Flight Yoke Guide | SilenceDIY

Flight Yoke Kit

DIY 3D Printable Flight SIM Yoke Kit (Inspired By Boeing 737 Yoke).
Please note that this model is not a 1:1 scale of the original Boeing yoke. Here is two Versions: Axles based based on potentiometers and Axis based on Linear Hall sensors.
x10 buttons.
Yoke Kit can be connected by USB joystick board. (from an old joystick), or by HID Arduino Micro, MMJoy/MMjoy2 for example.
Yoke kit suitable for table mounting using “Universal C Shape Table Mount Clamp”.
Delivery: Zip file, .STL .OBJ files CHECK LIST.png, CHECK LIST.psd
All questions are welcome.
Email: s.m.aurelius@gmail.com

Discord: http://discord.gg/YVn92NGYpt

Here You will find all instructions:

Download

In the archive you will find the file “YokeV001.obj” or “Yoke001Potentiometer.obj” For a good understanding of how to assemble the printed parts, it will be better to open “.obj” in FreeCAD or another CAD and disassemble all the parts. Files

Electronics

The Yoke Kit can be connected using an old USB joystick board, or by HID Arduino Pro Micro, MMJoy/MMJoy2 projects.

Youtube MMJoy Guide: https://youtu.be/kZLlNwUkHv0

MMJoy firmware, circuits and profiles adapted for use with the Yoke Kit and TQ

JoySilenceDIY.zip

Forum: https://simhq.net/forum/ubbthreads.php/topics/4571610/1

Forum: https://forums.flightsimulator.com/t/setting-up-joystick-throttle-quadrant-with-pro-micro-leonardo/395315/2

MMJOY Original Project

https://github.com/MMjoy/mmjoy_en

https://github.com/MMjoy/mmjoy_en/raw/refs/heads/master/firmware%20and%20software%20release/MMJoy2.7z

https://github.com/MMjoy/mmjoy_en/wiki

Components

3D Printing Settings:

IMPORTANT: Some bodies require Custom Supports:
Prusaslicer: Custom Supports
Cura 5.0 or newer (Custom Supports)
Cura 4: Plugin: Custom Supports
Also Enable Bridge Settings
Layer Height: 0.2mm (But You can choose Your settings).
Infill: 40%-80%

3D Printing Settings Recommendation: Requires approximately 1.5 – 2.0 kg of PLA, PETG

2x Linear Potentiometer 1K-10K (For Yoke Potentiometer Version) Linear B type (Not Logarithmic Potentiometers!!!)
2x Linear Hall Effect Sensor SS49E or SS495A (For Yoke Linear Hall Sensors Version) Hall Sensor Analog (Linear), NOT Digital (Latch)!!!
1x Miniature SPST Momentary Push Button Switch
1x DIY USB Type C Socket Panel OR USB Type C 4 Pin Socket
Springs Assorted Set
M2 Self Tapping Screw Kit
M3 Self Tapping Screw Kit black
1x Arduino Pro Micro ATMEGA32U4
2X Universal C Shape Table Mount Clamp
4x Strong Neodymium Magnets (D-5mm T-2mm) OR 4x Strong Neodymium Magnets (D-5mm T-2mm) (For Yoke Linear Hall Sensors Version)
8x-6x6x4.3mm Tactile Momentary Push Micro Switch
1x Ultra Mini Microswitch SPDT Sub Miniature Micro Switch
3X-BEARINGS 6003-2RS RUBBER SEALED OR 3X-BEARINGS 6003-2RS RUBBER SEALED
1X-BEARINGS 6000-2RS RUBBER SEALED OR 3X-BEARINGS 6003-2RS RUBBER SEALED
30 AWG Electrical Wire OR 30 AWG Electrical Wire To make the projects compact and durable, I kept the cable channels small. The best wire to use is 30 AWG – 0.05 mm² – D 0.25mm

	Slicer: Bridges-on Supports: Custom -Touching Build plate
	Slicer: Bridges-on Supports: Custom -Touching Build plate
	Slicer: Bridges-on Supports: Custom -Touching Build plate
	Slicer: Bridges-on Supports: Custom -Touching Build plate
	Slicer: Bridges-on Supports: Custom -Touching Build plate
	Slicer: Bridges-on Supports: Custom -Touching Build plate
	Slicer: Bridges-on Supports: Custom -Touching Build plate
	Slicer: Bridges-on Support-Off