before designing the IPC

Documentation: The completion of an IPC must be logged with an endorsement per §61.51(g)(2) and §61.57(d). The endorsement should read: “I certify that [First Name MI Last Name], [grade of pilot certificate], [certificate number], has satisfactorily completed the instrument proficiency check of §61.57(d) in a [make and model] helicopter.”

Risk Management: Scenario-Based IPC Design (IH.X.B.R1)

Developing the Scenario

The person giving the IPC should develop a realistic, operationally relevant scenario that incorporates as many required tasks as practical to assess the pilot’s aeronautical decision-making (ADM) and risk management skills. This is perhaps the most critical element distinguishing a modern ACS-based IPC from older “check the boxes” evaluations.

Why Scenario-Based Evaluation Matters

Single-pilot helicopter IFR operations present unique risk factors:

• High cognitive workload in helicopters due to manual flight control requirements
• Most training helicopters lack autopilot systems
• Limited cockpit space can make chart management challenging
• Helicopter instrument approaches often require immediate transition to visual flight and precise low-altitude maneuvering
• Weather decisions are more critical—helicopters cannot climb above most weather or fly long distances to reach better conditions

A scenario forces the pilot to integrate all these factors simultaneously, just as they will in actual IFR operations. Instead of testing unusual attitudes, then approaches, then lost comm procedures as disconnected events, the scenario weaves them together into a realistic mission.

Scenario Development Framework

A well-designed IPC scenario includes:

1. Mission context: “You’re flying from your home base to a maintenance facility 150 nm away. Weather is marginal VFR at departure, IFR en route, and forecast to improve at destination.”

2. Embedded decision points: Weather changes, equipment issues, ATC routing changes, fuel considerations

3. Required task integration: The scenario route should incorporate:

   • Instrument departure procedure
   • En route navigation with course intercepts
   • Holding (if practical)
   • Multiple approach types (precision and nonprecision)
   • Missed approach
   • Circling approach or landing

4. Failure introduction points: Where will you introduce unusual attitudes, partial panel, communication failure?

5. ADM assessment opportunities: Diversion decisions, alternate planning, go/no-go decisions

Example IPC Scenario for Helicopter Operations:

“You’re conducting a post-maintenance test flight from Addison Airport (KADS) to McKinney National (KTKI) in North Texas. Departure weather is 1,000 overcast with 3 miles visibility. En route forecasts show improvement, but KTKI is currently 400 overcast, 1 mile—right at approach minimums. You’ll file IFR, fly the DOKEE THREE departure, intercept and track airways, fly the RNAV (GPS) approach at KTKI, and if you can’t land, you’ll fly the ILS or LOC approach at Dallas Love Field (KDAL) as your alternate. During the flight, I’ll simulate ATC vectors, equipment issues, and changing weather to assess your decision-making.”

This scenario incorporates:

• IFR departure procedure (III.B)
• Navigation tracking (V.A)
• Nonprecision RNAV approach (VI.A)
• Missed approach (VI.C)
• Precision ILS approach at alternate (VI.B)
• Landing from approach (VI.E)
• Decision-making throughout

Risk Management Assessment Throughout the Scenario

As the scenario unfolds, evaluate whether the pilot:

• Identifies hazards: weather below minimums, fuel state, equipment limitations, single-pilot workload
• Assesses risks: “I have 2.5 hours fuel, the approach is 45 minutes away, and my alternate is 30 minutes beyond that—I need to evaluate this carefully”
• Mitigates risks: briefing approaches thoroughly before starting, setting personal minimums above regulatory, using all available resources (ATC, ATIS, AWOS updates)
• Makes sound go/no-go and continue/divert decisions

Scenario Failure Integration

Within your scenario, plan where to introduce required emergency tasks:

• Unusual attitudes (IV.B): Introduce during en route phase (“You hit unexpected turbulence, look down to check your GPS, and when you look up, notice the attitude indicator shows…”)
• Partial panel (VII.C): Simulate primary flight instrument failure approaching the first approach
• Multiengine failure (VII.B): If applicable, during en route or approach phase

These aren’t arbitrary “gotcha” moments—they’re realistic situations that occur during actual IFR flight. Frame them that way.

Avoiding “Checking Boxes”

Poor IPC technique: “Okay, we’re done with that approach. Now let’s do unusual attitudes. Now let’s do partial panel. Now let’s do holding.”

Effective IPC technique: The pilot never realizes when one “task” ends and another begins because they’re all integrated into the mission narrative.

Practical Consideration for Helicopter Operations

Helicopter IPCs often need creative scenario design because:

• Many helicopter operations are local or regional—long cross-countries are less common
• Helicopter approaches may have limited options (not every airport has precision approaches accessible to helicopters)
• Operating areas may be more restricted than airplane training areas

Solution: Design the scenario around the pilot’s actual operating environment. If they typically fly offshore or mountain operations, incorporate relevant weather, terrain, and communication challenges. Authenticity enhances both evaluation quality and pilot learning.

