Flight Deck Management

Objective

The student will demonstrate the knowledge, risk management, and skills necessary to organize and manage the helicopter flight deck in accordance with commercial pilot privileges and responsibilities. Upon completion, the student will meet or exceed the standards specified in FAA-S-ACS-16 Area of Operation II, Task B (CH.II.B), ensuring all items and materials are properly arranged, secured, and accessible for efficient and safe flight operations while maintaining sterile cockpit discipline during critical phases of flight.

Content

Introduction

Flight deck management is a critical professional skill that distinguishes commercial pilots from private pilots. As a commercial pilot, you will be expected to maintain a higher standard of cockpit organization, efficiency, and professionalism. Poor flight deck management leads to distraction, task saturation, and increased workload during critical phases of flight. A well-organized cockpit allows you to focus on flying precisely, making sound decisions, and maintaining situational awareness.

Knowledge Elements

Essential Materials and Equipment Organization

The flight deck of a helicopter presents unique challenges compared to fixed-wing aircraft. Limited space, vibration, and the need for immediate access to critical items require deliberate organization strategies. Essential materials include:

• Aeronautical Charts and Publications: Current sectional charts, terminal area charts, helicopter route charts, and any supplemental charts for the planned route. In accordance with 14 CFR 91.103, pilots must become familiar with all available information concerning the flight. Charts must be folded or arranged for immediate reference without fumbling during flight.

• Checklists: The AFM/POH-specified or approved checklist must be immediately accessible. For commercial operations, the checklist is not optional—it is required. Keep it mounted on a kneeboard or in a location where you can reference it without releasing the flight controls. Electronic checklists on tablets are acceptable but require backup procedures for device failure.

• Navigation Logs and Flight Planning Materials: Your cross-country log, fuel calculations, weight and balance, and performance calculations should be organized in a logical sequence. Keep the current leg’s information readily visible while securing completed or future legs to minimize clutter.

• Electronic Flight Bag (EFB) Devices: Tablets or other EFB devices must be mounted securely to prevent FOD (foreign object damage) if they become dislodged. Mounts must not obstruct flight controls, instruments, or field of view. Ensure the device is charged and has a backup power source readily available.

• Communication and Navigation Equipment: Radios, GPS units, transponder, and other avionics must be programmed and set before takeoff when possible. Keep frequency cards, airport diagrams, or approach plates organized for quick reference.

• Personal Equipment: Sunglasses, headset, pens, pencils, and other personal items must be stowed securely. In helicopters, loose items can easily interfere with collective or cyclic controls or become jammed in pedals.

• Required Documents: While not always physically in the cockpit, ensure easy access to your pilot certificate, medical certificate, photo ID, logbook (for training flights), and any operating limitations or special authorizations.

Securing Items and Materials

Helicopters vibrate significantly more than fixed-wing aircraft. Items that seem secure on the ground may shift or fall during flight, especially during maneuvering or in turbulence. Every item in the cockpit must be positively secured:

• Use kneeboard straps, clipboards with secure fasteners, or cockpit organizers designed for rotorcraft operations
• Secure tablets and EFB devices with RAM mounts or equivalent systems tested for vibration and G-forces
• Place loose items (pens, flashlights, spare batteries) in zippered pockets or secured pouches
• Never place unsecured items on the glareshield, seat cushions, or floor where they can slide into flight controls
• In utility helicopters with cargo areas, ensure everything in the cabin is properly secured or netted

Accessibility During Flight Operations

Organization is meaningless if you cannot access items when needed. Prioritize accessibility based on frequency of use and criticality:

• Immediate Access: Checklists, current chart or approach plate, emergency procedures references
• Frequent Access: Navigation log, communication frequencies, fuel calculations, supplemental charts
• Occasional Access: Backup charts, spare batteries, alternate airport information, weather printouts
• Emergency Access: Flashlight, fire extinguisher (if portable), emergency contacts

Practice retrieving items during ground operations to ensure you can do so without looking away from instruments or outside references for extended periods. In IFR or night conditions, you must be able to locate items by feel alone.

