Is there a particular (like engine start or programming the FMGS) you want to break down? Share public link

For student pilots, 360° technology is a critical study aid. Interactive cockpit familiarization apps allow users to tap on any button or screen in the A330 flight deck to receive an in-depth explanation of its function. This high-resolution, interactive exploration enables students to build muscle memory and systems knowledge before stepping into a full-motion simulator.

Unlike Boeing aircraft, where the throttles move automatically during autopilot mode, Airbus thrust levers stay in fixed "detents" or slots (such as Climb, Flex, or TO/GA for takeoff). The computer adjusts the engine power electronically while the levers remain stationary. Multipurpose Control and Display Units (MCDU)

When navigating a 360-degree virtual tour of the A330 cockpit, the sheer volume of buttons, switches, and screens can be overwhelming. Breaking the flight deck down into its primary components helps demystify the workspace. 1. The Main Instrument Panel (Forward View)

: Because the cockpits are virtually identical, a pilot can transition from an A330 to an A350 in just eight days of training, without needing a full-flight simulator.

away from the pilot delegates control to the Flight Management Computer (e.g., letting the plane navigate automatically along the pre-programmed route). How to Get the Best Out of a 360-Degree View

Automatically adds power or lowers the nose if the aircraft gets dangerously fast or slow, regardless of pilot input. Why Explore an Airbus A330 Cockpit via 360 View?

At the heart of the A330's flight deck are . The primary flight instruments—airspeed, altitude, attitude, and navigation—appear on colorful square computer screens. These displays present everything from engine performance data to weather radar and system status.

When you take a 360° virtual tour of an A330 cockpit , you are witnessing the in action.