I forgot the source but natural convection (in PC scale… NOT like this: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-Cu2bqY4GSl4.htmlsi=7g-a5RawAlTmPf0X) has been proven to be easily over powered with introduction of a fan. I chose this orientation mainly for better airflow over the VRMs.
First time see your video, I'm already subscribing. Thank you for this amazing solution for me who wanted to make my own case and share the 3D files for free, really helpful. I don't trust 3D printed plastic durability, using aluminium + petg make me wanted to try this.
I love your designs but they are not for hardcore gamers. Can you do maxed sff case? (3x280radiator, but better 3x420 for example? custom loopable ofc). Something like meshroom S but with mobo io at the bottom, so u can install another 280 rad at the back/left side (left, back, right radiators). I will be doing it anyway, but firstneed to know 5090 pcb size:)
Thanks! TIL most (if not all) esports/streamers aren't "hardcore gamers" lol Send me a link when you finish your radiator goals while keeping it under 20L!
@@standupg4m3r what I've meant is that ur printables doesnt fit 4090 i9 and proper watercooling with it to be silent, because are too small:) What i've meant by hardcore gamers, is a person having strongest gaming pc possible:)
Thanks for admitting you don’t watch my other videos. 😞 /s A Full Size ATX Gaming PC Anyone Can 3D Print ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-Hwx62lyx4dw.html 240mm+360mm probably isn’t hardcore enough I assume lol
Can u link it in description? I have A Noctua D15 wounder if it fits too I wana get some one to print it for me I'd buy it if it's for sale I dnt own 3D printer It's not allowed in my country
A bit to many jokes/innuendos in my opinion but I love the case. I was looking at the beamcase but this being free is amazing. I think many people would prefer the video to be a little shorter without as many jokes. Still gave it a like anyway :)
Looks cool! However, I would be concerned about tabs snapping off at the layer lines, particularly the PSU mounting tabs. I printed a similar case by the name BeamCase (costs $15) which uses a single part, spanning across two of the makerbeams. Prints flat, no tabs, just holes thru the part.
Cool design, but I feel like it'd be better if it the panels were made to be put together in some way. They are thick so maybe even some inner surface holding them together with screws could make sense. It's just weird for me to have it split like that and also that connection line is visible. With that said, it's really cool that it's not all that much amount of things to print thanks to those beams.
@@SaperPl1 The visible split is a necessary evil to accommodate for smaller printers; unless they are filled and painted like the Steam Machine build (I hate painting and sanding though). I could easily glue/weld it as one piece though. Debated doing it actually - would save on hardware (magnets, T nuts, and screws).
Thank you for your hard work! This is a well designed case. Could you please add the dimensions and the clearances? At first sight looked a huge case, but after seeing the the whole video I expect the size is around 6 liter, like the Velka 7. If that is true, that could be the 2nd smallest case which accomodate a decent sized GPU and an sfx psu. I like your diy magnetized screwdriver, that could be also mentioned as a big help to keep those hard to reach screws in place. Also the 180x180 print volume means that a KP3s also can print those files.
What a world we live is where a) someone has the ability and tools to design a case that rivals professionally manufactured cases b) build or print this case at home c) film the entire process in high detail and d) chose to put the entire thing online - FOR FREE!!
What a world we live in where a) people can appreciate the hard work and passion of strangers b) feet exist c) my OF equipment can double as educational entertainment d) did I already mention feet? But seriously, thanks for the appreciation. It means a lot.🥹
Personally, I'd use the external screw holes on the exterior of the case as a spot to mount a reservoir for a custom water cooling loop. Or maybe even for a case mounted display of some sort.
If you designed the 3d printable files in cad. maybe share the files so people can modify it to fit larger GPU's For example I would love to make this to have support for a "Powercolor Red devil RX7900XT" which is a behemoth of a card that might not fit in the default layout
@@standupg4m3r One would be a Extension plate that sits between the side-panels. that are 1-6 hexagon wide. this way the length is adjustable. Which would help with longer GPU's
@@darknessblades I'll jot it down, but I don't know when I will get to it. Patreon members have voting rights to what's next. But keep your eyes peeled!
The experience hasn’t been perfect (no printer will be, really, but it has been golden all things considered. I should do a follow up video about how much I recommend it for big prints with sweet filaments types.
@standupg4m3r that would be awesome! Theres not alot of info on this printer, i had to figure it out on my own for the most part. Can you connect your computer too it? Or do you have to upload the files onto a flash drive?
The Main issue i see, immediately off the bat How is this a "Full Size ATX" gaming pc if you block off every other expansion slot and can use only the main PCIe x16 slot
@@skorpysk I guess I should’ve called it (s)ATX; (Sorta) ATX™️ Does it also lose the ATX moniker, since there’s no drive slots to use all the storage I/O?
@@standupg4m3r It's a cool build, but I don't see the full usage of an ATX mobo if you can only use the top PCIe slot. Maybe you could make it thicker, bit taller. You could maybe fit the PSU under the mobo and that way no need for a sandwich style case. Or perhaps just make it mATX and that way you don't need to make it taller
It’s on my never ending list. Patreon members do have the ability to vote one what’s next though. But there’s also nothing stopping you from using a conversion bracket SFX<->ATX in this case. The height and depth won’t change, but it may only get a little skinnier.
As much as I wouldn't use this layout myself, using the hexboard as the base is brilliant. They're already designed to be modular and connected firmly. It's a really nice shortcut with the added bonus of making the outside surfaces usable
I kinda agree on the layout… blocking the PCIE slots ain’t the jam. I probably won’t be touching ATX for a while, but will revise this sometime in the future. Thanks for watching!
@@standupg4m3r personally I feel like mATX should be the layout everyone uses... ATX only really gets you 3 more 1x slots. Who the hell has anything to put in those slots and yet isn't going for an extended size with HEDT CPU or straight up server hardware. And on the other end itx makes a bunch of sacrifices to reach the size. I didn't check at all. But maybe that size difference makes it possible to print most sides as single pieces even on 250x250x250 printers (Mk3/4 and bambus) PS: the rest of the layout possibilities is left as an imagination exercise to the reader.
@@standupg4m3r oh no I do believe you. I have an extra USB card and wifi because I didn't buy a board with it built in originally. I meant really getting the extra slots from full size is rarely a useful thing. And usually it's because the system doesn't even support that many pcie lanes. So the stuff plugged in can't even be high bandwidth devices. So yeah you can get 12 more USB3 ports but it's functionally identical to getting a quality external powered usb hub because you can't hit all the ports at full speed. So getting the 5 slots from mATX (really it's 3 after the GPU covers 2 slots) covers everyone except solo professionals before they move to HEDT beaffy systems.
@@SquintyGears with your logic and compartmentalizing users, we should all just be on Macs and consoles. The beauty of PCs is that affluent virgins all across the globe can stick whatever they want in what holes they have available to them in their PCs. 😝 PS - with bifurcation we can also perform DP.