Removing Hazards and Distractions

A professional cockpit is a sterile cockpit during critical phases of flight. Remove or stow anything that is not necessary for the flight:

• Unnecessary paperwork, receipts, snack wrappers, or personal items
• Mobile phones must be silenced and stowed (14 CFR 91.21 prohibits operation of portable electronic devices unless they do not cause interference)
• Extraneous charts or publications from previous flights
• Coffee cups, water bottles, or food items must be secured in holders or stowed during critical phases

During taxi, takeoff, approach, and landing, maintain sterile cockpit discipline. This means no non-essential conversation, no programming navigation devices, no reviewing non-critical materials. This discipline is critical for commercial operations and will be expected by examiners and employers.

Electronic Flight Bag (EFB) Management

EFBs have become standard equipment for professional pilots. As a commercial pilot, you must demonstrate competency in EFB management:

• Currency: Ensure all databases, charts, and software are current. Expired data is unreliable and unprofessional.
• Mounting: EFB devices must be mounted to prevent interference with controls and within the pilot’s primary scan. The mount must be secure enough to withstand maneuvering and turbulence.
• Backup Power: Carry external battery packs or ensure aircraft power adapters are functional. Plan for battery life throughout the flight duration plus reserves.
• Backup Navigation: Always carry paper charts or have a secondary EFB device available. Electronic devices fail, and you must be prepared to continue safely.
• Brightness and Glare: Adjust screen brightness to prevent glare that could reflect on the windscreen during night operations or obscure outside references.
• Touch Screen Use: Avoid prolonged heads-down time when manipulating EFB devices. If complex programming is needed, stabilize the aircraft first or have a second pilot handle the task.

The FAA’s Advisory Circular AC 91-78 provides guidance on the use of EFBs and makes clear that pilots must maintain the ability to safely operate without EFB functionality.

Sterile Cockpit Procedures and Critical Phases of Flight

The “sterile cockpit rule” (14 CFR 121.542) applies to air carriers but represents best practice for all commercial operations. Critical phases include:

• Ground operations (taxi, pre-takeoff, post-landing)
• Takeoff and initial climb
• Final approach and landing
• Any flight below 10,000 feet AGL when situational awareness is paramount
• IFR operations in IMC
• Maneuvering flight or operations near obstacles

During these phases, limit conversation to essential communications, avoid task-switching to non-flight-related activities, and maintain full attention on aircraft control and situational awareness. This discipline prevents channelized attention and task saturation.

Cockpit Resource Management (CRM) Principles

While this lesson focuses on physical organization, effective flight deck management includes human factors:

• Communication: Clearly verbalize your intentions if operating with another pilot or passenger with pilot qualifications
• Workload Management: Anticipate high-workload phases and organize accordingly. Complete as many tasks as possible during low-workload cruise phases
• Decision-Making: An organized cockpit reduces cognitive load, allowing better decision-making under pressure
• Situational Awareness: Disorganization breeds distraction. Maintain awareness of aircraft position, fuel state, and changing conditions by keeping critical information immediately visible

Practical Organization Strategies for Helicopters

Helicopter-specific considerations for flight deck management:

• Collective Friction: Ensure the collective friction is set appropriately so documents or materials placed near the collective will not be disturbed
• Cyclic Clearance: Never place items where the cyclic could contact them during full deflection. Test this on the ground by moving the cyclic through its full range of motion with your organizational system in place
• Pedal Clearance: Check under seats and near pedals for loose items that could jam controls. This is a critical safety check before every flight
• Kneeboard Use: Most helicopter pilots use kneeboards strapped to their right leg. Ensure the kneeboard is tight enough not to shift but comfortable for extended wear. Practice flipping pages or charts without releasing controls
• Door Pocket Organization: If using door pockets for storage, ensure items won’t fall out during flight with doors open or during aggressive maneuvering

