Just as a suggestion when gluing magnets into pockets on 3D prints. Print your pockets to have a non friction fit clearance, place a drop of glue in the pocket, set your magnet next to the pocket and use a spare/extra magnet on the backside of the print to pull the magnet you want to glue into its pocket. Mess free and no superglued fingertips.
@@makerunit I had a similar problem on an ITX case build I did. Your channel was definitely what motivated me to build my own SFF case. Thank you for sharing all the cool builds! 8.5L (W 144mm x D 232mm x H 253mm) Gigabyte A520I AC Ryzen 5 5600X ID-COOLING IS-47-XT 47mm TeamGroup 32GB 3200Mhz ddr4 TeamGroup Z340 1TB Zotac GTX1660 Silverstone FX500
Maybe silly question.. but why not just use a toothpick or something like that to push it in to place rather than use magnet on back side? Especially if the location of the magnet pocket isn't easily reached on the back side?
@@b3owu1f that would also work. Just anything that won’t stick so easy. Hot glue is probably the «easiest» way as it sticks pretty well to the magnets. Though might make a mess as there’s a hole underneath the magnet. Should be glued laying on a flat non-sticky surface then to prevent the glue from squishing all over.
I have to hand it to you, this is the coolest flowthrough chimney style ITX case I've seen made. I've waited for this for years and hoped that one of the big vendors would make it and instead you make it. If My printer could print this, I would absolutely print this.
You may want to start incorporating "shadow lines" into your design where you attach two prints together. It helps to make the seams cleaner. Teaching Tech has a great video about it.
You did inspired me for my own build. No 3D printer for me so I'm building a custom ITX from aluminium / wood / glass and Acrylic. I hope i can be soon able to show it to you as you show your work to US ! Nice concepts as always :)
Thank you! I’m glad I could inspire you and I would love to see your custom project! If you feel like it you can for example send me some pictures through the Printables chat. Thanks!
Discovering the existence of those inserts was my favorite part of this very impressive build. Magnets are also a great idea. My first thought was of a cat knocking your case off the desk and it exploding into build sections :)
Thank you! That’s a great idea, I believe some slicers have build in texture adding tools too, but I’d only want it on the outer walls, but like a rugged texture could look pretty cool! I could have perhaps sanded down the outside as well and prepare it for painting in like a metallic space gray color would look awesome!
Layer lines are a feature of the manufacturing process. I say make it with thicker more noticeable lines.Lean into the 3d printing aesthetic rather than try to hide it.
@@minty_lint 1.0mm nozzle, 0.8mm layer height 😁 could look cool. Have you seen those 3D printed houses? Those layer lines actually gives the house a very cool and unique look tbh!
Ты просто гений, меня ночами мучала идея создания пк похожего на mac studio и вот я нашёл твоё видео, надеюсь, что когда нибудь такие кейсы станут серийными
I love it, that is some amazing quality build and also the new way of presenting with a bit more humour sprinkled in is serving the video great. I will have to try and get this case realised in metal, the designs are already professional level stuff. Time to integrate some Bernoulli Effect Physics in the next case ? :P
Thanks Tim! I noticed you changed your display name but I assume you’re still the same Tim given the profile picture! I had to look up the Bernoulli effect but that was so cool, I have actually seen that before just never knew the «scientific» name for it. Kind of like the same effect that’s used in sand blasters for example right? Sucking it up the sand before shooting it out the nozzle. About that, for a long time I have actually had this idea in the back of my head of a very «complex» 3D case built up of a bunch of closed channels actively targeting specific areas of the build where hot air is exhausted, to immediately remove the hot air produced by the GPU and exhaust it away from the rest if the build, kind of inspired by the part cooling fans on printers, just the opposite direction where the parts get no supply of air from any fans just normal room temperature air, then only focus on the removal of exhaust to prevent hot air circulation. The Benoulli effect could actually be used in this type of application, you gave me an idea. Do you know if this effect would be as effective if it had more than one «intake pipe» like those mounted at an angle in sand blasters for example.
@@makerunit Back to my old display name and yes still the same 👍. I like this idea very much and it could prove an interesting experiment, my only concerns would be that the speed of air could be too slow to take full effect of Bernoulli’s principle but without testing we will never now .. well it could probably be calculated but that math is too much for me. There are some videos of people building natural convection cooled cases which could provide some additional inspiration and pointers. One problem you might encounter could be too high friction inside a narrow tube due to the 3D printed lines (maybe), looking forward to the next experiments 👍
@@Neutronity Yeah possibly. I haven’t looked too munch into this effect and you might be right that the velocity of the air isn’t enough to cause the drag necessary to be effective. My main idea was to create channels that each were connected to their own fan and part and would just be like a straight vacuum going in channels to the different parts. You know how in Jet engines they have all these different spinning fans after eachother to create some kind of increased pressure or something, I wonder if stacking multiple fans can create higher pressure, what do you think?
