• Models
  • Contests
  • Slicer
  • Login
  • Start Here
    thingiverse-iconprintables-iconcults3d-iconmakerworld-iconmyminifactory-icon

    3D GO

    3D ModelsContestsCollectionsSaved ModelsOn a mobile device?

3D GO

Privacy Policy
10:1 Cycloidal drive v2 3D Printer File Image 1
10:1 Cycloidal drive v2 3D Printer File Image 2
10:1 Cycloidal drive v2 3D Printer File Image 3
10:1 Cycloidal drive v2 3D Printer File Image 4
10:1 Cycloidal drive v2 3D Printer File Image 5
10:1 Cycloidal drive v2 3D Printer File Image 6
10:1 Cycloidal drive v2 3D Printer File Image 7
10:1 Cycloidal drive v2 3D Printer File Image 8
10:1 Cycloidal drive v2 3D Printer File Image 9
10:1 Cycloidal drive v2 3D Printer File Image 10
10:1 Cycloidal drive v2 3D Printer File Image 11
10:1 Cycloidal drive v2 3D Printer File Image 12
10:1 Cycloidal drive v2 3D Printer File Thumbnail 1
10:1 Cycloidal drive v2 3D Printer File Thumbnail 2
10:1 Cycloidal drive v2 3D Printer File Thumbnail 3
10:1 Cycloidal drive v2 3D Printer File Thumbnail 4
10:1 Cycloidal drive v2 3D Printer File Thumbnail 5
10:1 Cycloidal drive v2 3D Printer File Thumbnail 6
10:1 Cycloidal drive v2 3D Printer File Thumbnail 7
10:1 Cycloidal drive v2 3D Printer File Thumbnail 8
10:1 Cycloidal drive v2 3D Printer File Thumbnail 9
10:1 Cycloidal drive v2 3D Printer File Thumbnail 10
10:1 Cycloidal drive v2 3D Printer File Thumbnail 11
10:1 Cycloidal drive v2 3D Printer File Thumbnail 12

10:1 Cycloidal drive v2

Bread Bun avatarBread Bun

May 16, 2026

makerworld-icon
DescriptionCommentsTags

Description

I found my first attempt pretty good, although it had some things that bothered me, so i made a new and better one :)

 

Improved from my first design:

  • using truer hypocycloidal gears instead of cycloidal gears.
  • added chamfers to reduce elephant footing and smoothing the parts for easier assembly.
  • added external ridges for tighter lids and better grip.
  • increased internal tolerances for better fluidity and lower friction.
  • Better backdriveability
  • also as a side effect made it much smaller without reducing strength and resistance.

You probably don't need help for assembling cuz it's pretty simple, but for consistency, 

 

for assembly:

  • the cycloids needs:
  •    -to fit the output shaft: have a 90° offset, so that the valleys of one matches the peaks of the other, and the holes are aligned
  •    -to fit the eccentric crank shaft, slightly shift them until it fits the crank shaft
  • then put the whole thing in the outer cycloid
  • then close it with both lids

You can also assemble it by closing the outer cycloid with a lid, placing the output shaft in, then a cycloid, then the internal part of the eccentric shaft, then the other cycloid, then the external part of the shaft, and finish it off by closing with the other lid, but this requires some knowledge about cycloidal drives.

 

Boost Mehelp support small users by boosting!

License:

BY-NC-SA

Related Models

Cycloidic Vase (t-glase) preview image

Cycloidic Vase (t-glase)

scottvader profile image

scottvader

1,653

Cycloidal Drive preview image

Cycloidal Drive

Arthur Gritzky profile image

Arthur Gritzky

41

6512 Cycloidal Gear Actuator preview image

6512 Cycloidal Gear Actuator

-T.K.- profile image

-T.K.-

347

Print in Place- Distance Measuring Roll Tool preview image

Print in Place- Distance Measuring Roll Tool

Turbo_SunShine profile image

Turbo_SunShine

1,182

Cycloidal Gearbox preview image

Cycloidal Gearbox

Nick profile image

Nick

39

Cycloidal Drive 1:20 preview image

Cycloidal Drive 1:20

Domino profile image

Domino

110

Simple Spirograph Set preview image

Simple Spirograph Set

kh4rj0 profile image

kh4rj0

1,047

V2 Compound Cycloidal Reducer preview image

V2 Compound Cycloidal Reducer

Joshua_A profile image

Joshua_A

45