The Evaluator’s Mindset

As the CFII conducting the IPC, your role is both evaluator and educator. If a pilot demonstrates unsafe decision-making or fails to meet standards, you have a responsibility to provide additional training and retest. The goal is returning a safe, proficient IFR pilot to the system—not merely completing paperwork.

Ryan Dale’s perspective: “The IPC isn’t about catching pilots making mistakes—it’s about confirming they can manage the demands of single-pilot helicopter IFR. If they’re not ready, they shouldn’t get the endorsement. Period. But your job is to set them up for success through realistic, fair evaluation.”

Skill Standards: Required Task Demonstration (IH.X.B.S1)

As a minimum, the applicant must demonstrate the ability to perform all tasks listed in the IPC required tasks table (see IH.X.B.K3 above). The evaluator must assess:

Knowledge: Through oral questions and integrated scenario discussion Risk Management: Through identification and mitigation of hazards throughout all tasks Skill: Through demonstration meeting specific ACS performance standards

Specific ACS Performance Tolerances for Required IPC Tasks

Area III, Task B: Compliance with Clearances

• Altitude: ±100 feet
• Heading: ±10°
• Airspeed: ±10 knots

Area IV, Task B: Unusual Attitudes

• Prompt recognition (within 5 seconds of presentation)
• Recovery using proper procedures
• Returns to desired altitude ±100 feet, heading ±10°

Area V, Task A: Navigation Tracking

• Course tracking: ±1/4 scale deflection (RNAV/GPS), ±1/2 scale deflection (VOR)
• DME arc: ±1 NM
• Altitude: ±100 feet

Area VI, Task A: Nonprecision Approach

• Course tracking: ±1/4 scale deflection
• MDA: +100/-0 feet
• Missed approach at correct point if required

Area VI, Task B: Precision Approach

• Glidepath tracking: ±1/4 scale deflection
• DA: +100/-0 feet
• Missed approach executed at correct point

Area VI, Task C: Missed Approach

• Prompt initiation
• Altitude: ±100 feet
• Heading: ±10°
• Proper configuration and communication

Area VI, Task D: Circling Approach

• Maintains circling approach area
• Properly configured and stabilized
• Landing from circling: within landing area

Area VI, Task E: Landing from Approach

• Smooth transition to visual
• Touchdown in designated area
• Proper configuration and control

Area VII, Task C: Partial Panel Approach

• Same tolerances as full panel approach
• Demonstrates proper use of backup instruments
• Completes approach to minimums

Critical Helicopter-Specific Considerations

Helicopters have unique characteristics affecting instrument performance standards:

1. No autopilot in most training helicopters: The pilot maintains continuous manual control, increasing workload
2. Collective-throttle-pedal coordination: Altitude and heading control require coordinated inputs across all controls
3. Power management: Manifold pressure/torque must be monitored continuously to avoid overtorque or insufficient power
4. Low-speed operations: Instrument approaches terminate in low-speed flight near obstacles—requires smooth transition from instruments to visual
5. Height-velocity diagram considerations: Approaches must position the helicopter to avoid dead man’s curve during transition to landing

These factors mean helicopter instrument flying demands higher sustained attention and more precise control inputs than airplane operations. The IPC must verify the pilot can maintain these standards under realistic workload conditions.

Common IPC Discrepancies and Additional Training Items

If the pilot does not meet standards on any task, document the deficiency and provide appropriate training before rechecking. Common areas requiring additional training:

• Altitude and heading control during high workload (approaches with multiple step-downs)
• Course tracking precision (GPS vs. VOR differences)
• Missed approach decision-making (waiting too long to decide)
• Workload management during single-pilot IFR
• Communication failure procedures
• Partial panel scan and control
• Circling approach maneuvering and landing

IPC Completion and Documentation

Upon satisfactory completion of all required tasks, the evaluator provides:

1. Logbook endorsement per §61.57(d)
2. IPC date entry in pilot’s permanent records
3. Any recommendations for continued proficiency

The pilot’s instrument currency is fully restored and they may act as PIC under IFR.

If any task is unsatisfactory, the entire IPC is unsatisfactory. Additional training and a complete recheck are required.