@@makerunit yes I get the idea of vacuuming the generated heat away and it could prove to just be effective enough to work. I like the idea of the jet engine like fan stacking, maybe introducing a circular airflow with multiple inlets for acceleration of the air … no idea if practicable but definitely making a nice theme for a case
@@Neutronity I actually (for a different project) always wanted to also try to make a case that looks like a Jet Engine, like with a custom 3D printed propeller looking like the inlet of a jet engine, mounted to a PC fan motor to actually serve as cooling for the entire case, and also add the service doors etc to access the internal parts easily 😁
Definitely your best case! The other cases looked good,but you could tell it was 3d printed. This case at a quick glance looks like it could pass as a Corsair itx case. Temps were great on your aio, and it looks like you designed it with big air coolers in mind as well.
Thank you! Yeah I did have air coolers in mind for this build, though just too little space for big coolers like the 120mm tower coolers but most 92mm fan cooling towers should work and many of them are pretty effective too like the CM Evo 212 or Noctua U9s.
Just had myself the idea to design my own minimalist 3d printed PC case(for Micro ATX though). Your video popped up and is very well made and a great source of inspiration! Subscribed.
I guess I got a little impatient as I was so close to finishing the build that I couldn’t even think straight so opted for the easiest solution I could think of in that moment 😁
Nice build especially the 200mm fans! super quiet and lots of airflow. Maybe flipping the GPU upside down and mounting the PSU vertically can further shorten the height. The black meshes cold use round bevels on the corners for matching the rest of the aesthetic but not a big deal. ok I think thats it lol.
Thank you! About the airflow on the 200mm fan, I actually saw in the specs that the 200mm and the 140mm have almost the same amount of airflow m^3 only different noise levels. So I do think 140mm fans could work here too, with some adapter plates. I actually didn’t think of beveling the side panels, but that would have made them even more fitting to the rest of the look definitely.
That's an awesome build, especially with the two giant fans. Would be fun if it (or a variant) could fit giant air coolers like DeepCool Assassin IV or Noctua NH-D15S. Will definitely get myself a 3D printer for such a build in the future, and thanks for sharing it.
Thank you! With the current setup I would recommend using any 92mm tower cooler like the CM Hyper 212 or Noctua 92mm version and stick to a 240mm radiator if using anything that requires more powerful cooling. But I might make something big enough for the D15 in the future 😊 how tall is it btw?
@@makerunit I think both that I mentioned are 160mm which is about as high as it goes for air cooled. But yeah I might just spring for a 240mm EKWB Nucleus when the time comes instead. Not as much of a price premium as I expected.
@@rafflesmaos the D15S is quite pricey too so not too much more for a liquid cooled one 😊 (maybe my next upcoming mATX case might be interesting for you) it’s intended to support a lot of different configurations like AIO, big CPU air coolers and much more! ATX Psu, and pretty decent airflow as well. Hard drives, in a fairly compact total volume
Thank you! Would definitely look even better if the surface was treated a bit. However, I live in a flat so sanding is not ideal due to the dust it creates which is also why I don’t do it 😅
Have a dual 360 mm radiator water cooled 3080 ti and an ATX x570 motherboard. I'm wondering how small you can make it and if you can print a case to be very compact
So much air, so little noise! 😁 pretty much silent on idle. Those 200mm fans are extremely quiet up to like 60-70% power. Even at 100% they seem to make less noise than my 92mm tiny fans and moving tons of air!
@@Kurto2021 Hi, no the bottom is an intake fan and the top is an exhaust, but I haven’t really tried the opposite, but as hot air naturally will go up I thought it made the most sense.
@@makerunit yeah I agree and the fact that the power supply sucks in from the bottom and exhausts out the back....I guess I assumed the logo side of the fan would be intake but I am guessing it's the exhuast.....back in the day they used to put arrows on the fans but my 200mm don't have them.
