787 Fcom Jun 2026

Information on the 787's high-voltage DC system, which is a significant departure from traditional AC-heavy architectures.

The is the definitive technical authority for pilots operating the advanced Boeing 787 Dreamliner. Unlike older aircraft documentation, the 787 FCOM is built from the ground up to reflect a highly integrated, electronic, and software-driven airframe.

| Condition | Limit | |-----------|-------| | VMO | 340 knots / M0.90 | | VLE (landing gear extended) | 280 knots / M0.67 | | VLO (gear extension/retraction) | 250 knots | | VRA (rough air penetration) | 280 knots / M0.85 | 787 fcom

Full flight envelope protections are active (stall prevention, overspeed protection, bank angle limits).

Modern 787 flight decks are largely paperless. Pilots access the FCOM digitally via tablet-based Electronic Flight Bags (EFBs) or natively through the aircraft's central display units. Information on the 787's high-voltage DC system, which

running software-managed applications. The Bleedless System Architecture

Pilots follow sequential flows defined in Volume 1 to systematically activate electrical networks, initialize the inertial navigation alignment, and program the FMC. | Condition | Limit | |-----------|-------| | VMO

The Flight Crew Operations Manual (FCOM) is the primary technical document provided by Boeing to airline operators. It contains the standard operating procedures, limitations, system descriptions, and performance data required to operate the Boeing 787 safely and efficiently. Unlike general training materials, the FCOM is a regulatory-approved document tailored to the specific configuration of an airline's fleet. Structure and Organization of the 787 FCOM

This volume contains detailed engineering and functional overviews of the aircraft's systems, arranged by chapters corresponding to traditional ATA chapters: