787 Fcom

Creating a comprehensive guide for the Boeing 787 Flight Crew Operations Manual (FCOM)

requires understanding both the technical systems and the standard operating procedures (SOPs) used by pilots.

The FCOM is the primary reference for flight crews to operate the aircraft safely and efficiently. Below is a structured guide to the key sections of a typical Boeing 787 FCOM. 1. Aircraft Systems ( FCOM Volume 2

This volume provides technical descriptions of the aircraft's advanced "more-electric" architecture. Electrical System

: Unlike traditional aircraft, the 787 uses high-voltage AC (235V) and DC power. Key components include the four engine-driven generators and two APU generators. Flight Controls : The 787 uses a Fly-By-Wire (FBW)

system. It includes flight envelope protection and "Common Core System" (CCS) for data processing. Environmental Control System (ECS) : The 787 uses bleed-less engines

. Instead of taking air from the engines, it uses electric compressors to provide cabin air, which improves fuel efficiency and humidity levels. Avionics & Displays : Features five large LCD screens and dual Head-Up Displays (HUD) as standard equipment for both pilots. 2. Standard Operating Procedures (NP - Normal Procedures)

These are the step-by-step actions crews follow during different phases of flight. : Initializing the Flight Management Computer (FMC) , aligning the Inertial Reference System (IRS) , and conducting the "Cold & Dark" power-up. Takeoff & Climb

: Using the HUD for low-visibility takeoffs and monitoring the Electronic Flight Bag (EFB) for performance calculations.

: Managing the fuel system and monitoring the advanced weather radar. Approach & Landing

: Configuring the aircraft for landing using the landing gear lever located centrally in the cockpit. 3. Non-Normal Procedures (QRH - Quick Reference Handbook)

While technically separate, the QRH is a vital companion to the FCOM. Checklists

: Used for emergency and abnormal situations (e.g., engine failure, cabin depressurization). Electronic Checklists (ECL)

: The 787 features an integrated electronic checklist on the display units, which automatically checks off completed actions sensed by the aircraft systems. 4. Flight Management and Performance FMC Programming

: Crucial for defining the route, vertical profile, and speeds. Cues from the 787 FMC Tutorial

highlight the importance of correct position initialization and engine rating data. Performance Dispatch

: Calculating takeoff and landing distances based on current runway conditions and aircraft weight. Additional Resources for Mastery Video Tutorials comprehensive Boeing 787 tutorial

by a real airline pilot provides practical applications of FCOM procedures. Technical Training : For maintenance or structural deep-dives, Boeing's Structural Repair training offers insights into the composite airframe. specific system

, such as the electrical architecture or the Fly-By-Wire logic? Boeing 787 All in One Tutorial | Real Airline Pilot 787 fcom

The Boeing 787 Flight Crew Operations Manual (FCOM) is the definitive technical document used by pilots to operate the Dreamliner. While the actual manual is a massive, multi-volume technical publication proprietary to Boeing and its operators, reviews from pilots and training experts highlight its modern, digital-first approach. Core Purpose and Structure

The FCOM acts as a real-time guide for all flight phases, from pre-flight checks to emergency procedures.

System Integration: It breaks down the 787's complex "more electric" architecture—such as its bleedless engines and advanced fly-by-wire systems—into understandable chapters.

Key Chapters: Essential sections typically include Electrics (due to the aircraft's heavy reliance on electrical power), Hydraulics, Flight Controls, and Warning Systems (EICAS).

Operational Standardization: Airlines use it to ensure all crews operate within strict safety and performance parameters. Pilot & Expert Perspectives

Reviews of the FCOM often focus on its density and the learning curve for new pilots:

Density vs. Utility: Pilots describe it as a "heavy book" with significant "superfluous text". To manage this, many use supplements like the 787 Guide to bridge the gap between dry technical manual text and practical operational knowledge.

Learning Experience: Professional reviews note that while the FCOM is "dull," it is the essential source of truth for everything from overhead panel button functions to memory items for non-normal events.

Digital Evolution: Modern platforms like Yonder are now used to manage FCOM updates, allowing airlines to see changes immediately and manage airline-specific customizations. FCOM in Simulation

For flight simulation enthusiasts (MSFS, P3D), the FCOM is the "gold standard" for realism: 787 Guide - App Store

* 787 Guide. Education. $59.99 · In-App Purchases. 102 Ratings. 4.9. Category. Education. Johan Lindstrom. English. Size. 1.2. GB. Apple Boeing 787 All in One Tutorial | Real Airline Pilot

The phrase "solid content" in relation to the (Flight Crew Operating Manual) refers to the official documentation being finalized or cited as a definitive source for aircraft operations.