Schedule

Notes:

• Flight time (1:30-4:15) is approximately 2.5 hours actual flight time including approaches, missed approaches, and maneuvering
• If using AATD, schedule may adjust with more tasks in device and reduced aircraft time
• Weather, traffic, and aircraft performance may require schedule adjustments
• Multiengine helicopter IPC with Task VII.B would add approximately 30 minutes

Equipment

Required References and Regulatory Documents

• FAA-S-ACS-14, Instrument Helicopter Airman Certification Standards (current edition)
• 14 CFR Part 61 (specifically §61.51, §61.57)
• AC 61-98, Currency Requirements and Guidance for the Flight Review and Instrument Proficiency Check (current edition)
• FAA-H-8083-15B, Instrument Flying Handbook
• FAA-H-8083-21B, Rotorcraft Flying Handbook (Chapter 12: Helicopter Instrument Flight)

Aircraft and Equipment

• Airworthy helicopter certified for IFR flight with current inspections (annual, 100-hour as applicable, VOR check within 30 days, altimeter/static system within 24 months, transponder within 24 months, ELT operational)
• Aircraft must have operable instruments required for IFR flight per 14 CFR §91.205(d) plus helicopter-specific requirements
• Current weight and balance data for aircraft with pilot and evaluator
• Low-altitude en route charts covering IPC operating area
• Approach plates for airports to be used (current edition, government or commercial)
• Backup navigation: VFR sectional or GPS moving map (as applicable to scenario)
• Current ForeFlight, Garmin Pilot, or equivalent EFB with approach plates and charts (if used by pilot)
• Instrument training hood or view-limiting device
• Headsets for instructor and student with intercom capability

Optional Equipment (if using AATD)

• AATD qualified under 14 CFR §61.4 with current Letter of Authorization for instrument training
• AATD must replicate helicopter flight characteristics and instruments
• Logbook documentation of AATD hours per LOA limits

Instructor Materials and Visual Aids

• Completed IPC task list checklist (based on IH.X.B.K3 required tasks)
• Scenario description handout for pilot
• IPC evaluation worksheet for tracking performance on each task
• Helicopter-specific instrument training syllabus or reference materials
• Example ATC clearances for practice/discussion
• Blank IPC endorsement prepared for logbook

Weather and Planning Resources

• Current weather briefing (DUATS, ForeFlight, 1800wxbrief.com, or FSS)
• NOTAMs for departure, destination, and alternate airports
• Airport/Facility Directory or Chart Supplement information
• Fuel planning calculations for aircraft type

Safety Equipment

• Fire extinguisher (if not permanently installed in aircraft)
• First aid kit
• Flashlight with spare batteries
• Pilot and evaluator must have current FAA medical certificates (or BasicMed where applicable—note BasicMed limitations for IFR)

Instructor Actions

1. Pre-Contact Preparation: Contact the pilot at least 7 days before the scheduled IPC to gather information: aircraft type to be used, pilot’s typical IFR operations, home airport, recent flight experience, and any areas of concern. Review the pilot’s logbook (or digital logbook summary) to assess recent instrument experience and identify how long they’ve been out of currency. Confirm the pilot has a current medical certificate and understands IPC requirements per §61.57(d).

2. Pre-IPC Ground Discussion (Day of Check): Begin by establishing a professional but supportive environment. Explain, “The IPC isn’t punitive—it’s designed to confirm you’re safe and proficient for single-pilot IFR operations in helicopters. My job is to fairly evaluate your performance against the ACS standards and, if needed, provide guidance to get you there.” Review the required IPC tasks from IH.X.B.K3, emphasizing that all required tasks must be completed to satisfactory ACS standards.

3. Establish Scenario Context: Present the mission scenario you’ve developed (see Content section for scenario design). Explain the weather, departure/destination airports, route, and expected approaches. Tell the pilot, “I want you to treat this like a real IFR flight—plan it, brief it, fly it, and make decisions as you would on your own. I’ll be here to evaluate, introduce challenges, and ensure safety, but this is your flight to manage.”

4. Assess Planning and Decision-Making: Watch as the pilot plans the flight. Ask questions to assess knowledge: “What are your fuel requirements for this flight? What approach will you fly if the RNAV system fails? How does weather at your destination compare to your personal minimums? What’s your alternate plan?” Evaluate the thoroughness of planning, chart preparation, approach briefing, and risk assessment. This assesses ADM and risk management even though Areas I and II aren’t required flight tasks.

5. Systems and Equipment Knowledge Check: During aircraft preflight, integrate systems questions. Ask about the aircraft’s instrument systems: “Show me the pitot-static system and explain how it feeds your instruments. What happens if the vacuum pump fails in this helicopter? How does the altitude encoder work and when was it last inspected?” This addresses Task VIII.A (Checking Instruments and Equipment) and provides insight into the pilot’s systems knowledge foundation.

6. IFR Departure Briefing Assessment: Before departure, have the pilot brief the IFR departure procedure, initial altitude assignments, and lost comm procedures. Listen for thoroughness, accuracy, and single-pilot procedures. For example: “If we lose communication on the ground before departure, what’s your procedure? What about immediately after takeoff in IMC?” This assesses knowledge of Task III.B requirements.

7. Conduct Departure and Clearance Compliance (Task III.B): Once airborne, evaluate the pilot’s ability to comply with the IFR clearance and departure procedure. Observe altitude control (±100 feet), heading control (±10°), and airspeed management (±10 knots). Introduce realistic ATC communications: issue vectors, altitude changes, and routing amendments. Assess how the pilot manages chart updates, clearance copying, and control simultaneously. Say things like, “You’re cleared direct to the FIXXX intersection, climb and maintain five thousand” and evaluate readback accuracy and execution.

