Kinetic pads clone for EUC grip pads power pads

thingiverse

# "Clown's Chariot" ###**About** * Disclaimer: this is an inferior clone of the real nylonove pads. It goes without saying that if you can afford it, buy the [original product ](https://hulaj.market/en/kinetic-pads/267-kinetic-pads-normal.html) to support the creator. > * Large adjustable pads like these are quite necessary for fine control, where you need to hold a critical 100% acceleration without overleaning, grip the wheel out of a severe traintrack, or dismount gracefully in a high-speed collision. * Critical feedback and suggestions very welcome ###**BLENDER** **export** > * Run the export script by clicking the triangular run button in the python panel * Exported to a folder in the same location as the blend file > **edit** > * See the lower right panel in the blender screenshot for the "shape keys" section. Shape keys can be changed for the pads-front, pads-back, front-upper connector & puck > ###**Issues** > * Blender boolean preventing further revisions ###**MY PRINT SETTINGS** **grip pads** > 95A TPU > Use 95A for a strong base/flap > ≥ 1000mm/s^2 > ≥ 150mm/s travel speed > 20-40mm/s print speed (choose 1 speed for all areas) > retraction disabled unless you have linear advance > 0.4mm nozzle > 0.6mm wall width > ≥ 0.6mm bottom/top height > 0.2mm layer height > 234c hotend > bed off > ≥ 50% fan speed > 6-9% GYROID infill **Soft filament settings** 83A TPU 1mm wall width 9% rectilinear infill since gyroid is way too soft The rest similar **puck** > stiff/rigid > top it off with 95A TPU for abrasion resistance **linkages** > 95A tpu 1mm wall 20% rectilinear infill ###**Promotional** "New Revolutionary Plastic Help You Stay On Unicycle! No More Fall Off! Make You Cooler Than Other Dude and Their Dog! Get Your Now and Show Off to Your Friend! Buy Today, Limited Stock Available!" > "This truly is, unequivocally, the piece of plastic in the entire world" > >