Insights into the fly-by-wire architecture and the "C-Star" control law.
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.
If you are currently studying for a type rating or updating your flight department manuals, let me know: 787 fcom
Because the 787 relies heavily on and a unique bleedless systems architecture , the FCOM differs significantly from legacy manuals like the 737 or 777. It is delivered primarily through Electronic Flight Bags (EFBs) and digital flight deck interfaces rather than traditional paper binders. 2. Structure and Organization of the Manual
Traditional airliners tap hot, high-pressure bleed air from the engines to power air conditioning units and wing anti-ice systems. The 787 completely changed this paradigm by using an electric architecture instead. The FCOM details how massive electrical compressors supply cabin air, and how electro-thermal blankets on the wing leading edges melt ice. Pilots must understand this system to manage electrical load shedding if a generator fails. Integrated Flight Deck and HUD Control Insights into the fly-by-wire architecture and the "C-Star"
The 787 utilizes advanced fly-by-wire technology. The FCOM details how pilot control column inputs do not move the control surfaces directly; instead, they send signals to flight control computers. The manual outlines three distinct modes:
Standard checklists and setup procedures. Engine Start and Taxi. Takeoff and Climb. Cruise and Descent. Approach and Landing. Shutdown and Post-flight. C. Non-Normal Procedures If you are currently studying for a type
It is important to distinguish the FCOM from other essential Boeing 787 documentation: Primary User Normal and non-normal flight operations. QRH (Quick Reference Handbook) Time-critical emergency checklists. AMM (Aircraft Maintenance Manual) Routine checks, troubleshooting, and repairs. MEL (Minimum Equipment List) Dispatch/Pilots
Which specific or system (e.g., Electrical, Flight Controls) you need to dive into deeper?
