Boeing 737 Yoke, 3d Printed

This page is split into three main sections:

Parts Guide

Print Guide

Build Guide

The ultimate printer I can recommend is the Bamboo Labs X1 carbon with AMS if you have deep pockets. ($1200). It's a massive leap forward in 3D printing, with excellent quality and impressive speeds. Its pretty much press print and go as the software and hardware do the calibration before each print. This printer will not manage the larger parts and you are going to need the CREALITY CR10 v3, which is my second choice of printer.

This 737 Yoke design was probably one of most most difficult designs to get right. This has taken months to create, print and re print. The Yoke is designed to fit onto the 3d printed control head which is coming very shortly. The fusion CAD file is included if you need to change the design to suit your needs.

The design features:

As close as possible to actual dimensions and curvatures

Working Trim switches

Operational Autopilot Disengage switch

Operational rocker MIC switch

Raised text for easy highlighting

Easy access for components

This design requires a print size of 220mm x 220mm.

General Information

General Information:

Parts Guide:

You are going to need the following items to complete this build:

Click Image for Link	Component	Description	Qty

Parts Guide

Print Guide

Print Guide

LH ARM CAP
(1)

Support: Off

Adhesion: Brim 10mm

Nozzle: 0.4mm

Speed: 50mm/s

Layer Height: 0.1mm

Infill:25%

TRIM SWITCH
(5)

Print QTY: 2

Support: On

Adhesion: BRIM 10mm

Nozzle: 0.4mm

Speed: 50mm/s

Layer Height: 0.2mm

Infill:100%

PLUG
(9)

Support: Off

Adhesion: Skirt

Nozzle: 0.4mm

Speed: 50mm/s

Layer Height: 0.2mm

Infill:25%

LH ARM
(2)

Support: On (Touching build plate)

Adhesion: BRIM 10mm

Nozzle: 0.4mm

Speed: 50mm/s

Layer Height: 0.1mm

Infill:25% OR 100% for a really solid print