8. Navigation System Tracking (Task V.A): During en route flight, direct the pilot to intercept and track a specific course—either GPS, VOR, or DME arc (if available in your area). Say, “Intercept the 090 radial from the ABC VOR and track it inbound. Maintain 4,000 feet.” Evaluate course intercept technique, tracking accuracy (±1/4 scale RNAV, ±1/2 scale VOR), and altitude control. If your scenario includes a DME arc, evaluate arc tracking within ±1 NM. Observe the pilot’s scan, power management, and whether they maintain situational awareness while navigating.

9. Introduce Unusual Attitudes (Task IV.B): At a safe altitude during en route flight, create a realistic scenario: “You’re trimming the helicopter and updating your GPS. You look down for 10 seconds. When you look up, you’re in an unusual attitude.” Then say, “I have the flight controls,” and place the helicopter in an unusual attitude (nose-high or nose-low, bank angle beyond normal flight parameters). Announce, “Your aircraft,” and evaluate the pilot’s recognition and recovery. They should: recognize the unusual attitude within 5 seconds, apply correct recovery procedures (reduce collective and lower nose for nose-high, level wings and raise nose for nose-low), and return to desired altitude ±100 feet and heading ±10°. Repeat with at least one nose-high and one nose-low unusual attitude.

10. First Approach: Nonprecision or Precision (Tasks VI.A or VI.B): Begin the approach sequence. Prior to the approach, confirm the pilot has briefed the approach thoroughly: minimums, missed approach procedure, timing or distance to missed approach point, inbound course, decision-making criteria. If the pilot has not briefed adequately, prompt: “Walk me through this approach—what altitude will you cross the final approach fix, and when will you initiate the missed approach?” Execute either a nonprecision approach (RNAV, VOR, LOC) or a precision approach (ILS if available to helicopters in your area). Evaluate course tracking (±1/4 scale deflection), altitude control on step-downs, proper configuration (cruise, approach, or landing configuration as appropriate), and decision-making at minimums. Remind the pilot helicopter approaches often terminate near obstacles and require smooth, controlled transitions.

11. Demonstrate Missed Approach (Task VI.C): Direct the pilot to execute a missed approach—either at minimums during the first approach or early in a second approach. Say, “Runway environment not in sight—execute the missed approach.” Evaluate immediate application of go-around power (avoiding overtorque), pitch and configuration changes, altitude control (±100 feet), heading control (±10°), compliance with published missed approach procedure, and communication with ATC (or simulated ATC communication).

12. Introduce Partial Panel Scenario (Task VII.C): During the approach phase (either on the missed approach or setting up for a second approach), simulate loss of primary flight instruments. State, “Your attitude indicator has failed. Continue the approach using backup instruments.” Evaluate whether the pilot recognizes the failure promptly, transitions to backup instruments (turn coordinator, magnetic compass, GPS heading display if available), maintains aircraft control, and completes the approach to minimums with the same standards as a full-panel approach. This tests scan discipline and workload management under stress—critical for single-pilot helicopter IFR.

13. Second Approach: Opposite Type from First (Task VI.A or VI.B): If the first approach was nonprecision, the second should be precision (or vice versa if available). If only one type is available at your location, fly two nonprecision approaches with different navigation sources (RNAV vs. VOR, for example). Evaluate the same standards: course tracking, altitude control, briefing quality, decision-making, and proper execution.

14. Circling Approach (Task VI.D): Execute a circling approach or, if the field layout allows, circle to land from a straight-in approach. Evaluate whether the pilot maintains circling minimums (circling MDA), remains within the protected circling approach area for their aircraft category, configures the helicopter appropriately for low-speed maneuvering, and transitions smoothly to landing. Emphasize the risk management consideration: “Circling in a helicopter IMC requires extreme caution—once you break out, you’re low, slow, maneuvering, and need immediate landing area awareness.”

15. Landing from Instrument Approach (Task VI.E): Observe the final landing from the approach. Evaluate the transition from instrument to visual flight, stabilized approach profile during the visual segment, proper helicopter configuration (approach or landing power setting, appropriate speed), and touchdown within the designated landing area (helipad, runway, or taxiway area suitable for helicopter operations). The pilot should demonstrate smooth collective and cyclic inputs, maintaining heading and rate of descent.

16. Multi-Engine Task (Task VII.B, if applicable): If the pilot is in a multiengine helicopter and Task VII.B is required, introduce simulated engine failure during straight-and-level flight or during a turn. Evaluate proper recognition, helicopter control (heading ±10°, altitude ±100 feet), appropriate emergency procedures, and decision-making regarding continued flight or landing. Note: This task is rare in most helicopter IPC operations as few multiengine helicopters are available for training.

