Educational Brake Caliper - Suggestions?

Click For Summary

Discussion Overview

The discussion centers around the design and educational potential of a 3D printed brake caliper, specifically based on the Wilwood Dynalite Single model. Participants explore documentation ideas, features to include, and educational content related to brake calipers.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • The original poster seeks feedback on documentation and educational materials for a 3D printed brake caliper project.
  • Participants suggest including information on brake pads, their mounting, and retention mechanisms.
  • The original poster outlines specific terms and sections to cover in the documentation, such as fluid passages and piston functions.
  • One participant expresses enthusiasm for the project and notes the inclusion of magnets for easy assembly and disassembly.
  • The original poster mentions that the project is nearing completion and that they are looking for final suggestions.
  • A later post announces the completion of the design and availability of files for 3D printing on Thingiverse.

Areas of Agreement / Disagreement

Participants generally agree on the educational value of the project and the importance of including specific details in the documentation. However, there is no explicit consensus on all aspects of the documentation content or structure.

Contextual Notes

Some terms and concepts mentioned may depend on specific definitions or assumptions that are not fully explored in the discussion. The completeness of the documentation and educational content remains open to interpretation.

Who May Find This Useful

Individuals interested in 3D printing, automotive engineering, or educational projects related to mechanical systems may find this discussion relevant.

chriswh86
Messages
19
Reaction score
2
Hi everyone,

My project is nearing completion and it will be a 3d printed brake caliper with the intent on it being for education although it may see a lot of use as just a neat desktop item for people.

Either way, id like to have some documentation and possibly a quiz to accompany the caliper. Documentation would be in line with providing basic drawings and material for folks to properly understand the workings of a caliper.

The caliper is based on the Wilwood Dynalite Single as seen here, http://www.wilwood.com/Calipers/CaliperList.aspx?subname=Dynalite Single and so some features arent included on the final 3d print such as dust boots.

Id love to here some feedback folks might have on items I should include in the documentation, areas to focus on for the caliper and if you'd like to share useful links on brake caliper information that would be helpful as well.

Some photos of the project at the bottom following my current documentation.

Terms:

Fluid Passage
Internal Fluid Passage
Cross-Over Port
Bleed Fittings
Piston Seal (Square Piston Seal - as per Wilwood)
Piston Retraction
Piston Bore
Stainless Steel Deep Cup Pistons
Brake Pads
Brake Fluid
Pad Retainer Clip
Inlet Fitting
Caliper Body
Localized Fluid Boiling
Fluid Boiling
Cylinder Bore
Mount
Sections:
  • Brake Bleeder
    • How do they seat, How do they allow fluid passage
  • Piston/Seal
    • What is the function of the Piston
    • What is the function of the Seal
    • How does fluid get to the back of the piston
  • Brake Pads/Retainer/Wear Strips
    • What is the function of a brake pad
    • How are the pads held in place on the caliper
  • Fluid Passages/Feed Line
    • How does fluid pass from side to side
    • Where does the fluid enter and exit
    • Where does the fluid come from

Here are some photos of the Caliper Project.

Early CAD work
7.png


Initial print testing
5.jpg


Adding in the magnets to attach both half's but allow a full break down of the caliper half's.
4.jpg


Starting to test fit some of the components in the mount side of the caliper
6.jpg
 
Nice work, I think it'll make a good educational/conversation piece.. the magnets are a good idea... did you have a question though?

You might want to consider brake pads, and show how they're mounted and retained.
 
Rx7man said:
Nice work, I think it'll make a good educational/conversation piece.. the magnets are a good idea... did you have a question though?

You might want to consider brake pads, and show how they're mounted and retained.

Shes about done, just got to take a few more photos tonight and roll it out tomorrow :) Those were just some early photos. It does come with the pistons,piston seals, brake pads, retainer clip and all that good stuff :)

I was just looking for suggestions on what to talk about in the documentation. I think I've about got it all now though.
 
  • Like
Likes   Reactions: Rx7man
For anyone that is interested, I have completed the design and have made the files available. If you have a 3D printer this may be a project for you.

Thingiverse - http://www.thingiverse.com/thing:1362673
 
  • Like
Likes   Reactions: Rx7man

Similar threads

  • · Replies 8 ·
Replies
8
Views
1K
  • · Replies 17 ·
Replies
17
Views
16K
  • · Replies 1 ·
Replies
1
Views
5K