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Wiscodin

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  1. Dear Ian, From reading several posts on here you seem to be very knowledgeable about arduinoand DCS bios. I am very new to Arduino and DCS bios, I've built a 3D cockpit sim for the Bell UH-1H module in DCS. However several of the rotary switch is particularly on many of the different radios have only a preset increase or decrease function in the module so I'm wanting to use the Arduino language to make them work properly using either rotary switches or rotary encoders. I have the Arduino card and DCS bios, the DCS bios library for Arduino etc. and I'm learning how to use them. But whenever I try to test Simple button or switch in DCS nothing happens. The switch is wired correctly that much I'm sure of because I do a lot of electrical work on the side and I follow the instructions in the DCS bios user guide. My problem is I don't know how to get DCS software script to communicate with DCS bios/arduino script. can you help me out? Thanks
  2. Dear Ian, From reading several posts on here you seem to be very knowledgeable about arduinoand DCS bios. I am very new to Arduino and DCS bios, I've built a 3D cockpit sim for the Bell UH-1H module in DCS. However several of the rotary switch is particularly on many of the different radios have only a preset increase or decrease function in the module so I'm wanting to use the Arduino language to make them work properly using either rotary switches or rotary encoders. I have the Arduino card and DCS bios, the DCS bios library for Arduino etc. and I'm learning how to use them. But whenever I try to test Simple button or switch in DCS nothing happens. The switch is wired correctly that much I'm sure of because I do a lot of electrical work on the side and I follow the instructions in the DCS bios user guide. My problem is I don't know how to get DCS software script to communicate with DCS bios/arduino script. can you help me out? Thanks
  3. Huey cyclic If you email me directly I'll tell you what I used and how I assembled it all. Machmeter1@gmail.com I must warn you though...the modifications I made will null the warrantee on the TM HOTAS Flightstick. But if you really want a realistic cyclic it's worth it.
  4. Huey cyclic The height of the cyclic from base to top of the grip is 32 inches. The curvature or bend in the shaft tube is approx 75-80 degrees. This puts the grip just about over the center of the base for balance. The rest of balance is maintained thru cyclic friction and springs in the base which help return the cyclic to the center and reducing pilot effort. All else is via trim control. I've designed a cyclic, using the TM warthog stick, that's quite accurate to the UH-1 cyclic control.
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