17. Continuous Risk Management and ADM Assessment: Throughout the entire IPC, evaluate the pilot’s aeronautical decision-making and risk management. Listen for callouts indicating situational awareness: “Approaching minimums, I’m reviewing my missed approach procedure,” or “My fuel state shows 1.2 hours remaining; if we don’t break out on this approach, we’ll divert immediately.” Assess whether the pilot identifies hazards, mitigates risks, and makes safe decisions under realistic scenario pressures. This is the heart of IH.X.B.R1—scenario-based evaluation reveals decision-making that rote task-checking never uncovers.

18. Postflight Procedures (Task VIII.A): After landing and shutdown, observe the pilot’s postflight checklist usage and securing of the aircraft. Discuss any instrument or equipment issues discovered during flight. This completes the required Task VIII.A evaluation.

19. Comprehensive Debrief: Conduct a thorough debrief covering all required tasks. Use a checklist format: “Let’s review each task—Task III.B, compliance with clearances, you maintained altitude within standards and handled all ATC clearances correctly. Task IV.B, unusual attitudes, your recovery technique was prompt and accurate both times.” Be specific, honest, and constructive. If any task was unsatisfactory, explain exactly what standard was not met and what additional training is required. If all tasks were satisfactory, explain, “You’ve met the standards in the Instrument Helicopter ACS for all required IPC tasks. I’m endorsing your logbook to restore your instrument currency per §61.57(d).”

20. Provide Logbook Endorsement or Training Plan: If the IPC is satisfactory, write the endorsement per §61.57(d) in the pilot’s logbook: “I certify that [Full Name], [Certificate Number], [Certificate Grade], has satisfactorily completed the instrument proficiency check required by 14 CFR §61.57(d) in a [Make and Model] helicopter on [Date].” Sign with your name, certificate number, certificate grade, and expiration date. If unsatisfactory, document the specific tasks requiring additional training and develop a training plan for a recheck. Explain, “You’re not quite where you need to be yet, but we’ll get you there. Here’s what we need to work on.” Provide resources, schedule additional training, and establish a recheck date.

Student Actions

1. Pre-IPC Contact: Respond to the evaluator’s contact at least 7 days before the IPC. Provide requested information: logbook summary showing recent flight experience, make and model of aircraft for the IPC, home airport and typical operating area, and any areas of concern or rustiness. Ask questions if you’re unclear about IPC requirements or procedures.

2. Preparation Before IPC Day: Review 14 CFR §61.57(d) to understand IPC regulatory requirements. Study the Instrument Helicopter ACS (FAA-S-ACS-14) to refresh knowledge of required tasks and performance standards. Review Instrument Flying Handbook (FAA-H-8083-15B) and Rotorcraft Flying Handbook Chapter 12 for helicopter-specific instrument procedures. Practice approach procedures and emergency procedures (partial panel, unusual attitudes) if possible before the IPC. Arrive on IPC day well-rested, current on aircraft systems, and with all required materials (current charts, logbook, medical certificate, etc.).

3. Participate in Pre-IPC Ground Discussion: Engage professionally in the ground discussion. Ask questions about scenario expectations, evaluation criteria, and any unclear requirements. Take notes on the scenario details, weather, and route. Confirm understanding of what tasks are required and what performance standards apply. This is not a trick session—your evaluator wants you to succeed and will provide clear guidance on expectations.

4. Plan the IPC Scenario Flight: Treat the scenario as a real IFR mission. Obtain a weather briefing (self-brief using ForeFlight/Garmin Pilot or call 1-800-WX-BRIEF). Review NOTAMs for all airports. File an IFR flight plan (or simulate filing). Calculate weight and balance for the helicopter with you and the evaluator aboard. Prepare all charts and approach plates, organizing them for easy access in flight. Brief the departure procedure, initial routing, approaches, and missed approach procedures. Calculate fuel requirements and determine if alternates are required per §91.167.

5. Conduct Thorough Aircraft Preflight: Perform a complete preflight inspection of the helicopter, emphasizing IFR-required systems: pitot-static system, vacuum or electrically driven gyros, communication and navigation radios, lighting, and all required inspections (altimeter/static within 24 months, VOR check within 30 days, transponder within 24 months). Be prepared to answer the evaluator’s questions about systems during preflight. Verify aircraft discrepancies are logged per §91.405 and no unairworthy conditions exist.

6. Brief Taxi, Departure, and Lost Comm Procedures: Before engine start or during taxi, brief the evaluator on your departure plan: “We’re cleared to [destination] via [departure procedure and route]. Initial altitude [altitude]. If we lose communication on the ground, I’ll [procedure]. If we lose communication after takeoff in IMC, I’ll follow 14 CFR §91.185—route, altitude, and clearance limit rules.” Demonstrate you’ve thought through contingencies before they occur.

