Flight Deck Management

Objective

Upon completion of this lesson, the CFI candidate will demonstrate the ability to teach flight deck management procedures for helicopter operations. The candidate will explain passenger briefing requirements, checklist usage, navigation data requirements, and cargo securing procedures while demonstrating proper risk management techniques. This lesson addresses ACS task HI.VI.B and prepares the candidate to effectively instruct students in establishing a safe, organized flight environment.

Measurable Outcomes:

Explain passenger briefing requirements per 14 CFR 91.519 and best practices (HI.VI.B.K1)
Demonstrate proper checklist usage and explain importance (HI.VI.B.K2)
Identify requirements for current navigation data (HI.VI.B.K3)
Explain and demonstrate cargo securing procedures (HI.VI.B.K4)
Apply risk management principles for flight deck organization (HI.VI.B.R1-R3)
Conduct comprehensive passenger briefing demonstration (HI.VI.B.S1-S4)

Content

Introduction

Flight deck management is the foundation of safe helicopter operations. Like a conductor organizing an orchestra, the pilot must arrange every element in the cockpit for maximum safety and efficiency. Poor flight deck management leads to distraction, confusion, and potentially catastrophic results. This lesson covers the essential elements: passenger briefings, checklist usage, navigation data currency, and cargo management.

Passenger Briefing Requirements (HI.VI.B.K1)

Regulatory Foundation:

14 CFR 91.519 applies to aircraft with 20+ seats but establishes good practices for all operations
Part 91 general aviation operations benefit from comprehensive briefings even without specific regulatory requirements
Flight instructor responsibility to ensure passenger safety through proper briefing

Required Briefing Elements:

Pilot-in-Command Identification - Clearly establish authority and responsibility chain
Safety Belt/Harness Usage - Proper fastening, adjustment, and release procedures
Door Operations - Latching mechanisms, emergency opening procedures, restrictions
Emergency Procedures - Location of emergency equipment, evacuation routes, emergency contacts
Rotor Blade Avoidance - Critical safety zone awareness, approach/departure paths
Passenger Conduct - Movement restrictions, communication procedures, prohibited items

Teaching Technique: Use the “SAFER” acronym:

Safety belts and identification of PIC
Avoidance of rotor disc
Fastening of doors and hatches
Emergency procedures and equipment
Restrictions on passenger movement

Checklist Usage (HI.VI.B.K2)

Types of Checklists:

Normal Procedures - Startup, cruise, shutdown sequences
Emergency Procedures - Engine failure, fire, electrical emergencies
Abnormal Procedures - Non-standard but manageable situations

Checklist Philosophy: Think of checklists as a pilot’s “safety net” - they catch what memory might miss during high-workload or stressful situations. Professional pilots use checklists religiously because they understand that experience doesn’t eliminate the need for systematic procedures.

Best Practices:

Do-Verify Method - Perform action, then verify with checklist
Challenge-Response Method - Read item, verify status/perform action
Flow-Pattern Integration - Use muscle memory flows followed by checklist verification
Interruption Protocol - Start over if interrupted during critical checklist items

Regulatory Requirements:

14 CFR 91.503(a) requires current navigation data for IFR operations
VFR operations benefit from current data for safety enhancement
Sectional charts expire every 6 months
Terminal area charts expire every 56 days
Electronic databases must reflect current information

Currency Verification:

Check effective dates on all charts and databases
Verify GPS database currency for approach procedures
Confirm NOTAMs for temporary changes
Cross-reference multiple sources when available

Cargo and Equipment Securing (HI.VI.B.K4)

Weight and Balance Considerations:

Secure items within approved CG envelope
Consider lateral CG effects in helicopters
Account for fuel burn and CG shift during flight

Securing Methods:

Tie-down straps - Rated for expected loads with safety factor
Cargo nets - Proper installation and load distribution
Internal restraints - Seat pockets, cargo compartments with latches
External cargo - Specialized equipment and procedures per manufacturer

Load Factor Considerations: Helicopters experience higher G-forces than fixed-wing aircraft during certain maneuvers. Secure items for at least 3G loads in normal operations, with higher factors for turbulence or emergency procedures.

Risk Management Applications

Systems and Equipment Management (HI.VI.B.R1):

Automation Dependency - Maintain manual flying skills and situational awareness
Portable Electronic Devices - Interference potential, distraction factors
Equipment Familiarity - Ensure passenger understanding of emergency equipment

Inoperative Equipment (HI.VI.B.R2):

MEL/CDL Application - Understanding minimum equipment requirements
Risk Assessment - Evaluate operational impact of inoperative systems
Alternative Procedures - Modify briefings for non-standard configurations

Passenger Distraction Management (HI.VI.B.R3):

Pre-flight Communication - Set expectations for passenger behavior
In-flight Monitoring - Maintain awareness of passenger actions
Assertive Communication - Address unsafe behaviors immediately

Single-Engine vs. Multi-Engine Considerations

Single-Engine Aircraft:

Greater emphasis on emergency procedures in briefing
Simplified systems reduce some complexity
Height-velocity awareness critical for passenger safety

Multi-Engine Aircraft:

More complex emergency procedures require detailed briefing
Additional systems create more potential failure points
Enhanced emergency landing capabilities provide additional safety margin