@@Kurto2021 Usually, the side of the fan that holds the motor and fan blade in place is the exhaust, and the open side is the intake. The internal AIO actually sucks air from the inside and pushes it out, giving really good cool temps for the CPU but at the cost of poor GPU ventilation... :)
Hey man really cool! Imo if you flipped the gpu so that the connections were down, you could very easily connect to the gpu without having to so the whole cable routing thing! You might even get better airflow as the fan will hit the aluminium fins from the gpu, instead of the connection bracket
Only problem is the big fan at the bottom too. Though I could have used a 140mm fan instead to leave more room there. The idea behind this project mainly to use 2x 200mm fans so I kinda ignored all options that would all smaller fans. I will make more though so might be an option in the future 😁
I'd love to see the logo get a pop of color. You ever get your hands on a bambu lab machine and ams? Even the new mini one could work for multicolored logos.
Or perhaps a transparent filament with LEDs that can change the logo color 😁 I do not have access to a Bambu machine unfortunately and I most likely will not get one either, at least not until they offer a printer with 300x300 bed or bigger 😊 once you go big it’s hard to go back to a smaller size, printer size.
Wind tunnel is cool...what about a wind box? Something that has 2 200mm fans on the top and bottom and a more "standard" orientation, so all cables come out the back. Cpu/psu on one side, GPU on the other.
That’s definitely doable too! I’ll look into more projects to utilize the 200mm fans later once I get some more time. (Currently have a few other projects lined up first.)
I was thinking about how you could mount a large GPU normally, without the riser, simplifying the build. What if you just turned the motherboard 90° clockwise so that the IO was facing upwards? Then it could sit against the back of the case like normal, and the GPU could be on the front of it, vertically oriented with plenty of room. To make io axis easy, you could leave a slot in the back of the case that all of the cables go into and you could have a removable window at the top of the case to make it easy to see what you are doing and use both hands. It's not like most of us are plugging and unplugging stuff every day anyways. Then the GPU would be easier to access as well. Thoughts? This is a really awesome case and I love this small form factor. Wish I had time to design my own hahaha.
I totally understand what you mean and to be honest that was actually how this build started in the first place. It would have probably worked too, but there was just something in me that really wanted to rotate the motherboard 90 degrees so it was facing backwards, and I think it was also kind of to have as few as possible cables interfering with the top fan blocking airflow… if it would have made a difference I’m not sure but I totally agree that most of us rarely even plug in and out stuff and the easiest fix would simply be to intregrate some front panel USB ports for easy access to that, or use a USB hub and problem solved. I’m personally using a hub built into the side of my monitor for all non-permanent USB devices, works great but I see how it becomes a problem when people have different monitors than me 😁
It’s a lot of fun! And looking at your own designs everyday gives you (at least me) a sense of accomplishment like «I made that and it actually turned out pretty cool!» 😁
I think screwing straight into plastic is perfectly adequate under some circumstances. If something is a permanent or mostly-permanent build, then even machine screw into plastic is OK. If it's supposed to be serviced regularly, then you need a threaded insert. Screw into plastic connection is by no means weak if well calibrated.
Yeah I agree with what you say here. Permanent installation, no problem. Regularly opened, inserts are ideal. I’ve made many pc cases that do not have any inserts and I don’t really have any issues with that. Only problem is if I tighten a little too hard on some screws then it could strip the plastic.
Hmm, possible, I’m not an expert at airflow but I feel like if two fans are pulling opposite directions they might not be as effective but I might be wrong. I’m thinking about the top and bottom fan…
@@mgut17 yeah about the radiator pulling in from the outside I’m for. I’m just not sure how pulling the exhaust two different directions might disrupt the airflow, but might work. 😊
This is awesome! Love the creativity. Have you ever thought about external cooling? Like 3d printing a chassis that could hold 2, 3, or... 10 radiators linked in series that would super cool the computer?
A design like that has actually crossed my mind just like you mention. I’m just not too familiar with like custom loop watercooling but definitely something to have on my to do list for future projects! 😊 I also thought about like a wall mounted case consisting of one small enclosure for each of the individual parts so the wall panel would consist of 4 or 5 small boxes that together formed one nice liquid cooled pc! Someday!
I like this case so much. I would like to ask if the motherboard can be installed upright or if it needs to be rotated 180 degrees in conjunction with the graphics card installation, as shown in the video. In addition, can an air-cooling radiator be installed?
