Discover how I built a realistic replica of a Boeing 737-500 cockpit using Arduino, X-Plane, and Mobiflight. A journey through electronics, 3D printing, and a passion for flight!
Since 2010, I have been building a Boeing 737 cockpit, starting with FSX and later moving to X-Plane thanks to plugins like XPUIPC and Mobiflight. I integrated Arduino, 3D printers, and real components to achieve an immersive and realistic flight experience.
To achieve realistic results, I chose X-Plane and Mobiflight, leveraging offsets and plugins to connect hardware and software. Thanks to Mobiflight and Arduino Mega 2560, I built the Autopilot unit and completed the main cabin.
Using 3D printing and materials like plexiglass, wood, and LEDs, I built backlit panels and custom components. Modularity and expandability were key to adapting the cockpit to my needs.
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I built the throttle levers with a 3D printer following a Thingiverse project. I added buttons for the TOGA function and endstops for reverse, improving fidelity compared to the original.
The yoke and other details were built to ensure maximum immersion during simulated flight, with attention to ergonomics and materials.
The Flight Control Computer (FCC) and the Autopilot Module (MCP) were recreated with Arduino, Mobiflight, and buttons purchased from Opencockpit. Integration with X-Plane allows you to follow real flight plans and ATC instructions.
A panoramic view of the cabin shows the complexity and attention to detail achieved in the project.
The 7-segment displays are managed via MAX7219, following a scheme that allows connecting multiple displays in cascade. I prepared a tutorial to explain the multiplexing and expansion of the modules.
Management of the Auxiliary Power Unit for autonomy and electrical backup.
Battery monitoring, voltages and frequencies for onboard safety.
The electronic flight data display system and autopilot.
Fuel management and balancing between tanks.
Monitoring and control of the aircraft's hydraulic systems.