Regulations and References

• 14 CFR 91.103: Preflight Action—requires familiarity with all available information, which necessitates organized access to that information during flight
• 14 CFR 91.21: Portable Electronic Devices—governs use of EFBs and other electronic devices
• 14 CFR 91.9: Civil Aircraft Flight Manual—requires compliance with operating limitations, including any cockpit configuration requirements
• 14 CFR 91.503: Flying Equipment and Operating Information—for large/turbine-powered aircraft, specifies required cockpit documentation (applies to some commercial operations)
• FAA-H-8083-9B (Aviation Instructor’s Handbook): Chapter 2 covers human behavior and effective communication, relevant to cockpit discipline
• FAA-H-8083-2 (Risk Management Handbook): Chapter 3 addresses the impact of distraction and task saturation
• AC 91-78: Use and Operational Approval of Electronic Flight Bags

Risk Management Elements

Situations That Could Lead to Loss of Situational Awareness

Poor flight deck management directly contributes to loss of situational awareness:

• Searching for Items: Looking for a chart, frequency card, or writing instrument diverts attention from aircraft control and outside scanning. In helicopters, even a few seconds of inattention near obstacles or during low-altitude operations can be catastrophic.

• Channelized Attention on EFB: Pilots can become fixated on EFB screens while troubleshooting device issues, zooming charts, or reading information. This tunneling effect reduces scan rate and outside awareness.

• Disorganized Information: When navigation logs, fuel calculations, or emergency data are scattered or difficult to locate, cognitive workload increases. This leaves less mental capacity for situation assessment and decision-making.

• Clutter-Induced Confusion: An overloaded cockpit creates visual chaos. Important information gets lost in the clutter, and the pilot may misinterpret what they’re seeing or use outdated data.

• Task Saturation: Attempting to reorganize materials, fold charts, or program devices during high-workload phases (approach, landing, maneuvering) leads to task saturation. The pilot falls behind the aircraft.

Mitigation Strategy: Organize the cockpit completely before engine start. Keep only current-leg materials visible. Complete all programming and setup during cruise flight or stable hover. If reorganization is needed during flight, slow down, climb, and stabilize before attempting it.

Situations That Could Lead to Cockpit Distractions

Distractions break the pilot’s focus and delay response to changing conditions or emergencies:

• Loose Items in Motion: A pen rolling across the floor, a chart sliding off the kneeboard, or a tablet falling from its mount creates an immediate distraction. The pilot’s instinct is to retrieve the item, often at inappropriate times.

• Device Alerts and Notifications: EFB devices receiving text messages, email notifications, or app alerts create visual and auditory distractions. Pilots may reflexively respond to notifications during critical phases.

• Inadequate Mounting Systems: Poorly mounted tablets that vibrate, rotate, or obstruct views require constant adjustment and create persistent distraction.

• Non-Essential Conversation: Without sterile cockpit discipline, pilots engage in casual conversation during taxi, approach, or other critical phases. This divides attention and delays recognition of hazards.

• Searching and Fumbling: Disorganization forces the pilot to search through multiple pockets, bags, or compartments for needed items. Each search is a distraction episode.

• Physical Discomfort: Poorly adjusted kneeboards, uncomfortable headset cords draped across controls, or items digging into legs create physical distractions that erode focus.

Mitigation Strategy: Secure every item before flight. Silence all non-essential electronic devices. Use reliable mounting systems. Practice sterile cockpit discipline during all critical phases. Pre-position all items needed for the flight sequence so searching is unnecessary.

Collision Avoidance Considerations While Managing Items

Managing cockpit items while maintaining visual lookout for traffic is a constant challenge:

• Heads-Down Time: Every second spent looking at charts, logs, or EFB screens is a second not scanning for traffic. At typical helicopter speeds, even brief heads-down periods cover significant distance and can result in collision potential.

• Pattern Environment: In airport traffic patterns or congested areas, traffic density is high. Attempting to fold charts, reprogram GPS, or search for items during these phases drastically increases collision risk.

• Chart Changes: Fumbling with chart changes or trying to fold sectionals during flight requires extended heads-down time. This is particularly dangerous in uncontrolled airspace or during VFR flight following.

• EFB Fixation: Pilots can become absorbed in EFB screens, especially when troubleshooting or zooming to read small text. This fixation prevents adequate traffic scanning.

