Interfacing an Airbus with a Flight Simulator requires some technical skill. Korry switches and push buttons can simply be interfaced to an I/O board, many which exist in the market. Most boards on the market today are only compatible with LEDs – the challenge is finding an I/O solution which can drive the current requirement for the korry bulbs.
Components such as the sidestick, rudders, spoilers and flaps panel can be wired up to a joystick board such as the Leo Bodnar BU0836A. If no transducers are present, an interface must be built to translate physical movements to an electrical signal which the computer can read.
Other genuine components such as the ECAM Control Panel, or the ATC/Transponder Panel require specific boards which can read and output ARINC429.
This page lists the different types of Airbus hardware and the current interface solution. It will dynamically change.
Updated January 2019
|Korry switch push buttons and annunciators||Requires an interface board (I/O) board which is compatible with Flight Simulator and the avionics software. Solution requires a board which can output 5 VDC at 0.115 A per korry bulb.
Existing boards such as those available from Flight Deck Solutions and OpenCockpit do not provide the necessary current to drive the korry bulbs. A Darlington or DMOS transistor can amplify the current. The Soarbywire Output amplifier solution can drive the incandescent bulbs.
|Flight Control Unit (FCU) and Unit||Requires 28 VDC power supply and 5 VDC integral and display backlight. Interface solution available from Cockpit Concept. Their FCU interface board allows you to interface the hardware to avionics software.|
|Multi-Function Control and Display Unit (MCDU)||Native usage requires ARINC 429 interfacing and 115 VAC for operation.Alternatively MCDU keypad can be integrated with an LCD and I/O board; Simulator Solutions offers a conversion kit for such a purpose.|
|Integral Backlighting||Panel backlighting is achieved with 5 VDC. Flight Deck Solutions and Cockpit Concept have a dimming solution which allows you to connect directly to a potentiometer.|
|Electronic Clock||Clock time can sync to Flight Sim time using Cockpit Concept ARINC429 Low Speed boards and requires 28 VDC.|
|Radio Management Panel||RMP requires 28 VDC and a low speed input ARINC 429 board.|
| ECAM Control Panel||ECP requires either a low speed or high speed ARINC 429 transmitter board and 28 VDC for Interfacing.
Direct wiring to an interface board, bypassing ARINC 429 is also possible.
| Rudder Trim Indicator||The rudder trim indicator on the parking brake panel requires either a low speed or high speed outout ARINC 429 board and 28 VDC.|
|Sidesticks||Direct canon pin output to a joystick board. 28 VDC to be supplied to the solenoid to lock the sidestick when A/P is engaged.|
|ATC/TCAS||ATC/TCAS requires 115 VAC to operate and ARINC 429 interfacing.|
|Audio Control Panel||Audio Control Panel requires 28 VDC to operate and low speed ARINC 429 interfacing.|
|Flaps Panel||Direct canon pin output to a joystick interface board.|
|Speedbrake/Spoilers||Direct canon pin output to a joystick interface board.|
|Sidestick Solenoid||28 VDC required for sidestick solenoid operations.|
|Triple Brake Pressure Gauge||Cockpit Concept Analogue voltage board|
|Rudder Pedal Brake Transmitter||Direct canon pinout to a joystick interface board|
|Weather Control Panel||Requires 28 VDC and ARINC 429 interfacing|