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SimVimX Project

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TERMS Of Use

System Structure

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USB / LAN


Support / Subscribe on Patreon (or Boosty)

Your support/donation is very important for the development of the project, besides, you can get more personalized technical support, advice, access the aircraft conversion file (see this list), get beta versions or modified firmware versions (if available or upon request).

RSC / SimVimX Configuration


CONFIGURATOR - I/O configuration tool (also, you can use the link at the right side of the header)
How it works, - How the system is organazed, I/O data Configuration

Configuration guide - How to use the config tool, cfg file structure
RSC Planes Conversion - Embedded conversions for custom aircraft models

Reference Information

X-Plane Data - X-Plane DataRefs and Commands
Custom Data - Custom Data and your "hardware" cockpit

SimVimPanel - Instrument Panel Simulator for X-Plane


 <== Program Overview / DOWNLOAD

Hardware

Dimentions

Instruments Set


Full Panel Modules

Generig Six

Robin DR400

Cessna 210

Cessna 172

Baron 58

Piper PA-44

King Air B200


SimVimPanel Modules (single instruments and panel parts)

Radio Stack

Autopilot

EOAP

Clock

EMS / VEMD

EFIS 84/85

FMS CDU


Work in progress and planned panels

EFD 1000

KingAir Ann

Dash 8 Q400

Diamond DA-20

Boeing 737



Home cockpit - Planning and building

Preliminary notes:

  • If you are going to start building your cockpit for the first time, you should understand that this can be a very complicated and lengthy process, especially if you've made a likely wrong decision choosing one of the heavy aircraft with lots of complex systems.
  • You need to have knowledge of many aviation-related things, and preferably you should have various technical skills, at least some craftmanship ability and basic experience in wiring and soldering.
  • To reproduce all tech solutions presented here and use RealSimControl , you should understand all possible risks and carefully learn all aspects of using electric and electronic equipment.

    Before starting - plane, components

  1. First, plan building a copy of a real plane cockpit, not replicating some virtual X-Plane model! Don't focus on any virtual model, either free or payware, as prototype for your cockpit, use real plane panel photos and layouts to design your cockpit.
  2. Choose an aircraft cockpit you can actually build in a month or so, especially if this is your first building experience. Do not turn this into an “endless” process for yourself, trying to build a whole plane, as real as possible. Remember - this is just a simulator!
  3. Find a flight manual, reference guides and other tech documents for your (real) plane and find out how all the systems work.
  4. Read all about wiring on RealSimControl website, decide how it is better for you to connect every toggle switch or button, how many LED drivers (or registers) you need, etc. Select the type of displays you need for every numeric or text output, LCD or 7-segment. If you need some pointer gauges, decide what option is better to use for each of them - PWM coil meter, Servo or Stepper motor.
  5. Make a list of all switches, buttons, knobs, lights and displays that need to be used in your sim cockpit.

  6. Notes:
    • - It is obvious that not all the controls and annunciators that you can find in a real airplane need to be active in your cockpit! Think first why you really need it. Do not waste your time, money and efforts trying to replicate unnecessary (in a home cockpit simulator) switches and lights.

      Even if these controls are implemented in the virtual plane model you use, many of them are just “dummy”, used by the developer for visual representation and not bearing any real functionality. Moreover, it’s just “weird” to have some annunciators and switches implemented in your home cockpit (like the "occupied toilet" lamp :) in A320, etc. ).

    • - For the LEDs that only have the purpose of indicating a switch position (toggle, push putton or rotary swicth) you don't need to use any output parameters, you need to use the switch that have additional contact groups to directly connect the LED indicating the switch position (example - most of the korry-type switches in Airbus overhead panel).


Make a sketch/diagram for all your input/output wiring.

Then, you can start configuring your controls and outputs. Open RealSimControl configurator, find a parameter that you think is the most appropriate for the selected control, display or annunciator, and assign it to the direct input pin, multiplexer input or output pin acccording to your connection diagram.


Before building - wiring notes.

RealSimControl Interface architecture allows you to have only one master controller board, many input extension breackout boards and additional slave boards (Uno, Nano, Mini used as servo, stepper LCD, key-matrix controllers). For all input extensions and output (7-segment displays) extension one common 4-wire address bus is used.

If you need, this architecture is suitable for modularity - for every input "module" you can use a 6-8-pin socket jack to connect it to the address bus.

But think, why would you need to have separate detachable "modules" in your cockpit? My opinion is quite opposite - the best way is to make all in place, using soldering instead of multiple connectors, carefully planning all the wiring first, of course.

I don't think you will have several cockpits in your house, but even if you will, you don't need to make a removable switch panel and carry it between two cockpits, right?

It's more reasonable to make well organised wiring in each cockpit. You should plan your whole cockpit design before wiring, clearly realizing where every switch, group of switches, display and annunciator group will be located. This is not mass production, you do not need to think about universality and try to make some "unified" modules, PCBs (especially!), or connectors.

Start building

. Try to optimize input wiring (switches, buttons, encoders), grouping them and placing multiplexers right near this group.

Example:




2.

RealSimControl / SimVim / SimVimX 2012 - 2022