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Embraer ERJ-145 Home Cockpit Project
Landig Gear Control
....July 4, 2018

It is time to get this thing working. Did some soldering on one of the MFD pcbs... Will be running some test in the coming weeks.


Landig Gear Control
....Mar 31, 2017

Was playing around with the landing gear control. Developing a 3D printable model that shows the nerling. Will get this printed and painted to see how it looks.


New MFD drawing
....Mar 27, 2017

Have the updated MFD drawn and saved to a scaled pdf format. Will do a test cut and update the MFD PCB in the coming weeks. This versions will properly address the function of the push buttons.


MFD Face Plate
....Mar 26, 2017

Have worked up a 3D file for the MFD face plate and buttons. This sould solve the issue of buttons within all of the glass display components.


Knobs and Buttons
....Mar 23, 2017

Back at it... Have started working on the buttons and knobs for the PFD and EICAS. 3D printing both. This looks like a good option for the buttons. Simply need to work out how best to handle the back lighting through the button.


Software progress
....June 30, 2016

There are two parts to these wireless modules. First, getting the panels and PCB's for fit and function properly. Secondly, the code or software to get these cool wireless modules to talk to each other. While I am proficient at programming, I am far from an expert. Recently hit a hurdle that sent me searching for help. Came upon a really nice freelancer website, where you can hire experienced programers on small hourly projects. Have spend a few weeks working through an issue and so far, so good !


PCBs and errors..
....June 12, 2016

Soldered up the latest batch of PCBs. The MFD has a rotary and eight push buttons. Both the PFD and MFD boards will communicate wirelessly with the receiver board via these cool little esp8266 processors... Have hired some programming help to move this along.. more on that later. But.. free boards, of each, to the first person who can spot the error in the board shown in this picture !! Errors seam to be a part of the process...


More PCB stuff
....June 7, 2016

I ordered this small batch of test PCBs 9 days ago. The company that makes them for me is halfway around the world. Today, I received a shippment of freshly made new PCBs 9 days after sending in the order. Absolutely amazed they can produce and deliver that quickly. Included are the corrected PFD, the fist test of the MFD and a receiver board to receive the individual panel signals. Getting there...


Test Panel Update
....June 2, 2016

Got the initial test panel glued up and painted. Everything lines up pretty well... the concept on the two push button switches appears to be working correctly. Piece by peice assembly can be seen by clicking on the picture. Next step is to start testing some code... one more step forward.


Test Cuts, Frame
....May 29, 2016

Did a test cut of the PFD and support frame. Will go ahead and glue it together and test fit everything. Preliminarily, it looks like this may work fine...


More PFD
....May 28, 2016

Have the initial test board all soldered up, minus the LED's for back lighting. Have spent some time playing with some code options and remain very confident this is going to work. Will be cutting out some test panels today and tomorrow to verify things will fit properly..


Wireless Communications
....May 19, 2016

The ultimate objective is stand alone wireless modules, such as the PFD, MFD, RMU, etc. I think this little esp8266 WiFi module is the way to get this to work... but, it is still to be determined. Have started working through setting up a Mesh network, which might be the trick... still much testing to do.


Initial PCB tests
....May 17, 2016

Knowing that the first PCB order had an error, I was concerned about it functioning at all. Using a FTDI Basic Breakout
I was able to program the esp8266 board. I'll do a short write up on the esp8266 in the coming weeks. So, looks like I will be able to do some preliminary testing with this first batch of boards. woot !!


First board soldered up
....May 13, 2016

This board isnt going to have the back lighting working, but hopefully I can do some preliminary testing. Will start cutting a test panel to make sure everything lings up and works as it should.


PCB's arrived
....May 10, 2016

It is a shame these are not correct. It amazes me everytime, that you can email off a file, have these boards made and shipped back all within a few weeks... technology and the internet.. amazing stuff. Will get these soldered up and tested and start working on the frame for the PFD.


New PFD drawings
....May 2, 2016

Updated a couple of the pdf drawing files. The General layout drawing describing the support frame for the single seat sim was updated and dimensioned. This will develop a little further in the coming weeks. Also, corrected the link to the PFD pdf for the current verions.

All of the drawings listed, with the older 2011 dates will be updated prior to coming back to those panels.


....Apr 30, 2016

Have the initial pcb done for the PFD. This will have the SMD version of the ESP8266 included on the board. Will take 3 to 4 weeks to get the boards back. Will start working on the receiving keeboard encoder during the wait. Ultimately, the receiving unit will the the FDS Interface IT board/module.


3D Printed Knobs
....Apr 30, 2016

Have worked through printing knobs of differing shapes... pertty much have the 3D software figured out ok. Unless you have your own 3D printer, this isn't going to be the most cost effective source for knobs. But, for those you cannot find commercially available... absolutely, this will work.


New PFD drawing
....Apr 18, 2016

Have the updated PFD drawn and saved to a scaled pdf format. Next, I will layout the pcb to support the switches, rotary and LED's..

Still not clear on a few LED control issues, will likely place two ESP8266-12's on the first layout.


Keyboard Emulators
....Mar 7, 2016

Keyboard emulators can be very handy on the simulator. There are a great many FSX or PM keystrokes that can be called from a simple button push. If you can add some additional logic and conditions to these keystrokes, there is a lot of power in keyboard emulator.


New single seat layout.
....Mar 5, 2016

The first sim was a full cockpit and it took up a lot of room. The objective now is to produce a single seat with everything fitting within a footprint 48 inches wide by 68 inches long. Small enough to fit anywhere and easy to move around. Initial rendering of the platform and support frame.


Jul 4, 2018 
- Soldering again 07/04/18
- New MFD PDF Doc. 03/27/17
- 1st Frame Test Cut 05/19/16
- New PFD Material List 05/2/16
- New PFD Drawings 04/18/16
- esp8266 Modules 03/23/16
- Keyboard Emulator 03/07


Sim Objectives
(Revised June 2016)

1. Immersive. To be fully immersive, the sim will need to be enclosed and provide multiple environment views.

2. Portable. The ability to move the sim with components fitting through standard doors. The enclosure will have to be modular with a maximum width of 32 inches per module.

3. Samll Footprint. I don't want the sim to take up an entire room. Will make every effort to have the entire sim enclosure fit on a sheet for 4 ft x 8 ft plywood. This will necessitate a single seat, half cockpit sim.

4. Functional, in substantial conformance with the processes and procedures of the real aircraft.

5. Accuracy. While some sim builders hold to a very high standard of accuracy and scale, my goal will be the appearance of accuracy is sufficient. Where deviations from scale are necessary, they are acceptable.

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