Not a biggest fan of PG-7 cable glands (like me) and willing to make safe and secure LDO Nitehawk-SB USB cable strain relief using Galileo 2 Extruder?
This one is probably for you.

Self-source using BOM (bill of materials) |
| Mechanical parts | QTY |
|---|---|
| M3x8 SHCS — Bolt | Sourcing link | 1 |
| M3x50 SHCS — Bolt | Sourcing link | 1 |
| M3x8 FHCS — Bolts | Sourcing link | 2 |
| M3 5x4 — Heatset Inserts | Sourcing link | 3 |
Printed Parts | |
|---|---|
| Printed parts | 4 |

| This model compliments with Nitehawk-SB Cable Saver |
PRINT GUIDELINES |
Here are print guidelines for you to follow in order to have decent success with printing parts:
| 3D PRINTING PROCESS | FDM |
| INFILL TYPE | Grid, Gyroid, Honeycomb, Triangle or Cubic |
| MATERIAL | ASA, ASA-CF, ABS, ABS-CF |
| INFILL PERCENTAGE | 40% |
| LAYER HEIGHT | Recommended: 0.2mm |
| WALL COUNT | Recommended: 4 |
| SOLID TOP/BOTTOM LAYERS | Recommended: 5 |
| EXTRUSION WIDTH | Forced 0.4mm |
Printing notes:
The parts use this naming convention:
HOW TO SUPPORT THE PROJECT |
CHANGELOG |
| Date | Change |
|---|---|
| 05.08.2024 | Second version, redesigned and tested |
| 08.07.2024 | Initial version (full write-off, had major design flaw) |
The author remixed this model.
This version is allows to mount Nitehawk-SB cable with zipties, no need for PG-7 cable gland