Thingiverse
openfreeskate
von edgex004
6
Downloads
6
Likes
0
Makes
# This design has been superseded by V2 found [HERE](https://www.thingiverse.com/thing:4606773)
[Source](https://github.com/edgex004/openfreeskate)
# openfreeskate
Open source design for 3D printed driftskate/freeskate
### Design
The skates are made up of three top-level modules that you need to print:
* 2 Decks
* 2 Trucks
* 4 Bearing spacers
### Additional parts required for build:
* 4 M4x15mm bolts (or cut down longer M4's)
* 4 M4 nuts
* 4 M8x80mm partially threaded bolts
* 4 M8 locking nuts
### Note
The bottom of the M8 bolts can just barely strike the ground when the skates are tipped over. This can be avoided by either cutting the bolts short or by adding M8 washers near the head of the bolt. You can probably also use M8x70mm bolts instead of cutting, but that will leave threading underneath the bearing spacers.
The width of the bearing spacers needs to be adjusted to fit your choice of wheels/bearings.
The default design is compatible with JMKRide
[Source](https://github.com/edgex004/openfreeskate)
# openfreeskate
Open source design for 3D printed driftskate/freeskate
### Design
The skates are made up of three top-level modules that you need to print:
* 2 Decks
* 2 Trucks
* 4 Bearing spacers
### Additional parts required for build:
* 4 M4x15mm bolts (or cut down longer M4's)
* 4 M4 nuts
* 4 M8x80mm partially threaded bolts
* 4 M8 locking nuts
### Note
The bottom of the M8 bolts can just barely strike the ground when the skates are tipped over. This can be avoided by either cutting the bolts short or by adding M8 washers near the head of the bolt. You can probably also use M8x70mm bolts instead of cutting, but that will leave threading underneath the bearing spacers.
The width of the bearing spacers needs to be adjusted to fit your choice of wheels/bearings.
The default design is compatible with JMKRide
Hast du dieses Modell gedruckt? Einloggen und dein Make teilen!
Melde dich an, um einen Kommentar zu hinterlassen
AnmeldenNoch keine Kommentare – sei der Erste!