ROUND PUCK / CORNE DOCK
A removable home for your Ø46 mm trackpad, right beside the Corne. Magnets underneath. Rubber feet stay on. Two independent devices.
Fit prototype · check your keyboard firstGreen: printed dock. Dark: your existing puck. Pale: upstream Corne outline and illustrative keycaps; not a measured Keebart fit model.
Open viewer ↗Body, excluding rubber feet
0.25 mm radial clearance
Default; calibrate to your keycaps
1 mm magnets + added steel targets
01 / THE CONNECTION
The straight edge sits beside the keyboard with a 0.3 mm assembly gap. A slim tongue slides under the case and meets four adhesive steel targets. The circular cradle supports the puck on a ledge.
The open underside clears the puck’s existing feet. A rear notch leaves its USB port accessible, and four holes keep the case screws reachable. Lift the puck out whenever you need it separately.
02 / THE FIT
Keebart’s own product image shows an 8.2 mm case profile. Exact case contours, foot locations, and keycap height are not confirmed for your keyboard.
This default uses a 2 mm keyboard-foot height, a 16 mm underside-to-keycap height, and the V6 CAD’s 4.5 mm puck feet. Check those measurements, plus 36 mm of straight case edge, with the fit coupon. Matching the case rim instead requires keyboard risers.
03 / MAKE IT
PETG · 0.20 mm layers · 4 walls · flat side down
A short cradle and full mounting tongue. Check the feet, port direction, and steel-target positions.
STL · fit-check print AFTER CHECKING THE FITFull dock ↓One connected part, already on the print bed. Keep using your existing V6 puck enclosure.
STL · dimensions loading MAKE IT YOURSEditable CAD ↓Change the fit to match your hardware. All measurements and the generator are available below.
STEP · millimetresHardware: four Ø8 × 1 mm magnets, four Ø8 × 0.2 mm ferromagnetic steel targets, approximately 0.1 mm adhesive behind each target, and glue for the magnet pockets. Plastic and aluminium need the added steel targets. This is not a MagSafe ring mount.
Geometry and mesh validation results are included with the model.
These checks verify the configured CAD dimensions. Physical fit, printer tolerance, and magnet holding force still need a test with your hardware.
