Hello,
I have been wanting to build my F16 pit for quite a while now (slowed by work, poor health and indecisiveness), but I have wanted it to work with both DCS and BMS (New-ish to BMS but would like to use it primarily, but used to DCS for MP servers etc).

I’ve only just come across this thread and your software regarding being able to use both simulators with hardware panels (which is AWESOME). But I’m a little confused;

Does this software take BMS outputs (like LED states, DED readouts and such) and convert them to work with DCS BIOS? Or does it take DCS Outputs and convert it to panels that are programmed for BMS (Pokeys, F4TS, etc?).

My aim was to build a pit with a CPD (so YAME64?) but because of USB problems in my current cockpit I wanted to use the DCS-BIOS implementation of RS485 serial with MAX487 modules to connect all of the panels to my PC. I realise I can’t use DCS-BIOS with BMS, or would this software allow that?

BMS is worth it if I have to abandon RS485 and use USB connected Arduino’s, but I just wondered if I could in fact get away with RS485 and BMS using your software?

If not, I’m guessing the alternative is programme my arduinos for BMS first (F4TS?), then use this software to convert the DCS outputs to the BMS programming they are already programmed to?

My apologies if this is a silly question, and thank you for your help 

Welcome on board. You have already a really good base you can continue   

Welcome to our world- and nice work on your ACES II seat!

For most builders, the cockpit "tub" takes many hours of planning and construction. As you will find out, you may need to make minor adjustments to get everything to fit nicely as you add features- but great start.

The ACES II Ejection Seat is often the next major project- While it only needs to function as a  chair while you are sitting in your cockpit, many of us try to replicate the appearance and semi-reclining position of the real ejection seat.

From here, you will want to focus on the actual controls you will use for flying. The TQS (throttle) and SSC (side-stick control) should look & feel close to the real thing. Rudder pedals with toe brakes are nice, but not used as often. The flight instruments (gauges, displays) and panels (switches and indicators) finish off the consoles. Now it will really look like a cockpit.

Finally, you will face the wiring / interfacing decisions and the "outside world" displays. The latest trend is towards AR/VR, but many have used projectors or large screen video monitors.

Welcome to the adventure- we are all here to help you. Remember to post frequent progress reports & updates (with PHOTOS)

Welcome to the nuthouse

Nice going on that aces. By the way, rather than going the VR route, think of AR as an option. Lots of interesting stuff going on and still going to happen in that field. Screens and projectors are a lot of hassle.