• Low-Altitude Operations: Helicopters frequently operate at low altitudes where traffic may appear suddenly (other helicopters, ultralights, drones, obstacles). Any distraction increases risk.

Mitigation Strategy: Complete all chart preparation and device programming before takeoff or during stable cruise away from congested areas. Use EFBs in quick-glance fashion rather than sustained viewing. If complex reorganization is needed, notify ATC (if applicable), slow down, climb above pattern altitude, and visually clear the area frequently during the task. Consider temporarily increasing altitude to provide more reaction time.

Environmental Factors (Vibration, Turbulence)

The helicopter operating environment creates unique hazards for flight deck management:

• Vibration Effects: Helicopter vibration can loosen mounts, shake items from pockets, cause tablets to “walk” across surfaces, and make papers difficult to read. Items that appear secure on the ground may fail in flight.

• Turbulence-Induced Movement: Moderate to severe turbulence can dislodge even well-secured items. A chart or kneeboard that shifts during turbulence can contact the cyclic or fall between pedals.

• Rotor Wash and Door Operations: When operating with doors open (common in utility operations), rotor wash can catch loose papers or charts and blow them around the cockpit or out of the aircraft. This creates immediate distraction and potential FOD.

• Control Interference: An item that falls into the collective, jams the cyclic, or wedges under a pedal can cause immediate control issues or inability to respond to emergencies. This is not theoretical—it has caused accidents.

• Temperature Extremes: Extreme heat can cause adhesive mounts to fail. Extreme cold can make plastic mounts brittle and prone to breaking.

Mitigation Strategy: Use aviation-grade mounts and securing systems rated for vibration and G-forces. Test all mounting systems through full control movements on the ground. Secure papers with clipboards or kneeboards with positive retention. Avoid placing anything on seats or floors. During doors-open operations, secure or remove all loose materials. Regularly inspect mounting systems for wear or degradation.

Schedule

Equipment

Required References

• FAA-S-ACS-16, Commercial Pilot—Helicopter Airman Certification Standards (current edition)
• FAA-H-8083-21B, Rotorcraft Flying Handbook
• FAA-H-8083-25B, Pilot’s Handbook of Aeronautical Knowledge, Chapters 2 and 17
• FAA-H-8083-2, Risk Management Handbook, Chapter 3
• 14 CFR Parts 61, 91 (current revision)
• AC 91-78, Use and Operational Approval of Electronic Flight Bags
• Helicopter Flight Manual or POH for training aircraft

Training Materials

• Current sectional chart(s) for local area
• Current terminal area chart (if applicable)
• Sample cross-country navigation log
• Sample weight and balance form
• Sample fuel planning worksheet
• Aircraft checklists (paper and/or electronic)
• Example EFB device with current aviation apps

Visual Aids and Demonstration Items

• Sample kneeboard with proper organization
• Example mounting systems (RAM mount, suction mount, yoke mount)
• Example of poorly organized cockpit (photos or mockup)
• Example of properly organized cockpit (photos or mockpit mockup)
• Samples of securing devices (clips, straps, pouches)
• Example of loose items that could interfere with controls

Equipment for Flight

• Training helicopter with normal avionics suite
• Student’s personal flight equipment (headset, kneeboard, EFB if used)
• All materials needed for training flight properly organized
• Backup paper charts in case of EFB failure
• Flashlight (for demonstrating night accessibility if needed)

Instructor Actions

1. Begin with scenario-based introduction: “You’re conducting an aerial photography mission at 500 feet AGL. A chart slides off your lap and wedges under the left pedal just as you need to make a pedal turn to avoid wires. What happens?” Use this scenario to emphasize that flight deck management is a safety issue, not just organizational preference.

2. Present the concept of cockpit organization as a system: Explain that professional pilots think of the cockpit as having zones—immediate access zone, frequent access zone, secured storage zone. Draw or demonstrate these zones in a typical helicopter cockpit configuration.