Hi! Thank you and I’m happy to hear you like the design. So first of all, the mounting holes will not fit if using the motherboard facing upwards like with the GPU, but on the other hand it’s a very easy fix using the supplied .step files. Air coolers up to about 140mm height will work in this case 😊 So most tower coolers with a 92mm fan should do the trick for most CPU’s 😊
Not that I’ve experienced. Never had issues with any of my cases regarding heat. Even the PLA cases. I do recommend using PETG when possible but most cases, especially those with a lot of airflow, PLA should be fine.
I would love to see this as a "vertical style" case. Meaning that the motherboard and GPU IO is on the top, wich makes it ideal for placement under the table. Thanks for the great design
I’ve always had my PC on the table as I like it to be a part of the desk decoration so I’ve never actually even thought about that 😁 but I’ll consider it for a previous build if the design gets right 😁 but would you still have wanted the IO hidden or just open?
@@makerunit My favorite would be a small hatch to access the ports. Similar to the "cloud unit" from DIY Perks. I think this is the perfect combination of easily accessible and looking nice. I'm planning to design my own PC case in the future. Do you have any tips for designing my first PC case? I already have quite some designing experience from other projects, but I guess PC design has its very own challenges :)
@@Lennard222 My most important tip is probably. Don’t forget to consider the cables when designing. Imagine where all the cables would go, and add extra clearance and holes for cables where necessary. So many times I’ve printed a part only to realize there is no room for the cable I’ll be attaching 😅 like even for the bottom fan in this build.
Great Case. Could you maybe build a case with another shape? Cube shaped cases are common but a 3d Print has so much more potential for complicated shapes and design choices
Hey man would it be possible to fit a fully liquid cooled pc under 15 litres of volume? I currently have my gpu cooled inside the lian li tu150 case which is right under 24 litres, i would want to go smaller though!
Fully liquid cooled, like CPU and GPU? Hmm, possibly, perhaps in a console style layout maybe. I don’t currently own any GPU watercooling solution so I’m not sure how I’d fix that but should be doable yes.
I have the exact same Gigabyte RTX 3070. My recommendation: try running it at 1860MHz @ 900mV. Made it drop from 246W to 180W for me. Also, this card has fan humming from 950 to 1150rpm. 1250 seems to be the sweet spot for noise and temps. You might lock it there (under load) for good noise/temp performance. Also, I highly suggest turning off fan stop and letting the fans spin at 21% on idle (set by Afterburner). Remember that for Gigabyte cards, only firmware control mode works. Don't ask why.
300mm is the maximum length, and about 60mm width total I think. Also if using a very thick card you may need a PCIE riser cable that does not have the angle adapter as it may hit the motherboard. Due to sticking out a bit due to the angle😁
Thank you! About the 360mm radiator, unfortunately it’ll be too tall, alternatively the case would have had to be really tall, which would make it a lot bigger…
My main feedback is to look at how Cooler Master mounts the SFX PSU in their ITX cases, vertically to one side of the case. This will get it, and all those flat power cables out of the way of that chonky boi bottom intake fan.
@@TheTerk I see. You can send files through the printables.com chat and I can take a look. I do not have sketchup anymore, so can you export it as a STL or other common format? I know sketchup can’t do .step but STL works to look at it.
man I wish I had your creativity. Eventually I want to build a pc, and this will be perfect. Problem im running into currently is I upgraded from a 1650 in my Trident 3 to a 2060 super.... and it doesn't fit anymore. Issue with using a design like this for transferring the Trident 3 parts over is it has an external power supply. Hoping to find something in your files I can attempt to get to work
Thank you! Yeah unfortunately my cases can’t be compatible with every single part on the market but many of the most common at least. I do my best to keep the projects coming so hopefully you can one day find a project that suits your needs! You’re also welcome to come with build suggestions and ideas if you have any in mind 😊
@makerunit this is a selfish idea as its what im in need for. But if I was to make a request it would be for a bigger version of the trident 3 case or something bigger in general that will fit alllll of its random ports and plug ins. Its a nice little box for what it is.... but upgrades that are compatible with the motherboard don't all fit within the case they provide. Ill still be aiming to do research and practice with cad programs and 3d programs until i eventually am able to be able to create wonderful pieces of work like yours!!!!
@@bordnation1594 I see! What type of motherboard is in the Trident? Is it based on a normal Mini ITX motherboard? I’ve been thinking of making a «console style» case for a while actually!
@makerunit i have the trident 3 8th gen (not sure the differences as they've gotten newer). When I looked it up online it says the H310. But physically looking at it, it looks nothing like the h310's i seen online.. so im not entirely sure. Msi has a specs page that has a data sheet on it... lists all the ports and such but not the motherboard. I found the motherboard in the description of the trident 3 on newegg's website
@@bordnation1594 hmm, I see, so most likely my upcoming projects will be based on a Mini ITX or a Micro ATX as those are the two formfactors I have available at the moment.
