Bring essential cockpit systems within reach with dedicated avionics for your flight simulator. Use an Airbus MCDU or Boeing CDU to enter and manage flight plans, while dedicated FCU and MCP panels provide physical control of speed, heading and altitude. Prefer General Aviation? A Garmin-style display brings avionics, navigation, and flight data together in one clear interface.
Explore our avionics and build a cockpit that matches the aircraft you enjoy flying.
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Choose avionics panels that match the aircraft you fly.
Explore Airbus and Boeing flight management and autopilot controls, or Garmin-style navigation and glass cockpit systems for General Aviation.
Bring important Airbus cockpit functions within reach with dedicated avionics panels. Enter and update your flight plan through an MCDU, or manage speed, heading, and altitude with physical FCU-style controls.
Create a more realistic Boeing cockpit with avionics panels for flight management and autopilot control. Use a CDU to prepare your route and an MCP-style panel to adjust speed, heading, and altitude during flight.
Keep navigation, flight data, and aircraft information clearly in view with General Aviation avionics panels. Garmin GNS430/530 and G1000-style displays and controls make it easier to manage your aircraft while keeping your attention on the flight.
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Not necessarily. Physical avionics hardware is designed to operate specific types of instruments, displays or controls, and the aircraft in your simulator must provide compatible avionics. An aircraft equipped with a different navigation or glass-cockpit system may therefore require different hardware or software.
Note that compatibility can also differ between default and third-party aircraft.
This depends on the type of hardware. Controls without an integrated display generally use USB, while avionics with their own screen may also require HDMI, DisplayPort or another video connection in addition to USB and, in some cases, a separate power supply.
Where required, the integrated display functions as an additional screen in Windows, while USB handles buttons, knobs and communication with the simulator.
Possibly. Avionics with integrated screens can require a separate video output for each display, while controls and buttons normally communicate through USB. Larger cockpits can therefore use a significant number of ports. Display adapters and powered USB hubs can sometimes be used, but the requirements depend on the individual hardware and should be checked before building your setup.
Some avionics panels work with standard simulator controls, while others require manufacturer software, plugins or aircraft-specific profiles. Units with integrated displays may also need additional screen configuration. Always check compatibility with your flight simulator and the aircraft you intend to fly.
They can. External instrument displays may require your PC and simulator to render additional windows, which can affect frame rates. The impact depends on your PC, simulator, number of displays and the instruments being rendered. More demanding cockpit setups may require additional graphics performance.
At this moment, no. Most dedicated external avionics hardware is designed for PC flight simulation. This hardware depends on Windows software, plugins, separate instrument windows or additional video outputs. This functionality is not available on console.
