The purpose of this project is to build a 1:1 home cockpit for flying the Cessna Citation X aircraft in Flightgear.
Flightgear is an open-source software that you can download on http://home.flightgear.org.
The Citation X that I use is the outstanding version developped by the PAF team (Patrouille de France).
- forum (in french) : http://equipe-flightgear.forumactif.com/
- repository : https://sourceforge.net/projects/pafteam/
Below are
- a screenshot from a Youtube video showing the cockpit.
- a screenshot from flightgear showing the cockpit
- a picture of my cockpit on 7th December 2019
My project covers :
- the drawings used for cutting the MDF sheets and build the cockpit,
- the circuit diagrams and PCBs,
- the code used in the microcontrollers (ESP-32 and Arduino Leonardo/Pro Micro) for the inputs and outputs,
- the code used in the Raspberry Pi Zero W for displaying the canvas on the screen.
The KiCad projects for the 3 PCBs (mainboard, APU and Pedestral) are available.
This repository includes Kicad libraries as git sub-modules. Therefore, you should get the modules after cloning the repo.
git clone [email protected]:adessein/citationx-cockpit.git
cd citationx-cockpit
git submodule update --init --recursive
I have documented this project so you can find details about how I designed my home cockpit. My intention is to share my experience, explain my choices and show where I failed.
I hope that it will help you understanding the content of this repository, help you in your projects (home cockpit or others).
Mechanical design - How I build the cockpit from the 3D model
Electric design - How I designed the electronics
EFIS - How I rendered the different screens of the EFIS (PFD, ND, EICAS)