Hey makeruunit, I love your builds and I'd love to see a sff pc case that a) fits in carry on b) is silent (custom loop, d5 pump with reservoir, more than 6x140mm fans, or 9-10x120mm + 2cm radiators) c) have 5090 and new i9 (future:) d) its 20l or less
Hi there! First of all, I do not have, or know the dimensions of a 5090 yet… you’re alsking for silent, but also up to 10 fans as well as being SFF. I’m afraid those specs are quite difficult to achieve. Maybe possible some day… my goal is to continue making cases in different form factors on a regular basis and perhaps some day one of those builds will fit your requirement 😊
@@makerunit I surely will be doing it myself in kinda heavily moded meshroom s. Hopefully during christmas haha. Lets pray for 1-1.5 slot 5090 waterblock shorter than… 240.
I love this case! I was also asking for this! I did ask for mATX cause I’m needy, but this is perfect! As for other shapes checkout the Jonsbo BO102. I believe asus also did a multi chamber design with similar shape. I think this idea could be leveraged with the ducting designs I saw on RUclips with two singular large fans feeding it. This should help isolate air paths and temps. I think most are square because of space efficiency. But I like the idea of honeycomb or like the one mentioned before. I think the incorporation of plexiglass or glass panels would be nice as well. I keep thinking I’m going to design one. But time gets away from me. Any chance you are also going to release the sketch up files of this case? Thanks for all that you do. And as always it look’s fantastic!
Thank you Jake! A vertical triangular shape definitely looks awesome! That’s an interesting one for the future. The idea of completely isolated and separated air chambers is very interesting! I’m thinking like a back to back setup would be the most efficient way to have a dual chamber setup which I’ll keep in mind for a future design 😁
@@makerunit I agree. Also I see in a lot of those shaped builds they include tie downs for cable management. And this is the video about ducting the pc case. Again I’d love to make this case with a few minor changes for my aesthetic. Thanks for the inspiration, starting point, and info so I can hopefully finish this one day. ruclips.net/video/cehXZftIYok/видео.htmlsi=sRdxsRnGcrpX6ObW
i have a question: do you have any models of pc components so that i could try to make a pc case of my own? thanks! (i use tinkercad so obj or stl please :) )
update: i got the objects to work from one of your earlier videos, but they are all the wrong sizes. do you think you could give me the dimentions? thanks! ruclips.net/video/HoUxaEunoRM/видео.html
Looks awesome, but it would be a good idea to add some IO to the front of the case. Having all your IO in the back tends to be really inconvenient, and it looks like this case would have room for something like a small USB hub/card reader to be integrated.
There is definitely room for that. I have an integrated hub in my monitor which I’m used to using and it’s probably therefore I also tend to forget to add that every time 😅
Awesome build. Where do you purchase your power switch? Does it have a built in light? I'm currently designing a PC build within an Ikea Alex drawer. It's gonna have a lot of 3D printed parts mainly to improve airflow. Right now I'm working out the details of the front i/o and on/off switch. Thinking about creating a separate unit placed on the desk with custom wiring to the motherboard.
Thank you! I purchased mine locally in a store called Kjell&Company in Norway which judging by your very scandinavian sounding name you’re probably familiar with? 😁 If not, you can get these buttons pretty much everywhere, Ebay, Amazon by searching for 12mm power button.
With built in screw mounts? So you can screw it directly to the underside of the desk? That’s a pretty cool idea actually! I’ve got a bunch of 92mm fans I could use for that.
@@makerunit i know its not the best for thermals cause heat rises but i have my tower in a tower mount bolted to my desk cause its a sit stand desk but the horizontal cases would take up less leg space and bring back an abandoned case format stuff like the antec vsk2000u3, or silverstone gd09b
@@alphaboltz enough fans/airflow can compensate for the rising heat though. Let’s say if I had 3x 92mm (3 on each side) fans as intake and exhausts, it would force air through the case and out the other side, constantly replacing it.
I have made one case a long time ago (the case I showed almost at the start of the video), it supports mATX but still SFX psu, I have not yet made a full size case unfortunately.
