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| Overview | ||
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| Price | €895.00 | From £7.70 |
| Availability | Not specified | In stock |
| CockpitSquare overview | An assembled, Ethernet-connected mode control panel module modeled for Boeing 737 MAX simulator cockpits. It includes a metallic casing, illuminated controls, replica knobs, a PCB, and 12V power input, with stated compatibility across several simulator software and add-on configurations. | 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. |
| Aircraft | 737 | 737 |
| Aviation category | Airliners | Airliners |
| Compatibility & connections | ||
| Supported simulators | ProSim: ProSim v3 or superior; integrated with Prepar3D or MSFS 2020/2024 Prepar3D: Supported with ProSim; PMDG compatibility is stated through SismoLink MSFS 2020: Supported with ProSim; PMDG compatibility is stated through SismoLink MSFS 2024: Supported with ProSim; PMDG compatibility is stated through SismoLink X-Plane 11: Compatible with Zibo 738X through OrbitXP X-Plane 12: Compatible with Zibo 738X through OrbitXP | Flight simulators: Different simulators |
| Connections | Ethernet: Ethernet bus via Ethernet port Other: 12V DC power input | USB: Single USB cable for the PCB Other: 12V DC pin header for backlighting |
| Software requirements | ProSim: Required for the stated ProSim integration; version 3 or later is specified SismoLink: Required for PMDG compatibility in Prepar3D, MSFS 2020, and MSFS 2024 OrbitXP: Required for X-Plane 11/12 with Zibo 738X SC-Pascal scripts: Free scripts are provided for connecting with other add-ons such as iFly737 | Mobiflight: Pre-programmed Mobiflight options are provided |
| Physical requirements | Power: +12V DC input; power supply included | 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 |
| Hardware compatibility | Sismo MIP dimmer: The backlight can be connected to the Sismo MIP dimmer | 737SS cockpit: Fits the 737SS MCP orifice 737DS cockpit: Fits with very minor hole modification |
| Simulator add-on compatibility | PMDG: Compatible in Prepar3D, MSFS 2020, and MSFS 2024 through SismoLink Zibo 738X: Compatible with X-Plane 11/12 through OrbitXP iFly737: SC-Pascal scripts are provided for connection with iFly737 in Prepar3D or MSFS | Not specified |
| Dimensions & details | ||
| Product dimensions | Width × depth × height: 470 × 210 × 80 mm | Not specified |
| Product weight | Not specified | Not specified |
| Additional factual details | Scale: 1:1 Casing: Metallic casing, grey RAL 7011 Panel: 6 mm methacrylate panel, laser cut and engraved Backlight: Warm white LED backlighting; 12V Controls: Replica injection-plastic knobs and illuminated push-button legends Assembly: Fully assembled and ready to use Product reference: S7NG-MCP-F-BL-A46-2028 Version: V4.6 Display: White LED display; black display surface | 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 |