Recent mentions of this specific phrasing typically involve: Documentation Progress

: Authors or technical writers in the aviation community often use "solid content" to describe a completed first draft or a substantial body of work for a 787 FCOM manual Technical Evidence : In professional forums like

, pilots and engineers may refer to a "solid body of evidence" found within the FCOM or related manuals (like the AMM or FIM) to discuss specific system behaviors, such as GEnx engine logic or FADEC issues. Key Components of 787 FCOM Content

The manual is divided into chapters that provide the primary guidelines for safe operation: Chapter NP (Normal Procedures) : Contains the Standard Operating Procedures used by the flight crew. Limitations defines critical operating limits, such as runway slope. System Overviews

: Provides detailed diagrams and purposes for hardware, such as the CDU (Control Display Unit) overview Technical Identifiers

: Official Boeing 787 FCOMs are typically identified by numbers such as followed by a customer identification code. For those preparing for a 787 Type Rating Creating a comprehensive guide for the Boeing 787

, the FCOM is the foundational "solid content" used to learn the aircraft's complex automated systems. reference or a downloadable version of the manual? AI responses may include mistakes. Learn more

The Boeing 787 Flight Crew Operations Manual (FCOM) is the definitive technical authority for pilots operating the "Dreamliner." Unlike the manuals of previous generations, the 787 FCOM reflects a fundamental shift in aviation philosophy, moving away from traditional pneumatic systems toward a more efficient, "more-electric" aircraft architecture.

For pilots, dispatchers, and enthusiasts, understanding the FCOM is essential for mastering the nuances of this advanced wide-body jet. 1. Purpose and Structure of the FCOM

The FCOM is designed to provide pilots with the operational information needed to fly the 787 safely and efficiently. It is typically divided into two main volumes:

Volume 1 (Standard Operating Procedures): This volume focuses on how to fly the airplane. It contains limitations, normal procedures (checklists), supplementary procedures (like cold weather ops), and performance data.

Volume 2 (Systems Description): This is the "encyclopedia" of the aircraft. It breaks down every system—from the GEnx or Trent 1000 engines to the complex Electrical Braking System—explaining how they work and how they interface with the cockpit. 2. Key Highlights of the 787 Systems

The 787 FCOM introduces several concepts that are unique compared to the 777 or 767:

The "No-Bleed" Systems Architecture: Traditional aircraft use compressed air from the engines to power air conditioning and wing anti-ice. The 787 FCOM details how these systems are now electrically driven, significantly improving fuel efficiency but changing how pilots manage engine starts and environmental controls.

Electronic Flight Bag (EFB): The 787 was the first aircraft designed with an integrated EFB. The FCOM outlines the use of these screens for performance calculations, charts, and taxi maps.

Head-Up Display (HUD): Standard on all 787s, the HUD is a primary flight tool. The manual provides specific guidance on flying "eyes out" during all phases of flight, including CAT III low-visibility approaches. 3. Mastering the Checklist Philosophy

The 787 FCOM emphasizes a "Quiet Dark" cockpit philosophy. If a system is operating normally, there are no lights or alerts. When something goes wrong, the Electronic Checklist (ECL) becomes the pilot’s best friend. The FCOM explains the logic behind the ECL, which automatically displays the necessary non-normal checklist when a sensory alert (EICAS) is triggered. 4. Operational Performance and Limitations

A critical section of the FCOM is the Limitations chapter. This is "memory item" territory for pilots, covering: Maximum operating altitudes. Crosswind limits for takeoff and landing. Autoland requirements and flap settings. Weight and balance envelopes. 5. Why the 787 FCOM is Different

Because the 787 is a software-dependent aircraft, the FCOM is frequently updated via digital revisions. Pilots must stay current with "Bulletins" and "Operational Directives" that may override printed procedures. This makes the digital version of the FCOM an evolving document rather than a static book. Conclusion

The 787 FCOM is more than just a rulebook; it is a roadmap to one of the most technologically advanced machines ever built. Whether you are studying for a type rating or simply curious about how the Dreamliner handles an engine failure, the FCOM provides the granular detail required to operate the aircraft at the highest level of safety.

