I felt the Piantor needed a foot pedal, a glidepoint, some rgbs, and a little baby macro pad. So here we are.

I created an 8% tent solution and supporting wrist rests.

Then added a glide point to eliminate the need for mouse.

For meeting mode, I added this little macropad to handle all the volume and video sharing controls.

Then thought it’d be interesting to see how a foot pedal could be incorporated into the daily driver and possibly minimize keystrokes.

So far, a fun build, the glide point is a little tricking to get into scroll mode and for mouse clicks. Still reviewing those settings. The jury is still out on the foot pedel, I’ve never used one before so it feels a bit unorthodox. Thought I’d share.

    • @[email protected]OPEnglish
      1•1 year ago

      That’s a Ploopy nano pcb in a printed BTU base. I needed something more symmetrical than the original Ploopy one. I also used a 55mm trackball Kensington because I liked the size better.

      • kilted_cyclistEnglish
        4•1 year ago

        That’s my design! Super cool to see that someone made it!

          • kilted_cyclistEnglish
            2•1 year ago

            I actually started another project and then hit a dead end. Here is what I was working on. 7 button (counting the encoder click), pool ball, 3 btu bearings. Was built on an eliteC and a sensor rather than a ploopy PCB to try and reduce overall height and footprint. I just couldn’t sort out programming it so it got shelved.

            • @[email protected]OPEnglish
              2•1 year ago

              I was looking at doing something very similar, albeit with mouse micro switches. For the internals I was debating on

              BastardKB

              or

              jfedor2

              I eventually landed on Ploopy and qmk’d a kb layer for my mouse button needs.

          • @[email protected]OPEnglish
            1•1 year ago

            Ploopy BTU Print File

            I did alter it a bit, maybe enough to warrant a remix version. I split the model from two to three pieces. I found the distance between the sensor and ball to be very sensitive and a mm would take it from being great to being unusable. Since I used a Kensington ball and not a pool ball, having a third section allowed me to dial in that distance without having to reprint the entire top. It also removed an overhand that would have otherwise needed printing supports.

            • kilted_cyclistEnglish
              1•1 year ago

              I’d be interested in seeing the updated model. I did notice that my model was pretty sensitive so I just dialed down the sensitivity in my mouse settings.