7. Execute IFR Departure and Comply with ATC Clearances (Task III.B): Copy the IFR clearance accurately, read back correctly, and execute the clearance precisely. Maintain altitude within ±100 feet of assigned, heading within ±10° of assigned, and airspeed within ±10 knots. Demonstrate proper callouts and crew resource management even as a single pilot: “Approaching 3,000 feet, leveling… level at 3,000.” Respond promptly to ATC clearance amendments introduced by the evaluator. Manage charts and navigation equipment efficiently while maintaining aircraft control.

8. Demonstrate Navigation and Tracking (Task V.A): When directed to intercept and track a course, execute proper intercept technique (45° or 90° angle as appropriate, depending on distance from course). Track the course within ±1/4 scale deflection for RNAV/GPS or ±1/2 scale for VOR. If tracking a DME arc, maintain ±1 NM of the assigned distance. Continuously monitor altitude (±100 feet), heading, and situational awareness. Verbalize your navigation: “Intercepting the 090 radial, turning inbound, tracking centered.”

9. Recognize and Recover from Unusual Attitudes (Task IV.B): When the evaluator places you in an unusual attitude, immediately recognize the situation (within 5 seconds). Analyze the instruments: airspeed increasing/decreasing, altimeter increasing/decreasing, attitude indicator showing unusual pitch/bank. Apply correct recovery procedures: for nose-high unusual attitude, reduce power and lower the nose to level flight, then roll to wings level; for nose-low unusual attitude, roll to wings level first, then smoothly raise the nose while adding power as needed. Return to desired altitude ±100 feet and heading ±10°. Do not over-control—helicopters respond to smooth, coordinated inputs.

10. Brief and Fly Approaches Thoroughly (Tasks VI.A and VI.B): Before each approach, conduct a comprehensive approach briefing: approach type, final approach course, minimum altitudes at each fix, decision altitude or minimum descent altitude, missed approach point identification method, missed approach procedure, and landing intentions. During the approach, maintain course tracking within ±1/4 scale deflection, cross step-down fixes at published altitudes or higher, configure the helicopter appropriately (reduce speed, adjust power, prepare for potential landing), and make timely decisions at minimums (land or execute missed approach). Verbalize decision points: “Approaching minimums… runway in sight, continuing to land” or “At minimums, runway not in sight, executing missed approach.”

11. Execute Missed Approaches (Task VI.C): When directed to execute a missed approach or when runway environment is not visible at minimums, immediately initiate go-around: apply go-around power smoothly (watch for overtorque), establish climb attitude and configuration, comply with the published missed approach procedure (headings, altitudes, navigation), communicate with ATC (or simulate communication), and maintain aircraft control (altitude ±100 feet, heading ±10°). Do not delay or hesitate—the missed approach is a normal instrument procedure, not a failure.

12. Demonstrate Partial Panel Approach (Task VII.C): When the evaluator simulates loss of primary flight instruments (attitude indicator failure), immediately recognize the situation, transition to backup instruments (turn coordinator, magnetic compass, VSI, GPS), adjust your scan pattern to compensate, and continue the approach using the same standards as full panel: course tracking ±1/4 scale, altitude control, proper configuration, and completion to minimums. Maintain aircraft control despite increased workload. This demonstrates your ability to handle realistic single-pilot IFR emergencies.

13. Fly Circling Approach and Land (Tasks VI.D and VI.E): During a circling approach, maintain circling MDA or higher, remain within the circling approach protected area for your aircraft category, maintain visual contact with the landing area once breaking out of IMC, configure the helicopter for low-speed maneuvering, and execute a safe landing. During the landing, demonstrate smooth transition from instrument to visual flight, stabilized approach to touchdown, proper helicopter configuration and power management, and touchdown within the designated landing area. Avoid the temptation to rush—circling and landing are high-risk phases requiring precision and patience.

14. Demonstrate Multiengine Procedures if Applicable (Task VII.B): If flying a multiengine helicopter and Task VII.B is required, respond to simulated engine failure by immediately recognizing the failure, applying correct control inputs to maintain heading (±10°) and altitude (±100 feet), following emergency procedures for the aircraft, and making a decision to continue flight or land based on performance and conditions. Note: Most helicopter IPCs will not require this task.

15. Demonstrate Risk Management and ADM Throughout Flight: Continuously assess the scenario: “My fuel shows 1.5 hours remaining. I have time for two more approaches comfortably before needing to divert or land.” Make callouts showing situational awareness: “Approaching the final approach fix, confirming I’m configured for the approach.” Identify hazards: “Weather is at minimums—I need to be ready for a missed approach.” Ask for clarification when needed: “Verify my clearance—I’m cleared for the RNAV 17 approach?” This demonstrates the aeronautical decision-making and risk management that are the foundation of safe single-pilot IFR helicopter operations.

16. Participate in Thorough Debrief: After flight, engage in the debrief. Listen to the evaluator’s assessment of each task, ask questions about any deficiencies, and take notes on areas for improvement even if the IPC was satisfactory. If unsatisfactory, work with the evaluator to understand exactly what requires improvement and develop a training plan. If satisfactory, accept the endorsement, confirm you understand that your instrument currency is restored, and ask any final questions about maintaining proficiency going forward.

