SV650Stu
02-06-17, 10:26 AM
Hello folks,
A while back i designed a raised battery box to accommodate the reservoir on a GSXR 600 K4/K5 shock swap for my K6 650s. I designed 3 of them in the end, all the same external distentions just a slightly different wall thickness and base structure. You can still have the tool kit.
If anybody's interested here is the link so you can download the files -
https://www.thingiverse.com/thing:2360389
As far as i am aware this should fit similar GSXR shocks for the pointy. But chime in if you know better.
There's plenty of room for the reservoir there but fitment will depend on how much you cut the battery box of course. if in doubt take mesurements from the design and cut accordingly. I "sealed" the edges with some foam tape which stopped the majority of water getting in.
Unfortunately i have no pictures of the fitted item (poor show, im sorry). I have since traded her of an SV1000 and subsequently regret doing so.
Files are in .STL format so can be printed on any FDM based 3D printing system. I printed mine in PLA, .2 layer thickness with 25% infill with an Ultimaker 2, it was plenty strong enough.
Print and fit at your own risk!
A while back i designed a raised battery box to accommodate the reservoir on a GSXR 600 K4/K5 shock swap for my K6 650s. I designed 3 of them in the end, all the same external distentions just a slightly different wall thickness and base structure. You can still have the tool kit.
If anybody's interested here is the link so you can download the files -
https://www.thingiverse.com/thing:2360389
As far as i am aware this should fit similar GSXR shocks for the pointy. But chime in if you know better.
There's plenty of room for the reservoir there but fitment will depend on how much you cut the battery box of course. if in doubt take mesurements from the design and cut accordingly. I "sealed" the edges with some foam tape which stopped the majority of water getting in.
Unfortunately i have no pictures of the fitted item (poor show, im sorry). I have since traded her of an SV1000 and subsequently regret doing so.
Files are in .STL format so can be printed on any FDM based 3D printing system. I printed mine in PLA, .2 layer thickness with 25% infill with an Ultimaker 2, it was plenty strong enough.
Print and fit at your own risk!