Mounting Base Scottoiler ESystem 3D Printer Model

Author: @
License: CC BY-NC
File formats: step,stl
Download type: zip
Size:160.8KB

The file 'Mounting Base Scottoiler ESystem 3D Printer Model' is (step,stl) file type, size is 160.8KB.

Summary

I am a fond user of the Scottoiler eSystem, an automated system to lubricate your motorcycle's chain & sprockets.

However, mine was installed on the left handlebar, using the standard mounting bracket. This works good normally, but alas - not in combination with my tank bag! In tight turns, when moving the bike about, the display unit often hit into the bag... Not the best base for a long product life, I thought...

So I figured, I'd try to think of an alternative mounting assembly & here's my take. :-)

The platform (for the display) and the clamps for the handlebar were easily done - for the swivel, I needed a few iterations to find the one that (I think) will suit my bike best.

  • 1) This design is intended for a Suzuki V-Strom: other bikes may have different handlebar diameters.
  • 2) The handlebar clamp #2 is fitted with a thin neoprene rubber sheet, to increase friction on the handlebar.
  • 3) Tolerances are targetted at my printer & settings - adjust as required.
  • 4) I figured, the #3 swivel will suit my bike best: I included the other 2 versions in case someone might find these useful.
  • 5) Parts are configured for metric bolts & nuts - adjust as required.

You'll find the STEP source files included, to allow any of the above mentioned changes, should these be required.

The printed parts are freshly painted, so I can't add an "as-mounted" picture just yet: will update later. ==> Added 22nd Aug. :-)

scottoiler_base_2.step 57.4KB
scottoiler_base_2.stl 76.1KB
Scottoiler_clamp_1.step 50.6KB
Scottoiler_clamp_1.stl 76.5KB
Scottoiler_platform.step 56.3KB
Scottoiler_platform.stl 57.3KB
Scottoiler_swivel_1.step 11.7KB
Scottoiler_swivel_1.stl 50.5KB
Scottoiler_swivel_2.step 78.4KB
Scottoiler_swivel_2.stl 64.5KB
Scottoiler_swivel_3.step 65.8KB
Scottoiler_swivel_3.stl 60.9KB