3D Part Print Guide

This document outlines everything required to print the associated parts in the intended way. It will highlight the correct print orientation, if a nut insert is present, the infill percentage and layer settings.

A number of the 3D printed parts contain nut inserts for added strength. A tutorial on how to embed nuts can be found here:

3D Print Inserts

Table of Content:

1. WingNut Extender:
2. Landing Gear Tube Cap:
3. Top Rotor Boom Mount:
4. Bottom Rotor Boom Mount:
5. Motor Mount:
6. Top Rail Mount:
7. Bottom Rail Mount:
8. GPS Mount:
9. PDB Mount:
10. Nut Insert Tube Mount:
11. RC Receiver Mount:
12. Telemetry Radio Mount:

WingNut Extender:

1 x M5 Nut

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

Landing Gear Tube Cap:

Orientation:

Infill Percentage: 15%

Layer Thickness: 0.2mm

Top Rotor Boom Mount:

2 x M4 Nut

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

Bottom Rotor Boom Mount:

Requires Support Material

Orientation:

Infill Percentage: 100%

Layer Thickness: 0.2mm

Motor Mount:

Requires Support Material

Orientation:

Infill Percentage: 100%

Layer Thickness: 0.2mm

Top Rail Mount:

3 x M3 Nuts

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

Bottom Rail Mount:

2 x M3 Nuts

1 x M5 Nuts

Requires Support Material

Orientation:

Infill Percentage: 50%

Layer Thickness: 0.2mm

GPS Mount:

Requires Support Material

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

PDB Mount:

4 x M3 Nuts

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

Nut Insert Tube Mount:

1 x M3 Nuts

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

RC Receiver Mount:

Requires Support Material

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

Telemetry Radio Mount:

Orientation:

Infill Percentage: 30%

Layer Thickness: 0.2mm

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