Looking for this 3d printed adapter skp/servisas to berg three spoke? if anyone has it, it would save me some time.
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Please, send me the links to the files=))
Sweet action. Are the finality angles risers compatible with hypertrucks?
Made a palm skid plate for my Exos wrist brace. Took a bunch of photos to make a model in RealityScan, then t-spline modeled it to shape. Printed in CF-PA612
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You, uh, test it out yet?
Hasn’t seen a real wipeout yet, but it’s tough and snug. It’s mainly to keep the brace’s fabric from getting torn up, no colemans or anything.
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Perfect, my friend, I needed something like this.
That’s rad, can i get the file to play with?
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Here’s a thing I made.
An STL Generator for Pivot Cups and Riser pads.
This has been on my list of things I’ve wanted to do for a few good years now.
Finally did it.
The method I’m using to make the risers is generalized, so if I can easily add different baseplate patterns, like say for Matrix IIIs, or whatever, as long as somebody has a 2D drawing.
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Hell yeah dude, this is sick!
@glyphiks did you ever post up your files for your Mach one grab handle anywhere?
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Indeed my good man
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Here are a couple things for some MBS decks.
TPU Dylan Warren III Stomp Pads
Files:
DWIII Stomppy.FCStd (183.8 KB)
DWII Stomppy.stl (424.1 KB)
DWIII Stomppy.step (163.0 KB)
Why make new ones?
@Regular_Michael designed a set that I have been using for quite awhile in this post.
MBS Pro Warren III - Riser Pads - Stomp Pads =sirvesa
They are super nice for wire routing and when printed in TPU with the right settings, did help with some foot vibration riding off road. Only problem I had with them is they were a little too small for my feet.
I wanted to make a set that kept a little more of my foot carrying the weight.
What Changed
-The pad is now a little wider than the deck, overhanging it on each side by 10mm. These overhangs drop and grab the side walls of the deck to keep them from flexing too much.
-The footpads are symmetrical and have holes for both goofy and regular setup. You can add inserts and swap bindings around if loaning to someone. It makes a great layout template for drilling them too.
-My feet are not angry at me after riding this board. They’re really comfortable.
Printer Settings
Printing Overture TPU through a .6mm nozzle
Nozzle temp - 227
Bed temp -35
Line Width - .7
Layer Height - .36
Speed - 30mm/s (20 for first layer)
Volumetric Flow - 4mm
Fans on
Infill cubic @ 40%
3 Walls and shells
One Note
They fit my original DWIII perfectly. There’s a 3mm gap or so on the deck grab parts on the switch DWIII. Not sure if it was actually designed narrower or if there’s just some slight tolerances in the decks. Not really noticeable standing on it but might be worth checking with a shallow print or measuring first. It would be easy enough to bring the walls in a bit.
Agent Battery Enclosure Pad
STL : Agent Battery Pad.stl (124.9 KB)
It’s just to dampen some vibrations between the deck and battery enclosure. We have always cut up foam gym mat but I think this will last longer. It’s made to fit the enclosure our group uses , 13" Case #232 – Condition 1 , but can’t see why it wouldn’t work with other ones too. Holes in the model line up with the deck inserts so if nothing else it’s a thin PLA template for drilling your case.
Pretty much same printer settings as listed above but with 25% or so infill. I used gyroid but don’t think it was worth the extra time. It’s been in service for a few months and everything still feels tight.
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I could have post it here instead of The One thread.
Hey everyone! Since my The One arrived, I’ve designed a few models that might come in handy for some of you. Everything is printed in PETG-CF.
Wheel balancing hub
First up is a wheel for balancing using weights – in this case screws – so you can balance it precisely down to the gram. It copies the mounting of the original wheel, so a few M4 screws are all you need for the front wheel; for the rear, just mount it under the gear drive adapter. Since the gear drive adapter shifts it by 2 mm, you’ll need a 2 mm spacer on the rear axle. It’s included in the file if you want to print it, but I’d recommend a metal one ofc.
It’s designed for M4 screws of any length (depending on the weight you need).
wheel ballance.step (105.7 KB)
Foot stop pad – original copy
Next is a foot stop pad copied from the original. Heads up: a 3D print isn’t as strong as the original part, so I don’t recommend using it at the rear – I use mine at the front as a foot stop. For the rear, go with the original part, it’s beautifully made.
Foot stop pad.step (49.0 KB)
Foot stop pad – no racing kit version
This one’s for those of you without the racing kit. The front (narrower) and rear version. They fit the original threads, but you’ll need longer screws. I haven’t tested the front foot stop pad though – the racing kit arrived right when I finished it.
Foot stop pad rear.step (97.3 KB)
Foot stop pad front.step (103.7 KB)
Gear drive covers
And finally, covers for the gear drive – they protect the motors from scratches and let you stand the board up without scuffing them.
Gear drive cover.step (69.4 KB)
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