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Goalie pads slider kit for Ball and Dek Hockey

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Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.

  • 5k views
  • 7 likes
  • 40 downloads

License
3D design format
STL Folder details Close
  • AnchorPusherV2.STL
  • AncrageV2.STL
  • Pad 2X2.STL
  • Pad 2X2Slim.STL
  • Pad 4X1.STL
  • Pad 4X1Slim.STL
  • Pad Curved.STL
  • Pad CurvedV2.STL
  • Pad Simple.STL
  • Pad SimpleSlim.STL

Learn more about the formats

Last update 2024-01-02 at 21:19
Publication date 2023-03-08 at 00:43
Design number 1103667

Fredi125

3D printer file info

3D model description

Updates
Following some feedback that the pads could be a bit slimmer, I made a "slim" version of most parts, I recommend using these for a better fit on most pads, as well as using less printing material. (See latest photo)

I added the remodeled Pad CurvedV2.stl (See last picture)
- Smaller overall size to fit most pads
- The distance between the buttons remain similar

A friend asked me if I could make these for him and some of his friends, we went through a few iterations regarding dimensions, screw hole sizes, anchors and more, and I felt like the final product deserved to be put online.

The screws we are using are shown in the images, they are Wood Screws diameter #5 and 1/2" length.

Installation instructions:
- Prepare an anchor for each screw hole (About 40 total)
- Make small incisions in the pad where you want the anchors to be inserted.
- Using the "Anchor pusher", push each anchor to the desired position.
- Once each anchor is at the desired position, put your slider on top and start screwing, making sure your screws align with each anchor's hole.
- Show them who's the boss!

I will be uploading updates and alternative parts to this creation as I gather more feedback or special requests!

3D printing settings

100% infill

I recommend 0.2mm layers and 0.48mm line width as this print is low detail and these settings will speed up the whole process.

I also recommend using a brim on every part except the anchors to make sure you end up with a flat bottom surface.

Use the "Mirror" option to print the second curved part.

I've had limited success with PETG, PLA is doing a great job so far according to the feedback I've had.

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