Blendr mount for Lezyne GPS units
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A mount for the Lezyne GPS units with the X-lock mounting which is compatible with the Bontrager Blendr mounts.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Outdoor Sports
- Licencja
- Creative Commons — Attribution — Noncommercial — Share Alike
A mount for the Lezyne GPS units with the X-lock mounting which is compatible with the Bontrager Blendr mounts. Along the same lines as my Blendr mount for Wahoo thing, Bontrager only makes mounts that fit their own (non-GPS) computers, Garmin and(oddly enough) SRM head units. I've got a Lezyne Enhanced Super GPS(now that's a name that promises a bunch!) and love the clean look of the Blendr mounts, but wanted to be able to use it with this GPS.
Print instructions
Category: Sport & Outdoors Summary
A mount for the Lezyne GPS units with the X-lock mounting which is compatible with the Bontrager Blendr mounts. Along the same lines as my Blendr mount for Wahoo thing, Bontrager only makes mounts that fit their own (non-GPS) computers, Garmin and(oddly enough) SRM head units. I've got a Lezyne Enhanced Super GPS(now that's a name that promises a bunch!) and love the clean look of the Blendr mounts, but wanted to be able to use it with this GPS.
Print Settings
Printer Brand: Prusa
Printer: i3 MK3
Rafts: No
Supports: Yes
Resolution: 0.15mm
Infill: 20%
Filament: eSun PETG black
Notes:
Printed with supports, shouldn't need anything except under the mounting tabs. Black version is printed in PETG, white in PLA. Either works well, but if you ride in hot conditions or leave your bike in a hot car, go with PETG or even ABS.
How I Designed This
I had been planning on drawing up the Lezyne X-lock mount from scratch, but discovered the source Lezyne GPS quarter turn mount had already done that. I've also been learning how to work with editing STL files in Fusion 360 while preserving the design history after. Initially, I tried something simple - turning a rubber ducky into a tire valve cap, but I wanted to try somethingactually functional, and this was the perfect opportunity. I created a base feature, imported the STL mesh, converted it to a BRep, cleaned up the BRep in Patch, then closed the base feature and continued with the changes to create this part which maintained design history.
Yes, I could have used the SCAD files from the source, but since I've been working on learning how to edit STLs, that's the route I chose.