3. Demonstrate proper kneeboard organization: Show how to arrange the current chart, navigation log, and checklist on a kneeboard for logical flow. Demonstrate the proper strap tension—tight enough to prevent shifting, loose enough for comfort. Show how to flip pages without releasing controls.

4. Explain and demonstrate EFB mounting and use: Install an EFB device in multiple positions and discuss pros/cons of each location. Demonstrate the difference between a secure mount and an inadequate mount by applying typical control movements. Show how to adjust brightness for various lighting conditions. Discuss backup power and backup navigation requirements.

5. Conduct a “negative example” demonstration: Show a cluttered, disorganized cockpit setup with loose items, expired charts, dead batteries, and poorly mounted devices. Have the student identify hazards and problems. Then demonstrate the correct setup with everything properly secured and organized.

6. Walk through sterile cockpit discipline verbally: Explain the origin of sterile cockpit rules in 14 CFR 121.542 and how professional pilots apply this discipline. Define critical phases of flight for helicopter operations. Discuss what conversations or activities are appropriate during each phase.

7. Demonstrate securing techniques: Show various methods for securing items—kneeboard straps, door pocket organizers, zippered pouches, clipboard retention systems. Demonstrate what happens when items are not secured by shaking or tilting surfaces to simulate vibration and maneuvering.

8. Review risk management scenarios methodically: Present each ACS risk management scenario and facilitate discussion of how poor flight deck management contributes to each risk. Use leading questions: “How could disorganization lead to loss of situational awareness in this situation?” Guide the student to the correct conclusions.

9. Discuss FOD (Foreign Object Debris) prevention: Explain how loose items in a helicopter can become jammed in controls. Show where items commonly fall (under seats, near pedals, collective quadrant). Emphasize the pre-flight check for loose items and the in-flight discipline to immediately secure anything that becomes loose.

10. Explain commercial standards and expectations: Clarify that commercial pilots are held to higher standards of professionalism. Employers, examiners, and passengers expect organized, efficient operations. Demonstrate how good cockpit organization translates to efficient operations (faster turnarounds, fewer delays, better customer service).

11. Conduct pre-flight setup exercise on the ground: Accompany the student to the helicopter with all materials for the training flight. Observe as the student organizes the cockpit. Provide real-time feedback on placement decisions, security of items, and accessibility. Have the student demonstrate reaching for items without looking while maintaining a forward scan.

12. Brief in-flight observation criteria: Explain that during the flight, you will be observing cockpit organization, the student’s ability to access items without distraction, adherence to sterile cockpit discipline, and response to any item that becomes loose or disorganized.

13. During flight, provide real-time coaching: If the student becomes distracted by cockpit items, provide immediate gentle feedback: “Notice you’re heads-down right now—what should you do differently?” If sterile cockpit discipline lapses, use briefing codes like “sterile” to remind without lengthy discussion.

14. Introduce realistic distractions during cruise flight: With adequate safety margins (altitude, clear of airport environments), introduce minor distractions to test organization: “Your chart just slid off your lap, what do you do?” or “I need you to find the approach frequency for the airport—show me how you’d do that efficiently.”

15. Observe the student’s response to changing flight phases: Note whether the student appropriately limits cockpit tasks during critical phases (approaching airport, maneuvering, landing) versus using cruise time for organization tasks.

16. Conduct post-flight critique systematically: Review what worked well in the student’s organization system. Identify specific moments where distraction occurred or sterile cockpit discipline lapsed. Discuss improvements collaboratively: “What would you change about your setup for next time?” Provide positive reinforcement for good practices demonstrated.

Student Actions

1. Actively participate in scenario discussions: Listen to the CFI’s opening scenario about the chart jamming the pedal and discuss how proper cockpit organization would prevent such situations. Engage with questions about real-world applications.

2. Observe and take notes during demonstrations: Watch carefully as the CFI demonstrates proper kneeboard setup, EFB mounting, and securing techniques. Ask clarifying questions about techniques that will work for your personal setup and physical characteristics.

3. Identify hazards in the negative example: When shown the cluttered, disorganized cockpit, actively point out problems: loose items, poor mounting, inaccessible materials, expired publications. Explain why each item represents a hazard.

