Located directly in front of each pilot, showing critical data like airspeed, altitude, and attitude.
Large, brightly lit buttons that flash to alert the crew to system anomalies. Center Console and Flight Management
Boeing opted to maintain a familiar physical interface while completely upgrading the underlying technology. Yoke vs. Sidestick
The columns use electronic actuators to mimic the aerodynamic feel and resistance of traditional flying. boeing 787 cockpit layout pdf
The glareshield sits directly below the windshield and houses the primary interface for the autopilot. Flight Mode Control Panel (MCP)
Pilot inputs are converted into digital signals rather than direct mechanical movements.
The Boeing 787 Dreamliner features one of the most advanced flight decks in commercial aviation. This article breaks down the flight deck architecture, systems, and controls often detailed in a manual. Core Architecture and Display Systems Located directly in front of each pilot, showing
Summaries designed for quick-reference use during simulator sessions.
| Feature | Boeing 777 | Boeing 787 | |---------|------------|-------------| | Control yoke | Yes (manual) | No – side-stick | | Main displays | 6 x 6-inch LCD | 5 x 15.1-inch LCD | | Keyboard | No | Yes (optional) | | EFB | External tablet | Integrated 10.4" touch | | Engine indication | Separate DU | Integrated into MFD | | Dark cockpit philosophy | Partial | Full |
Understanding the Boeing 787 Cockpit Layout: A Pilot-Centric Digital Flight Deck Yoke vs
The centerpiece of the 787 cockpit is its massive liquid crystal display (LCD) screens. Unlike older aircraft with six or more displays, the 787 features:
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The Overhead Panel manages the aircraft’s hardware infrastructure. It follows a logical grid system divided by system type, using a "forward-and-up" flow.
Tuning Control Panels (TCP) and Multifunction Displays (MFDs)