737 Yoke Mechanism 3D-Print (MSFS, X-PLANE 12, PMDG 737-SERIES, ZIBO 737)

Introducing the 737 Yoke Mechanism by 3D-AeroSpaceWorks:

I originally made this design just for myself in 2021, never with the intention of selling it. However, in the last months I started to use it more and more to fly the PMDG 737 and 777 and what can I say, it is so much fun flying with this yoke. And because of that, I decided to share this design with you.

However, since the design was originally not intended to be sold, this build comes with a few limitations and specialties which I want to be upfront with you as a potential customer:

This build is only for medium to advanced builders.

As depicted in the product name: This is only the Yoke-Mechanism. The Yoke itself (which is absolutely stunning) is designed and sold by 737DIYSIM (AND NOT INCLUDED IN THIS ), you need to purchase this product on his website:

https://www.737diysim.com/product-page/737-yoke

737DIYSIM designs and manufactures a lot of wonderful 3D-Printed high quality flight simulator appliances such as a whole 737 simulator, throttles for the 737, 757 and much more. Make sure to take a look at his website. I am more then certain, you will find something that will improve your sim-setup by a long shot.

Included:
STL-Files for the Yoke Mechanism
STEP-File of the Yoke Assembly
Assembly Drawings
Assembly Instructions
Wiring Diagram

NOT Included:
Yoke
Arduino Code
Boeing Decal:
https://cults3d.sitegames.net/en/3d-model/game/boeing-decal-for-737-yoke-mechanism

Now let’s talk about the yoke mechanism:

The yoke mechanism features two custom centering mechanisms that deliver smooth, responsive control. These mechanisms are engineered to mimic the real-world you'd expect from a 737 yoke, ensuring that each movement feels natural and precise. Whether you're banking into a turn or lining up for a perfect landing, the tactile keeps you in total control of your aircraft.

One of the standout features is the precise digital steering outputs, offering highly accurate input for pitch and roll. Unlike many yokes on the market, this one captures every subtle adjustment you make, giving you the ability to fly with precision, even during the most complex maneuvers. It’s ideal for sim pilots who demand realism.

In addition to the standard yoke functions, this setup includes four extra programmable buttons, giving you flexibility to configure important controls right at your fingertips. Whether you use them for flap control, gear changes, or even quick view adjustments, these buttons add a whole new layer of customization and functionality to your flight deck.

The compact design makes it perfect for those with limited space, but it doesn’t compromise on durability or stability. Thanks to the custom-integrated table clamp, it mounts securely to almost any desk or table, ensuring it stays firmly in place during your flights. No need for bulky or complicated mounting solutions—the setup process is quick and simple.

With USB-C connectivity, you get reliable, fast data transmission with minimal latency, ensuring that your inputs are ed instantly. This modern connection method also ensures that the yoke is future-proofed for compatibility with the latest technology.

Whether you're a seasoned virtual pilot or just starting to build your home cockpit, the 737 Yoke Mechanism 3D-Print delivers the performance, realism, and convenience you need to enhance every flight. Experience true-to-life control and bring the skies a little closer with this precision-engineered yoke.

Partslist:

Besides the 3D-Parts included in the you need to buy the following items:

The wonderful 737 Yoke designed by 737diysim, and corresponding parts and switches:
https://www.737diysim.com/product-page/737-yoke

Raw-Stock:
1 x PVC-Pipe
1 x Threaded Rod M5 x 0.8 (250 mm length)
1 x Aluminum Rod Ø 5 mm (120 mm length)
1 x Rectangular Aluminum Profile 15 mm x 15 mm x 1 mm (1400 mm length)
1 x Rectangular Aluminum Profile 10 mm x 10 mm x 1 mm (120 mm length)

Mechanical Components:
3 x 6203 RS - Bearing
1 x 6001 RS – Bearing
2 x ISO 4017 – M5 x 40
60 x ISO 10642 – M3 x 8
1 x ISO 10642 – M3 x 16
4 x ISO 10642 – M3 x 25
1 x ISO 10642 – M4 x 30
4 x ISO 7380-1 M3 x 8
2 x ISO 7380-1 M3 x 12
13 x ISO 7380-1 M4 x 8
4 x ISO 7380-1 M4 x 16
1 x ISO 4035 – M4
2 x ISO 4032 – M5
8 x ISO 4762 – M2 x 16

Electrical Components:
2 x RV24YN 20 S Potentiometer
6 x Extension Spring 8 mm x 31,5 mm (0,6 mm Wire)
1 x Arduino Leonardo
1 x 30201X F-F USBC
1 x Micro USB (M) to USB-C (M) Cable (lenght of choice, 0.5 m recommended)
1 x USB-C to USB-C Cable or USB-C to USB-A (lenght of choice, 1.5 m recommended)
1 x Wires