The Boeing 787 Flight Crew Operations Manual (FCOM) is the primary technical document for operating the Dreamliner. While the official manual is provided by Boeing to operators, several high-quality "solid guides" and resources exist for training and reference. Recommended Study Resources

: Highly recommended by pilots for its interactive FMC manual and breakdown of complex systems like the electrical and fly-by-wire flight controls B787 Aviation Study Guide App

: A comprehensive database with over 2,100 questions and detailed explanations covering GEnx and Trent 1000 engines , hydraulics, and flight instruments. B787 Flight Operations Summary Guide : A condensed "MRG" style guide that outlines takeoff profiles, memory items, and system inhibits Boeing 787 Flight Crew Training Manual (FCTM) : The essential companion to the FCOM, focusing on operational techniques and best practices for tasks like gusty landings and autoland. Key FCOM Chapters & Focus Areas

For a "solid" understanding, pilots typically prioritize these chapters in order: Electrics (Chapter 6) Air Systems: High-pressure bleed air from engines or

: The 787 is more electrical than previous Boeings; understanding the power distribution is foundational. Hydraulics (Chapter 13)

: A lighter chapter that provides the basis for landing gear and flight control operations. Flight Controls (Chapter 9) : Covers the complex Normal, Secondary, and Direct laws of the fly-by-wire system. Warning Systems (Chapter 15)

: Explains EICAS message hierarchies (Alert, Caution, Advisory) which are critical for non-normal procedures Operational Quick Reference Memory Items

Aborted Engine Start, Dual Engine Failure/Stall, Smoke/Fumes. Approach Category Category C for landing. Limitations

Refer to Chapter L for max takeoff weights and environmental limits. or a summary of non-normal memory items How To Study The Boeing 787 Manuals 18 Nov 2020 —

Boeing 787 Flight Crew Operations Manual (FCOM) is the essential technical reference for pilots, serving as the definitive guide for safe and efficient aircraft operation. It is a living document frequently updated to reflect the latest performance data and regulatory changes. Structure of the 787 FCOM

The manual is typically organized into several core volumes: Part 1: Airplanes General

– Provides a systems overview, aircraft dimensions, and foundational knowledge of the Dreamliner's unique composite airframe and electrical systems. Part 2: Normal Procedures

– Contains step-by-step guides for routine flight phases, including pre-flight, engine start, and automated systems management like Autoland. Part 3: Non-Normal Procedures

– The most critical section for safety, detailing responses to emergencies such as engine failures or severe weather encounters. Chapter 10: Limitations

– Defines hard operational limits, such as maximum operating altitude ( feet) and runway slope limits ( Preparing for Your Type Rating

If you are starting a 787 course, the following steps are recommended to master the FCOM content: Secure Official Manuals Early

: Obtain digital copies from your airline as soon as possible to begin familiarizing yourself with the layout and technical language. Supplement with Study Guides : Tools like the

can help translate dry technical text into more digestible language without replacing the official manual. Focus on Memory Items

: Prioritize memorizing non-normal procedures found in Part 3, as these must be executed flawlessly under pressure. Practice via Flight Simulation

: For enthusiast or initial familiarization, checklists derived from the FCOM are available on platforms like FlightSim.to to help reinforce procedural flows. specific system

, such as the electrical architecture or flight deck displays, from the manual? 787 Type Rating preparation

1. General / Aircraft Systems (Volume 1)

  • Air Systems: High-pressure bleed air from engines or electric compressors (No pneumatic bleed from APU for packs).
  • Electrical: The "More Electric Architecture." 4 Starter/Generators (Engines), 2 APU Generators, 2 RAT. No engine bleed for anti-ice (uses electric heaters).
  • Hydraulics: 3 systems (Left, Center, Right). 5,000 psi pressure.
  • Flight Controls: Fly-by-wire (FBW) with envelope protection (Speed, Bank, Angle of Attack, Load Factor).

ATA 30: Ice and Rain Protection (Bleedless Thermal Anti-Ice)

Traditional Boeings use hot bleed air from engines to heat wing leading edges. The 787 FCOM explains the "Electro-Thermal" system:

  • Thermal Anti-Ice (TAI): Heater mats bonded to the slats. The FCOM warns about "Overheat" CAS messages and the automatic cycling function.
  • Engine Nose Cowl Anti-Ice: Also electric. The FCOM contains a critical note: Do not use on the ground above 10°C (dry) or above 25°C (wet) to prevent damage to composite cowls.

ATA 31: Indicating and Recording (Crew Alerting System)

The 787 FCOM details the CAS which replaced the legacy master caution/warning lights. CAS messages are color-coded:

  • Red (Warning): Requires immediate action (e.g., "ENG FIRE").
  • Amber (Caution): Requires awareness or action (e.g., "HYD PUMP LOW PRESSURE").
  • Cyan (Advisory): Status only (e.g., "WING TAI OFF").

The FCOM includes an alphabetized CAS Message List—a 200+ page appendix explaining every possible message, its cause, and the required procedure.

Common FCOM Traps on the Written Exam

  • Question: "What happens to the cabin pressure if both CACs fail?"
    • Trap answer: "Depressurization."
    • FCOM Answer: "The outflow valve modulates automatically; the cabin will slowly climb to 10,000 ft. You have 30 minutes."
  • Question: "Can you use engine anti-ice on the ground?"
    • FCOM Answer: "Yes, but it automatically switches off below 70% N1 to protect the electric starter/generator."