Schedule

Component	Duration	Activity
Introduction	5 min	Lesson overview and importance of flight deck management
Passenger Briefing Requirements	15 min	Regulatory requirements, briefing elements, and SAFER acronym
Checklist Usage	10 min	Types, philosophy, and best practices
Navigation Data Currency	8 min	Requirements and verification procedures
Cargo Securing	12 min	Methods, considerations, and load factors
Risk Management	15 min	Systems management, inoperative equipment, passenger distractions
Practical Demonstration	20 min	CFI candidate demonstrates passenger briefing and flight deck setup
Common Errors Review	10 min	Typical mistakes and prevention strategies
Questions and Summary	5 min	Address questions and reinforce key points
Total	100 min

Equipment

Required References:

FAA-H-8083-4 Helicopter Instructor’s Handbook (Chapter 2)
FAA-H-8083-21 Helicopter Flying Handbook (Chapter 6)
14 CFR Part 91
Aircraft-specific POH/RFM
Current sectional chart
Current A/FD or Chart Supplement

Materials and Visual Aids:

Sample checklists (normal and emergency)
Various securing devices (straps, nets, bungee cords)
Navigation chart samples showing expiration dates
Safety belt/harness examples
Electronic device examples (GPS, tablet, phone)
Cargo loading diagram
Flight deck organization photos (good and poor examples)

Training Aircraft:

Representative helicopter with passenger seating
Complete set of aircraft documentation
Emergency equipment accessible for demonstration

Instructor Actions

The CFI candidate will demonstrate teaching ability by:

Knowledge Instruction:

Explain passenger briefing requirements using SAFER acronym methodology
Demonstrate proper checklist usage techniques with actual aircraft checklists
Show how to verify navigation data currency using current charts and databases
Explain cargo securing principles with hands-on demonstration of restraint systems

Risk Management Integration:

Illustrate automation management principles using aircraft-specific examples
Demonstrate assessment techniques for inoperative equipment scenarios
Show passenger distraction identification and management strategies

Practical Demonstration:

Conduct complete passenger briefing as teaching example, explaining each element’s importance
Demonstrate flight deck organization process, including securing loose items
Show proper checklist usage flow, explaining when to use different methods
Program and manage helicopter automation systems while maintaining situational awareness

Teaching Techniques:

Use analogies to explain complex concepts (orchestra conductor for flight deck management)
Employ questioning techniques to assess student understanding
Demonstrate error identification and correction methods
Show progression from simple to complex scenarios

Assessment and Feedback:

Observe student practice attempts and provide specific feedback
Identify common errors and explain prevention strategies
Adapt instruction based on student performance and understanding level

Student Actions

The student will demonstrate understanding by:

Knowledge Application:

Recite passenger briefing elements using SAFER acronym
Explain checklist usage philosophy and identify appropriate methods for different scenarios
Verify currency of provided navigation materials
Identify appropriate cargo securing methods for given scenarios

Skill Demonstration:

Practice passenger briefing delivery with instructor feedback
Demonstrate proper checklist usage technique
Organize flight deck for safe and efficient operation
Secure various items using appropriate restraint methods

Risk Management Application:

Identify potential distraction sources in flight deck environment
Assess impact of inoperative equipment on flight safety
Propose mitigation strategies for identified risks

Interactive Participation:

Ask relevant questions about procedures and regulations
Practice teaching portions of lesson to build instructional skills
Provide feedback on instructor’s demonstration techniques

Completion Standards

The CFI candidate successfully completes this lesson when able to:

Knowledge Standards (HI.VI.B):

Accurately explain all required passenger briefing elements per HI.VI.B.K1 with specific reference to safety restraint systems operation
Demonstrate comprehensive understanding of checklist usage principles per HI.VI.B.K2, including when and how to use different checklist methods
Identify navigation data currency requirements per HI.VI.B.K3 and demonstrate verification procedures
Explain cargo securing requirements per HI.VI.B.K4 with consideration for helicopter-specific load factors

Risk Management Standards (HI.VI.B):

Apply proper risk assessment techniques for automation and portable electronic devices per HI.VI.B.R1
Demonstrate appropriate decision-making regarding inoperative equipment per HI.VI.B.R2
Identify and explain mitigation strategies for passenger distraction risks per HI.VI.B.R3

Skill Standards (HI.VI.B):

Secure all aircraft items per HI.VI.B.S1 using appropriate methods and load considerations
Conduct comprehensive passenger briefing per HI.VI.B.S2 including all required elements: PIC identification, safety restraints, doors, conduct, rotor avoidance, and emergency procedures
Demonstrate proper automation management per HI.VI.B.S3 where applicable to aircraft systems
Apply ADM principles including SRM/CRM per HI.VI.B.S4 in flight deck management scenarios

Teaching Effectiveness Standards:

Deliver instruction clearly and logically with appropriate use of teaching aids
Demonstrate ability to identify and correct student errors
Show competence in adapting instruction to different learning styles
Maintain professional demeanor while ensuring comprehensive coverage of safety-critical information

The lesson is complete when the CFI candidate demonstrates both subject matter expertise and effective teaching ability, meeting the practical test standards for task HI.VI.B with emphasis on safety, professionalism, and instructional competence.