Occupying the prominent center screen. The upper EICAS acts as the central health monitor of the aircraft. It provides vital engine data (such as N1 speeds and exhaust gas temperatures), fuel quantity tracking, and real-time crew alerting text messages.
Situated on the pedestal, these trackballs allow pilots to interact with the center displays, similar to a computer mouse.
The central screens display real-time engine performance, fuel levels, and system alerts.
Pan the 360-view camera upward to see the overhead panel, organized logically by aircraft systems. Boeing designed this using a "dark cockpit" philosophy—meaning if a light is not illuminated, the system is running normally. boeing 777 cockpit 360 view
The offers an immersive, digital window into one of the most successful wide-body commercial airliners ever built, bridging the gap between mechanical legacy and modern glass-cockpit fly-by-wire technology.
Centered screens displaying engine indications (EICAS) and systems status checklists. 🎛️ The Overhead Panel: Aircraft Systems Command
The autothrottle and autopilot systems are critical components of the 777's flight control system. The autothrottle system allows the pilots to set a specific airspeed or thrust level, which is then automatically maintained by the aircraft's engines. The autopilot system, meanwhile, allows the pilots to automate the flight control process, with the aircraft flying itself along a predetermined route. Occupying the prominent center screen
The Boeing 777 cockpit is designed around a clean, ergonomic, and highly efficient philosophy. It pioneered the transition from older mechanical gauges to advanced electronic displays, bridging the gap between traditional flying and total automation.
The overhead panel is a critical component of the cockpit, housing a multitude of switches, buttons, and indicators that control the aircraft's systems. This includes:
Positioned next to the PFDs, these display the route, weather, and terrain. Situated on the pedestal, these trackballs allow pilots
While not a “real” cockpit, the PMDG 777 for Microsoft Flight Simulator includes a fully clickable 3D cockpit. Using the drone camera, you can create your own custom 360 views. It is so accurate that real 777 pilots have used it for procedural training.
Unless it’s an actual 360 video from a revenue flight (rare), the screens typically show a default “cold & dark” or engine-running test pattern – not realistic taxi, takeoff, or approach data flows.
As you explore various virtual tours, you might notice differences between models, particularly when comparing the classic 777-300ER to the upcoming . The evolution is clear to see. The 777X cockpit looks similar to the newer Boeing 787, featuring five large, frameless, color screens compared to the standard six screens in earlier 777 models. The 777X cockpit also features a completely revamped pilot seat for additional comfort and a switch on the overhead panel to fold the wingtips on the ground, a necessity for the massive new wing design. Visualizing these upgrades through a 360-degree comparison is a fascinating way to see how cockpit design continues to adapt to technology.
Unlike its competitors that use sidesticks, Boeing maintains traditional dual control yokes to provide tactile feedback and physical cues.