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Posted (edited)

Hi all,

I recently started to build my own custom F-16 home cockpit. It all started quite random, and added items on the run. The pit is based on JShepard's psFalcon boards (with some Arduino intrusions 🙂 

 

I collected all the info in my blog.

 

Below I recap an (incomplete) list of the most interesting posts:

 

HOTAS:

 

Center Panel

  • ICP case: I designed and built an ICP case which fits with hispapanel / pscockpit panel and boards
  • MISC Panel: I designed and built the case for the hispapanel.
  • MISC Panel update: I designed a custom PCB to integrate the low cost magnetic held switches
  • Engine Panel: designed manufactured (CNC) the mechanism, backlit pcb, panel and case. It relies on an adafruit servo board.
  • MFD LCD Mod
  • AoA Refuelling Indexers: designed and 3D printed the Indexters.
  • TWP Threat Warning Prime: designed and manufactured the PCB, and backside panel. The front panel relies on hispapanel and RAFI15H buttons.

 

Left Console

  • Landing Gear Panel: designed and machined CNC / 3D Printed the landing gear panel with lever mechanism.

 

Misc:

  • Vibration motors seat: I modified a vibration seat and paired it with Falcon BMS, so to respond to Runway run, airbrake, high AoA, flutter / buffet, Missile / Bomb release, Gun Fire, and Ejection.
  • Ejection Handle and mechanism: I designed and 3D printed an Ejection handle (flex filament) and the backspring mechanism to pull it.
  • Low Cost Magnetic Held switches: using low cost COTS, I designed a case / mechanism to connect a solenoid ( 15N ) to a switch.
Edited by antares190
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Posted (edited)

I just added to my desktop pit also the TWA Threat Warning Auxiliary panel. It is based on the Hispapanel and labels, and I developed a custom PCB to fit the RAFI15H pushbuttons.

More info in my blog here

 

PCBimage-166.pngassembled.jpg?w=600

Edited by antares190
  • 3 months later...
Posted (edited)

I also added to my home cockpit a speedbrake indicator. The indicator only uses a couple of digital inputs from the psCockpit, and relies on a PIC12F683 Microchip and on a stepper driver to move the X27.168.

More info here, by the way, you can also find the STL files of the case and wheel, as well as a Gerber.zip of the PCB.

img-0530.jpg?w=400img-0890_sb.jpg?w=400

Edited by antares190
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