Indicator adapters front and back for CBR300R
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For my taste the CBR's factory indicators are far to beefy, so I replaced them with some Barracuda Mini Vipers. But…
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Model information
- Source
- Printables
- Category
- Automotive
- License
- Creative Commons — Attribution — Noncommercial — Share Alike
For my taste the CBR's factory indicators are far to beefy, so I replaced them with some Barracuda Mini Vipers. But that is actually easier said than done, given the fact that there are no indicator adapters available that wouldn't leave a massive recess in the fairing. – Time to fire up the A8. :)
As mentioned above, the adapters are designed to fit the Barracuda Mini Vipers, which have an 8mm wide and ~19mm long thread with a pitch of 1.25mm. The diameter of the indicator's arm is 16mm. Any indicators with these dimensions should fit straightaway.
I used mike_mattala's brilliant screw and nut generator to create the threaded parts. The bolt consists of two parts: one with an inner thread (pitch: 1.25mm, matching my indicators), the other one with an outer thread (pitch: 1.25mm). The whole assembly is completed by a nut (pitch: 1.25mm, matching the bolt) to which I just added a fixed washer.
Print Settings
Printer:
Anet A8
Rafts:
Doesn't Matter
Supports:
Yes
Resolution:
0.10mm
Infill:
20% (adapter) 100% (nut and bolt)
Notes:
Only the adapter itself needs to be printed with supports.
How I Designed This
Step 1 (front):
Removed one of the factory indicators
Step 2 (front):
Slid a piece of paper into the fairing and traced out the shape of the hole/indicator
Step 3 (front):
Scanned said paper and created a vector graphic in Affinity Designer
Step 4 (front):
Imported the vector graphic into Blender and extruded it into the third dimension
Step 5 (front):
Printed said extrusion
Step 6 (front):
Wrapped painter's tape around it, inserted it into the fairing and traced out the shape of the fairing
Step 7 (front):
Removed the tape from the extrusion and scanned it
Step 8 (front):
Cleaned up the scan and used it as texture in Blender
Step 9 (front):
Still in Blender, I cut the model to the shape of the fairing
Step 10 (front):
Added the hole for the indicator and added some details in openSCAD
Step 1 (back)
Used the base shape and created the adapter in openSCAD :)
Category: Automotive