17. Maintain Professional Attitude: The IPC is an evaluation, but it’s also a learning opportunity. Approach it with professionalism, humility, and a genuine desire to be a safe instrument pilot. If you don’t know an answer, say so—don’t guess. If you make a mistake, acknowledge it and correct it. The evaluator is assessing not only your skills but your maturity and judgment as a single-pilot IFR helicopter pilot. Demonstrate that you take safety seriously and are committed to operating at or above ACS standards.

Completion Standards

The Instrument Proficiency Check (IPC) is considered complete and satisfactory when the pilot demonstrates the ability to perform all required tasks listed in IH.X.B.K3 to the standards established in FAA-S-ACS-14, the Instrument Helicopter Airman Certification Standards, as evaluated by the CFII or authorized examiner. Specific completion standards include:

Overall Standards:

• The pilot must satisfactorily complete ALL required IPC tasks; unsatisfactory performance on any single task results in an unsatisfactory IPC
• The pilot must demonstrate competency in knowledge, risk management, and skill elements of each required task
• The pilot must demonstrate single-pilot resource management (SRM) appropriate to single-pilot helicopter IFR operations
• The pilot must make sound aeronautical decisions throughout the scenario-based evaluation

Task-Specific Performance Standards:

Area III, Task B: Compliance with Departure, En Route, and Arrival Procedures and Clearances

• Accurately copies and correctly reads back all ATC clearances and instructions
• Maintains assigned altitude within ±100 feet
• Maintains assigned heading within ±10°
• Maintains assigned airspeed within ±10 knots
• Complies with all published departure, en route, and arrival procedures
• Recognizes and corrects deviations promptly

Area IV, Task B: Recovery from Unusual Flight Attitudes

• Recognizes unusual attitude within 5 seconds of presentation
• Applies correct recovery procedure for nose-high and nose-low unusual attitudes (minimum one of each)
• Uses proper control application: coordinated collective, cyclic, and pedal inputs appropriate to helicopter flight characteristics
• Recovers to desired flight attitude, maintaining altitude within ±100 feet of original and heading within ±10° of original
• Does not exceed helicopter limitations (VNE, overtorque, rpm limits) during recovery

Area V, Task A: Intercepting and Tracking Navigational Systems and DME Arcs

• Properly intercepts courses using appropriate intercept angle (30°-45° for small course deviations, up to 90° for large deviations)
• Tracks RNAV/GPS courses within ±1/4 scale deflection (or ±5° on course deviation indicator)
• Tracks VOR courses within ±1/2 scale deflection (or ±10° on course deviation indicator)
• Tracks DME arc (if performed) within ±1 NM of assigned distance
• Maintains assigned altitude within ±100 feet during tracking
• Properly identifies navigation aid when using VOR

Area VI, Task A: Nonprecision Approach

• Completes appropriate preflight planning and briefs approach correctly
• Complies with all published procedure segments (initial approach, intermediate approach, final approach)
• Maintains course within ±1/4 scale deflection or ±5° in helicopter with analog CDI
• Crosses all step-down fixes at or above published minimum altitudes
• Descends to MDA and maintains MDA +100/-0 feet until missed approach point or visual descent point
• Initiates missed approach at the missed approach point if visual references are not in sight
• Maintains proper helicopter configuration and power settings throughout approach

Area VI, Task B: Precision Approach (ILS or equivalent if available)

• Completes appropriate preflight planning and briefs approach correctly
• Maintains localizer course within ±1/4 scale deflection
• Maintains glideslope within ±1/4 scale deflection from glideslope intercept to DA
• Arrives at decision altitude (DA) with glideslope centered or slightly above center
• Maintains DA +100/-0 feet if required to level off at DA
• Initiates missed approach at DA if visual references are not in sight
• Maintains proper helicopter configuration and power settings throughout approach

Area VI, Task C: Missed Approach

• Initiates missed approach promptly at missed approach point or decision altitude (no delays or hesitation)
• Applies appropriate go-around power smoothly without exceeding helicopter limitations (torque, rotor rpm)
• Establishes climb attitude and configuration per helicopter’s published procedures
• Complies with published missed approach procedure (headings, altitudes, navigation fixes)
• Maintains altitude within ±100 feet during level segments of missed approach
• Maintains heading within ±10° during straight segments of missed approach
• Advises ATC (or simulates communication) of missed approach

Area VI, Task D: Circling Approach

• Maintains circling MDA or higher throughout the circling maneuver
• Remains within the circling approach protected area appropriate to aircraft approach category
• Maintains visual contact with landing area throughout circling maneuver
• Configures helicopter appropriately for low-speed maneuvering (approach or landing power settings)
• Maintains positive aircraft control throughout maneuvering flight
• Positions helicopter for safe landing aligned with landing area

