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| Overview | ||
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| Price | From £7.70 | €1,235.00 |
| Availability | In stock | In stock |
| CockpitSquare overview | A DIY Boeing 737-modeled Mode Control Panel (MCP) assembly for flight-simulation cockpits. The product uses a dedicated PCB with integrated controls, displays, Korry switches, LEDs, and Raspberry Pico-based electronics, with assembly and some soldering required. | The FCU320PRO is a full-scale Airbus flight control unit replica for flight simulation. It provides illuminated controls, displays, Ethernet communication, firmware configurability, and expansion connectivity for compatible simulator software and CPflight modules. |
| Aircraft | 737 | A340A320 |
| Aviation category | Airliners | Airliners |
| Compatibility & connections | ||
| Supported simulators | Flight simulators: Different simulators | Microsoft Flight Simulator: Microsoft Flight Simulator 2020–2024 Prepar3D: Prepar 3D X-Plane: X-Plane 11–12 using Midwest737 Simulation |
| Connections | USB: Single USB cable for the PCB Other: 12V DC pin header for backlighting | Ethernet: Ethernet with TCP/IP protocol; default IP address 192.168.1.40 Proprietary: 4-pin connector for CPflight module expansion Power: 12 VDC power supply; supplied adapter accepts 100–240 VAC, 50/60 Hz |
| Software requirements | Mobiflight: Pre-programmed Mobiflight options are provided | CPflight communication driver: Required for supported integrations; driver version must match the simulator version FSUIPC: Required by CPflight communication software for FBW A32NX on FS2020 |
| Physical requirements | Assembly: DIY assembly required Soldering: Some through-hole soldering required for 7-digit displays and encoders 3D printing: Combined rotary switch 3D prints are excluded from the complete DIY Build Kit | Power: Use the supplied stabilized 12 VDC, 2 A adapter Network connection: Ethernet connection to a computer or LAN |
| Hardware compatibility | 737SS cockpit: Fits the 737SS MCP orifice 737DS cockpit: Fits with very minor hole modification | CPflight expansion modules: Compatible with CPflight plug-and-play EFIS, MIP and pedestal panels through the 4-pole socket |
| Simulator add-on compatibility | Not specified | Project Magenta: Supported ProSimA320: Supported Fenix: Supported ToLiSS: A319, A320 and A321 supported FlyByWire A32NX: Supported on FS2020 using the dedicated CPflight driver |
| Dimensions & details | ||
| Product dimensions | Not specified | Dimensions: 257 × 242 × 37 mm; drawing tolerance ±1 mm Depth-related mounting detail: Drawing also identifies 250 mm and 3.5 mm features |
| Product weight | Not specified | Not specified |
| Additional factual details | Electronics: Single SMD 4-layer PCB with onboard Raspberry Pico, multiplexers, shift registers, and LEDs Controls: Includes 7-digit displays, 6 encoders, a 12-position rotary switch, 5 mini ON/OFF toggle switches, and 14 Korry button cases in the listed budget options A/T switch: Manual standard switch; not magnetically held Release: V14 public release dated June 6, 2024 Safety voltage limits: Maximum 5V DC for the Arduino and 12V DC for backlighting | Display and lighting: Warm-white backlighting, backlit front panel and buttons, green button annunciator Controls: Aluminum knobs with symbols and dual-concentric ALT knob for x100/x1000 switching Brightness control: Backlight and display brightness can use external potentiometers or software control Firmware: 16-bit flash microcontroller with firmware upgrade capability and internal configuration mode Network defaults: Default FCU IP address is 192.168.1.40 Included items: Ethernet cable and 12 VDC power supply are supplied Operating limitation: The hardware depends on connected software for logic, operating modes and aircraft behavior |