i'm learning 3d modeling. these are probably not very good examples. ## CaseLabs Magnum T10 Most of these parts are for my [workstation](https://nick-black.com/dankwiki/index.php?title=Schwarzger%C3%A4t_III), in a CaseLabs Magnum T10 case. ### Mobo side Along the bottom, two cable shrouds plug into the cross-median holes, and a tall, thin cable shroud plugs between them. These are printed with the brightest white we can find, to maximally reflect nearby LEDs. * [Bottom back plug](bottomback-plug.scad) * [Bottom middle plug](bottommid-plug.scad) * [Bottom front plug](bottomfront-plug.scad) Closer to the front, we mount an EKWB Dual XTOP pump enclosure; its back is mounted atop a fan, and its front atop a USB frontpiece mounted into a FlexBay. These are printed in black. * [XTOP back mount](xtopmount.scad) * [XTOP front mount](xtopbrace.scad) Around the front XTOP mount, we have two white pieces to hide cables going to the Corsair iCUE Commander Core XT. * [Front piece](xtopfront.scad) * Back piece—not yet done Above the motherboard, two more cross-median holes are plugged, these with thin, angular/curvilinear channels through which wires are run. * [Top front plug](cpuplug.scad) * Top back piece—not yet done Finally, each 4x3.5" disk enclosure has a wrapper: * [Disk enclosure wrapper](enclosurewrapper.scad) ### Back The Quantum Kinetic FLT is attached with mounting brackets, but there is no top on this structure. We cover the top, and add a depression in which we place a magnet, and mount the WiFi antenna. * [Reservoir top](reservoir-part.scad) We replace one of the top corks with one containing a Molex passthrough. This will be used to power the Quantum Kinetic's Vario pump. * [Molex cork](top-back-molex.scad) ### Front We mount a Libre Le Potato to a Waveshare 5.5" capacitive AMOLED, and slide the assembly into a brace, which is mounted into the top two FlexBays. * [vAMOLED brace](vamoled.scad) ### PSU side We need a platform for both an Arduino MEGA 2560 and an RH Electronics Geiger counter. * [MEGA 2560](mega2560-mountable.scad) * [Geiger counter](geiger.scad) Like the mobo-side enclosures, we need a wrapper on our CaseLabs 4x3.5" disk cages. * [Cage wrapper](topcagechannel.scad)