Hey I like the Idea of those vertical cases but I think the addition of a risercable that has to be bend is not ideal. Just look at the desaster with the NZXT H1. Some ppl will get a cheap riser from AliExpress with questionable QC. The Layout of the Corsair 2000D is much more appealing to me. A Version of that which can fit the big Noctual coolers like NH-P1 and NH-D15 would be awesome. I just built a system with the NH-P1 and a semi passive psu and graphicscard in a jonsbo u5s. I really love that while not gaming its completly silent and passive. Having somethig like that in a vertical case without the riser would be awesome.
I see. My next case will most likely fit a 160mm cooler so the D15s should fit if my calculations are correct. It won’t be vertical though. No riser cables and it’s simple to assemble. The 2000D looks pretty great and it’s definitely a great inspiration for a future vertical design 😊
Man, I wish this case was a smidge smaller. Instead of the big fans top and bottom, I would love them to be just 120MM or 140, but I don't know if that is physically possible.
Physically it’s possible to make the fans smaller. That’s easily fixable with some thin adapter plates only. The total size has some room to shrink and I could have probably managed to get it 10 mm thinner both ways if I really squeezed everything together but I was worried it would be too tight. I might make a «replica» of this design as well, just made for smaller parts in a smaller total body size. It would be a fun project to size down.
@@makerunit I have an ender 3 and am on the hunt for a case that is vertical cooling like this one, but 120mm fans top and bottom, and can fit a full size gpu :) I don't know if that is possible. I have a cr-10 I am converting to a switchwire that I will print this with once I get it done if you dont release anythign else in the meantime.
@@jeremiwebb7519 I see. IF I end up making one it might not be in the nearest future though. Designing a case takes a lot of time and testing and finding the most effective layouts etc… meaning I’m not able to just spit out new cases every week unfortunately. 😅
@@makerunit I get that but imagine with the honeycomb, add a mysterious low red lighting... add a switch to turn it off if you want stealth. In any ”case”, I love the design!
@@coryreynolds1167 I see! I have no experience with it but I would guess it would be as straight forward as any other case build, just with the rack form factor and definitely possible! Maybe if it’s a very wide rack it could be reinforced with some aluminium flat bar maybe 😁 what width is a typical rack?
After watching the video from optimum tech i would love to see a version, where you seperate the hot air and cold air better. basically he created a fan shroud for the gpu fans to pull in fresh air from the outside instead of the warm air inside the case. dope would be different gpu shrouds that can get mounted to the black honecomb on the gpu side and that ends up flush with the gpu fans. That should help a lot with gpu temps.
Funny enough I was just about to start a project after posting this one, using fan ducts just like what Optimum Tech did, but he beat me to it so I’ve got to work on another solution but that path has crossed my mind. I was inspired by part cooling on 3D printers, why not make airflow patterns that are specifically directed towards the areas that need cooling rather than everywhere 😁 (would still need some flow in the entire case but like targed specific areas of the print using custom designed ducts. 😁
@@makerunit then I can’t wait to see what you come up with. In the mean time I will try to remix your design with the step files. Have you ever considered putting a fine mesh over your print while printing to create a dust filter? Would be interesting especially on the bottom hexagon print
@@henrigrotkamp I feel like a fine mesh at the bottom, it would be too restrictive, but I’ll leave that mesh part up to the individual as it can simply be stretched and clamped between the fan and the fan guard at the bottom 😁
Unfortunately not as a Micro ATX board is 244x244mm and the outer size of the case is 250x250 meaning the inner maximum is about 240mm at most, but then we also have the sliding side panels etc adding to the wall thickness so probably would be left with about 230mm of room total 🙂
I've always thought it weird that gamers would use an AIO on the CPU but not the GPU. I always do it the other way around. Huge improvements in GPU performance, and so much quieter in operation. The only downside is that it's not as easy to attach an AIO to a GPU.
This is such a cool pc. I might make an adapter for though, lol. I have a rtx 4090 that's hybrid air and liquid cool along with a core i9 both are over clocked. My room after about an hour is so hot. I have one of those portable air-conditioners that have a hose connected to it and the window. I was thinking about making a y-spliter for it and an adapter for this pc build so that all the heat or the bulk of is dumped out the window in theory at least 😅😂 I know it may sound but i think it would be fun to experiment with.
Hahah thank you! That sounds like a really cool experiment and I’d love to hear how it goes! «AC cooled PC case» in theory that sounds really cool actually. You should definitely try it 😁
Awesome, as always! 😃 How about a micro ATX case with atx power supply and place for 4-8 of 2.5" SSD? Would be nice for a NAS. No ITX, that is supposed to be cheap and ITX=not cheap.
