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Logitech C500 Tripod Adapter

A tripod adapter for Logitech C500 webcams.



A free software license that requires that all work based on this must also be free software as in freely remixable and sharable by anyone under the same license but may be used commercially.

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I dug out an old Logitech C500 to use with OctoPrint. An oldy but a goody, the Logitech C500 still has serviceable specs, but there was not a good way to mount it to anything. I designed this small adapter to allow this webcam to mount to a standard camera tripod.

As I generally avoid threading directly into plastic, this design uses a captured hex nut for durability. There is 1/16" of material below the hex nut to ensure sufficient strength during use. The geometry of the inset for the hex nut has very tight tolerances, particularly regarding the height of the hex nut. These tolerances are due to wanting the first layer above the hex nut to print onto it. There is a relief above the hex nut for the screw threads, allowing a total thread depth of about 0.330" (1.5x the thickness of the hex nut). This relief has a domed top to allow the print to be completed without support.

The outer surface of the adapter is also knurled to facilitate easy gripping.


  1. Ensure that generating support is disabled in your slicer. Configure the slicer to pause the print at the top of the inset for the hex nut. Using a layer height of 0.2mm I obtained the best results by pausing on layer 34. Note that while it is likely possible to obtain good results using other layer heights, the depth of hex inset is designed for a 0.2mm layer height.

  2. Prepare the print bed according to your preferences. Prepare the hex nut by applying adhesion promoter to one surface. Thread a 1/4 - 20 bolt or screw into the nut from the side the adhesion promoter has been applied to until the tip of the screw is even with the opposite side of the nut.

  3. Begin the print. I obtained the best results by placing the nut on the heated print bed, the side without adhesion promoter down.

  4. When the print pauses, move the print head out of the way. Carefully pick up the bolt or machine screw (WARNING: may be hot) and insert the hex nut into the hexagonal inset in the adapter. Be sure to seat the hex nut against the bottom of the inset. This is a relatively snug fit, so some pressure may be needed to seat the hex nut in the inset. Unthread the machine screw and remove it. A number of factors related to his operation will impact the quality of the finished print, but by far the largest is how long it takes to complete this operation. I obtained the best results by doing this as quickly as possible.

  5. Resume the print.

  6. Once the print has been completed, wait for everything to cool down and remove the print from the print bed and post-process as desired. Snap the adapter into the bottom of the webcam, and it can now be mounted to any standard camera tripod!

Materials and methods



  • Sliced with MatterControl

  • Printed on Robo3d R1+ Using:

    • Hatchbox 1.75mm PLA

    • Medium Quality

    • Standard Layer Height (0.2mm)

    • Pause on Layer 34

    • No Raft

    • No Support



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Mini thingiverse profile picture 01John Tatum published this design ago