4. Practice kneeboard organization on the ground: Using your own kneeboard and materials, organize a sample flight’s worth of documents under CFI observation. Demonstrate the ability to flip pages, write notes, and access information without removing the kneeboard or releasing simulated controls.

5. Install and adjust your EFB device: If using an EFB, install your tablet or device in the training aircraft using your mounting system. Demonstrate that it is secure through full control movement. Adjust position and brightness to CFI’s satisfaction. Explain your backup power and backup navigation plan.

6. Organize the cockpit for the training flight: Before engine start, arrange all materials for the training flight following the principles taught. Position charts, navigation log, checklist, fuel calculations, and any other items logically. Ensure everything is secured. Demonstrate reaching for each item while maintaining a forward scan.

7. Verbalize your organization system: Explain to the CFI where you’ve placed each item and why. Describe your plan for accessing items during different phases of flight. Accept and incorporate CFI feedback on your setup.

8. Demonstrate sterile cockpit discipline during critical phases: During taxi, takeoff, approach, and landing, limit conversation to essential communications. Avoid non-essential tasks. Focus attention on aircraft control and outside scanning. If you need to perform a cockpit task during a critical phase, verbalize the decision and rationale.

9. Manage cockpit items during normal flight operations: During the training flight, demonstrate efficient access to charts, navigation data, and communication information without excessive heads-down time. Use cruise segments to accomplish organizational tasks. Avoid cockpit tasks during high-workload phases.

10. Respond appropriately to distraction scenarios: When the CFI introduces distractions or asks you to locate information, demonstrate proper prioritization: maintain aircraft control first, stabilize the aircraft if necessary, then address the task. Verbalize your decision process: “I’m going to level off and slow down before I search for that frequency.”

11. Maintain collision avoidance scan while managing items: Show that you can retrieve information or adjust devices while maintaining an appropriate traffic scan. Use brief glances at cockpit materials rather than sustained heads-down periods. Clear visually before and after any heads-down task.

12. Adapt to changing conditions: If items shift during maneuvering or turbulence, respond appropriately—secure them immediately if safe to do so, or continue the maneuver and secure them afterward. Do not become distracted by minor disorganization during critical phases.

13. Self-critique your performance: During the flight and in the post-flight debrief, honestly assess moments when you became distracted, lost situational awareness, or violated sterile cockpit discipline. Identify specific improvements you will make to your organization system.

14. Ask practical questions: Seek advice on specific organizational challenges you face: “I have trouble with chart changes during flight—what’s the best technique?” or “My kneeboard keeps sliding—what strap system works best?”

15. Demonstrate learning and improvement: On subsequent flights, show that you have incorporated feedback from this lesson. Present an improved cockpit organization system that addresses previously identified weaknesses.

Completion Standards

The lesson is complete when the student demonstrates the knowledge, risk management, and skills required by FAA-S-ACS-16, Area of Operation II, Task B (CH.II.B), as evidenced by the following measurable standards:

Knowledge Standards

The student exhibits satisfactory knowledge by correctly explaining, without assistance:

• The essential aeronautical charts, navigation logs, checklists, and electronic flight bag components required for the flight and where each should be positioned for optimal accessibility

• Proper methods for securing items against helicopter vibration and maneuvering forces, including specific techniques for kneeboards, EFB mounts, and loose items

• The definition and application of sterile cockpit discipline, specifically identifying critical phases of flight where non-essential activities should be eliminated (taxi, takeoff, approach, landing, flight below 10,000 feet AGL in congested areas, and any high-workload phase)

• At least three specific ways disorganized flight deck management leads to loss of situational awareness (e.g., extended heads-down time searching for items, channelized attention on EFB troubleshooting, confusion from cluttered information)

• At least three specific cockpit distractions created by poor organization (e.g., loose items in motion, device notifications during critical phases, inadequate mounting systems requiring constant adjustment)

• How managing cockpit items during flight affects collision avoidance capability, including the relationship between heads-down time and traffic scan degradation