So, as cheap as possible. Got it. I notice that I get a lot of requests for making a NAS case. I must say I have never ever in my life used/or even seen, a NAS case. What are NAS cases mainly intended for? Like a server? Would like a 5700g + a bunch of HDD’s be considered a NAS?
@@makerunit Oh yes, 5700G is overkill for NAS! (network attached storage) I use it for file sharing (not windows) and as redundancy and safety, two of the same set of files on two RAIDZ, paranoia !!! 😃
@@patricklebel1141 as it’s a sliding track I don’t see how it would be a problem to print in two pieces. You can align the cut with the center line clamping the main body for example and it might not look too bad actually. On the other hand, the tracks have a function of stiffening up the body by interlocking the parts together but if the build is intended be stationary I don’t see any issues with that 👍 The other parts that won’t fit are the motherboard plate and the AIO mount. Though these should also be possible to split.
This makes me want to buy a 3D Printer to make my own computer case. If I were to design one; all RGB lights would either be put into the bottom (5:34) right where the fan is would face inwards; following a specifically made exhaust port heading upwards through the case for direct cooling; and out the top. This is due to cool air going lower while warm air rises so it can concentrate on all that cool air going downwards forcing most of the heat to go upwards if that makes any sense. If I could draw I'd show a design of what I mean so it's less complicated.
I think I understand what you mean to a certain extent, but pretty much same setting with intake and exhaust like this case but have some ducts to concentrate the air to certain areas? Am I getting it right?
@@makerunit Yes, exactly. Also I do have a question, I just recently watched your video "3D Printed Micro ATX / ITX case - 240mm AIO - Full size GPU". How much was the pexiglass if you can recall, if not that's fine; and have you tried doing a side panel out of transparent plastic like ABS or something as to keep material costs down?
@@Andrew-qo2jg I think it was 3mm plexiglass. The slide slots on this new case are exactly 3mm but I think the tolerance is too tight for 3mm plexi there, if you can find 2.5 or 2mm plexi it should work.
Depending on the filament price where you live, roughly 3-4 kilos depending on infill density and print settings. I believe I used approximately 3 kilos in total. So let’s assume about $20 per KG, about $60 for just the printed parts themselves I guess… 😊 hope this helps. + electricity cost etc… If your question is aimed more towards how much it costs for a print-on-demand shop to print it for you, probably a bit more, I’d guess over $100 at least, maybe more as it takes a while to print… 😅
Atx motherboard in a 3D printed PS5 body, printed in pure gold. Gotcha. Given the size of the atx motherboard it would have had to be like a console style case then.
I'd like to see a modular case that's suitable for housing a either a mini ATX or micro ATX and a bunch of HDDs so that we could build a NAS system with the spare parts we all have lying around.
I see. I can tell a lot of people want me to design a NAS case. 😁 you’re not the first one. I’ll keep it in mind as a possible future project. Thank you for your feedback 😊
I understand that an ATX case is highly requested from many of you so I guess I should soon start to consider it 😁 I just need to get an ATX motherboard first as I currently don’t have one, only micro ATX and ITX at the moment.
Hi! So I did buy mine locally in Norway but this button is pretty much the same, except the fact that mine had a white light ring. www.amazon.com/YACSEJAO-Chassis-Switch-Button-Computer/dp/B0BWDZ2HM6/ref=mp_s_a_1_7?crid=B4ESO0ZVEJTT&keywords=12mm+power+button&qid=1707299464&sprefix=12mm+power+button%2Caps%2C292&sr=8-7
Another idea that could be useful and environmentally friendly, using 3d printing to create panels that allow uaing old OEM cases with modern motherboards and components that arent compatible. I have an old Dell XPS desktop that could be refurbished but I want to put modern hardware in.
Hi! I like the idea but it would require me to actually have that case first to test fit everything. That’s also the main reason I mainly do ITX builds as I base my designs on the parts I have available to test and currently I don’t have an ATX motherboard so that’s why I also have not made a case for it yet. 😁
Hmm, I might make something some day that can support eATX, but it would be around a standard form factor, if there is any specialized motherboard with different mounting I will probably not make that. I’m aiming to make all my projects buildable with common parts so you will most likely not see any specialized cases for very specific hardware. 😊
Awesome quality as always! I've literally printed each new project that's came out.. and that's a good thing I have new printers to torture test haha. I was wondering as a aesthetic standpoint the thickness of the side panels as I'm thinking I can fabricate some plexiglass panels to slide into the panel grooves depending on the thickness.