Area VI, Task E: Landing from Instrument Approach

• Makes smooth transition from instrument to visual flight without altitude or heading deviations
• Establishes stabilized approach profile during visual segment (appropriate descent rate, speed, alignment)
• Configures helicopter properly for landing (approach or landing power settings, appropriate rotor rpm)
• Maintains heading alignment with landing area throughout final approach
• Executes smooth, controlled touchdown within designated landing area (helipad, runway, or designated area)
• Maintains positive control through touchdown and collective lowering

Area VII, Task B: One Engine Inoperative (if applicable—multiengine helicopter only)

• Recognizes engine failure promptly
• Applies correct control inputs to maintain directional control (heading ±10°)
• Maintains altitude within ±100 feet or establishes appropriate single-engine descent profile
• Follows manufacturer’s emergency procedures for the aircraft
• Makes sound decision regarding continuation of flight or landing based on aircraft performance and conditions

Area VII, Task C: Approach with Loss of Primary Flight Instrument Indicators (Partial Panel)

• Recognizes instrument failure promptly (within 5 seconds)
• Transitions scan to backup instruments (turn coordinator, magnetic compass, VSI, GPS heading)
• Maintains aircraft control using backup instruments
• Completes approach to minimums using same performance standards as full panel:
  • Course tracking ±1/4 scale deflection (RNAV/GPS) or ±1/2 scale (VOR)
  • Maintains MDA or DA within +100/-0 feet
  • Completes missed approach if required

Area VIII, Task A: Checking Instruments and Equipment

• Completes thorough preflight inspection of IFR-required instruments and equipment
• Verifies required inspections are current (VOR check, altimeter/static system, transponder, ELT)
• Identifies any inoperative instruments and determines whether flight can be conducted legally (minimum equipment list or 14 CFR §91.213)
• Completes appropriate checklists (preflight, before starting, run-up)
• Performs postflight securing procedures correctly

Risk Management and ADM Assessment (Continuous Throughout IPC):

• Identifies hazards relevant to each phase: weather minimums, fuel state, equipment limitations, single-pilot workload, approach and landing environment
• Assesses risks: probability and severity of identified hazards
• Mitigates risks: briefing approaches thoroughly, setting personal minimums, using all available resources (ATC, weather updates, checklists), making timely go/no-go decisions
• Demonstrates sound aeronautical decision-making under scenario-based pressures
• Shows appropriate situational awareness through callouts, communications, and planning ahead of the aircraft

Documentation and Endorsement Requirements:

If all tasks are completed satisfactorily:

• The evaluator provides a logbook endorsement per 14 CFR §61.57(d): “I certify that [Pilot Name], [Certificate Number], [Certificate Grade], has satisfactorily completed the instrument proficiency check required by 14 CFR §61.57(d) in a [Make and Model] helicopter on [Date]. [Evaluator Signature, Certificate Number, Certificate Grade, Expiration Date].”
• The pilot’s instrument currency is restored, effective from the date of the IPC
• The pilot may act as pilot in command under IFR or in weather conditions less than VFR minimums

If any task is unsatisfactory:

• The entire IPC is considered unsatisfactory
• The evaluator documents the specific deficiencies and required additional training
• No logbook endorsement for IPC completion is provided
• The pilot must complete additional training on deficient areas and successfully complete a recheck (full IPC) before instrument privileges are restored

Post-IPC Recommendations:

Even if the IPC is satisfactory, the evaluator should provide recommendations for maintaining proficiency:

• Fly IFR regularly (even if only practice approaches in VMC with a safety pilot)
• Consider instrument training with a CFII between IPCs to maintain sharp skills
• Use flight simulation (if available) to practice emergency procedures
• Review regulations, ACS standards, and procedures annually
• Set personal minimums higher than regulatory minimums, especially when returning to IFR after the IPC

Evaluator Responsibility:

The evaluator (CFII, examiner, or FAA inspector) conducting the IPC is responsible for ensuring the pilot meets standards before providing the endorsement. Per AC 61-98 and the ACS, the evaluator must use sound judgment and apply consistent standards. The goal is not to “fail” pilots but to ensure only proficient, safe pilots are returned to instrument flight operations. If a pilot does not meet standards, additional training is required—this protects the pilot, passengers, and the integrity of the IFR system.

Final Statement:

The IPC is complete when the pilot demonstrates—through integrated scenario-based evaluation—that they possess the knowledge, risk management skills, and flight proficiency to safely conduct single-pilot helicopter IFR operations to the standards established in the Instrument Helicopter ACS (FAA-S-ACS-14). The pilot has shown they can manage the unique demands of helicopter instrument flight: high workload, continuous manual control, precise navigation and tracking, sound decision-making at minimums, and safe operation in actual or simulated instrument meteorological conditions.

ACS Reference: IH.X.B — Instrument Proficiency Check, FAA-S-ACS-14