A cockpit can start with a board, a few switches and one display. Choose one real task first. Simulator, vehicle and data path then determine the electronics and software.
Step-by-step setup
- Define your goal: replace keys, display real states, or both? Truck controls, aircraft panels and train cabs have different requirements.
- Check the simulator and model. USB HID inputs work only where the game supports them. LED feedback also needs a readable state. Detection is not full integration.
- Build small: start with one or two inputs on a suitable front plate. Check dimensions, labels, connectors and room for expansion before finishing the enclosure.
- Configure one path at a time: test the input in the simulator, then assign an instrument or LED. A local monitor and a separate network PC need different setup.
- Document the card, firmware, pinout, simulator version, function and observed result. Photos and tested assignments help with the next panel and support.
Simulator
- Falcon BMS and DCS F-16C: start with existing instruments and compatible cockpit hardware.
- ETS2 and ATS: start with a supported button box; add telemetry and LED assignments separately. These modules are beta.
- MSFS, X-Plane, racing, rail and space simulators: general construction principles transfer. The current Cockpit Suite overview does not list an available adapter for them. USB input does not promise Live Hub telemetry.
Your first project need not be a replica cockpit. Follow the documentation for your actual components and wiring. Unverified pinouts or power requirements do not belong in a reproducible build guide.