• Environmental factors specific to helicopter operations (vibration, turbulence, doors-open operations, rotor wash) that affect flight deck organization and security of items

• Relevant regulations including 14 CFR 91.103 (preflight action/familiarity with information) and 14 CFR 91.21 (portable electronic devices)

Risk Management Standards

The student exhibits satisfactory risk management by correctly identifying and explaining mitigation strategies for:

• Situational Awareness Loss: The student identifies at least three scenarios where poor cockpit organization leads to SA loss and describes specific mitigation: completing all setup before engine start, limiting current-leg materials to visible items, conducting programming during low-workload cruise flight, stabilizing aircraft before reorganization tasks

• Cockpit Distractions: The student identifies sources of distraction from inadequate organization and describes mitigation: securing all items before flight, silencing non-essential devices, using reliable mounting systems, practicing sterile cockpit discipline, pre-positioning items to eliminate searching

• Collision Avoidance Degradation: The student explains how managing items affects traffic scanning and describes mitigation: completing chart prep before takeoff, using EFBs in quick-glance fashion, notifying ATC and climbing above pattern altitude if reorganization is needed during flight, increasing altitude before complex cockpit tasks, clearing area frequently during any heads-down activity

• Environmental Hazards: The student identifies vibration and turbulence effects on cockpit items and describes mitigation: using aviation-grade mounting systems, testing mounts through full control movement, securing papers with positive retention, removing loose items during doors-open operations, regularly inspecting mounts for wear

• Control Interference: The student recognizes the risk of items jamming flight controls and describes mitigation: pre-flight check for loose items under seats and near pedals, testing cyclic/collective clearance with organization system in place, immediately securing any item that becomes loose, never placing items on seats or floors

Skill Standards

The student exhibits satisfactory skills by demonstrating the ability to:

• Organize and secure all essential materials and equipment for the flight before engine start, with no loose items remaining in the cockpit, all charts folded or arranged for immediate reference, navigation log positioned for current leg visibility, and checklist accessible without releasing controls

• Demonstrate that electronic devices (EFB) are mounted securely in a position that does not interfere with flight controls, instruments, or field of view, and that the mounting system remains secure through full control deflection tested on the ground

• Access and use cockpit materials during flight without excessive heads-down time, with no single glance at charts or EFB exceeding 3-5 seconds and maintaining an appropriate traffic scan pattern throughout

• Maintain sterile cockpit discipline during all critical phases of flight, eliminating non-essential conversation and tasks during taxi, takeoff, initial climb, approach, landing, and any operations below pattern altitude or in congested areas

• Identify and immediately address any hazards created by disorganized or unsecured items, stabilizing the aircraft before addressing organizational issues and securing any item that shifts during maneuvering within one cockpit task cycle

• Complete all cockpit organization tasks (chart changes, EFB programming, frequency changes, navigation log updates) during low-workload cruise segments rather than during critical phases, demonstrating proper prioritization of flying tasks over organizational tasks

• Demonstrate the ability to retrieve information or materials efficiently without releasing primary flight controls and while maintaining aircraft control within commercial pilot standards (heading ±10°, altitude ±100 feet, airspeed ±10 knots during the retrieval task)

• Pre-position materials for upcoming flight phases (approach charts ready before entering terminal area, landing checklist accessible before pattern entry, go-around frequencies pre-set) showing anticipation and planning

• Conduct a proper pre-flight cockpit check that includes verification of no loose items under seats, near pedals, or around flight controls, and confirmation that all required materials are present and secured

Performance is satisfactory when the student consistently maintains an organized, distraction-free cockpit environment throughout all phases of flight, demonstrates professional sterile cockpit discipline, accesses materials efficiently without compromising aircraft control or situational awareness, and exhibits the judgment to prioritize flying tasks over cockpit management tasks during critical phases. Any instance of a loose item interfering with controls, sustained heads-down time during critical phases, or loss of aircraft control during cockpit tasks constitutes unsatisfactory performance requiring additional training.

The student must demonstrate these standards consistently across multiple flights before progressing, as flight deck management is a foundational skill that affects all subsequent training and commercial operations.