I’d have to double check but I believe the sliding tracks are 3mm and the sliding part of the side panels are 2.5mm wide allowing for 0.25mm of wiggle room on each side to slide smoothly. Though with the supplied step files this should be really easy to modify to your preference.
amazing design, you need to clean up your print quality though haha. CR10 converting to a ender 3 style belted Z mod, and tuning your retraction looks like it would help with most of it. If thats a biqu H2, try 0.4mm retraction with a retraction speed of 4mm/s.
Thank you! And yeah I know the print quality is not my strong game tbh 😅 it’s actually a E3D Hemera. Currently I’m planning on getting a new printer actually. Looking at possibly trying the new Elegoo Neptune 4 Max with klipper stock 😅
I have thought about a design that has like air channels directly leading to the specific components from the intake fans, I know that Optimum Tech posted a video on this method recently and beat me to it but I have some ideas on how to do this differently wich I might try later 😁 Wind tunnel vs Wind chimney, would be like a wind chimney just laying down wouldn’t it?
@makerunit that optimum tech video was an interesting one! And yep, I'm thinking wind tunnel in the same style that would be used for cars etc. Similar to this build but more like a laid down version
@@declanbowler7379 funny thing this case was actually started as a project laying down, then kind of randomly ended up rotated 90 degrees and I was like hmm, this is cool too, I’ll keep working on this 😁 the main goal for this build was to use two 200mm fans, so I struggled a bit with having the laying down setup as the rear 200mm would block the motherboard IO and gpu connections. If using a 140mm rear though I think it could work pretty well.
@makerunit ah of course, that sounds like a good idea! Regarding the case in this video, did you try the radiator fans as intake? Perhaps it would mean more air for the GPU?
@@declanbowler7379 the main problem with using the CPU fans as intake is that at the height the fans are, it’s already so high up that the GPU and CPU gets separated by the motherboard, so I don’t think it’ll work. Also the air coming through the radiator into the case might be hotter than the air coming from below if that made sense. Optionally if using an air cooler you could use the AIO mount as two extra intake fans for example.
The design part itself is not really an issue. The problem is finding a way to join the parts nicely without looking horrible, definitely possible though 👌
I watched a video recently somewhere else talking about noctuas fan design. Somewhere inthere it said if u leave at least 7mm of space between the fan an the mesh u avoid turbulence noice. Fyi thought u might wanna know 😁
Yeah I’ve noticed a similar problem in some of my cases, but it only seems to happen if the fan sucks air into through the mesh and not when its exhausting it out. At least from my experience. That’s why I added the hollow circle inside my Little Boy S case where it sucks air through the front panel I had really bad turbulence noise in my first prototype. On the Noctua 200mm fans this doesn’t seem to be a big problem as I never really noticed any noise at all from this chimney design. Might be the lower RPM of these large 200mm fans that make the difference, also a tighter infill mesh seems to lower the noise at the cost of lower airflow.
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
Just as a suggestion when gluing magnets into pockets on 3D prints. Print your pockets to have a non friction fit clearance, place a drop of glue in the pocket, set your magnet next to the pocket and use a spare/extra magnet on the backside of the print to pull the magnet you want to glue into its pocket. Mess free and no superglued fingertips.
That’s actually genious! How did I not think of that🤣 thank you so much! I’ll definitely keep that in mind for later magnet builds!
@@makerunit I had a similar problem on an ITX case build I did. Your channel was definitely what motivated me to build my own SFF case. Thank you for sharing all the cool builds!
8.5L (W 144mm x D 232mm x H 253mm)
Gigabyte A520I AC
Ryzen 5 5600X
ID-COOLING IS-47-XT 47mm
TeamGroup 32GB 3200Mhz ddr4
TeamGroup Z340 1TB
Zotac GTX1660
Silverstone FX500
@@rx7wyaw awesome, I’m glad I inspired you! Do you have any pictures of your build anywhere? I’d love to see if you want to share 😊
Maybe silly question.. but why not just use a toothpick or something like that to push it in to place rather than use magnet on back side? Especially if the location of the magnet pocket isn't easily reached on the back side?
@@b3owu1f that would also work. Just anything that won’t stick so easy. Hot glue is probably the «easiest» way as it sticks pretty well to the magnets. Though might make a mess as there’s a hole underneath the magnet. Should be glued laying on a flat non-sticky surface then to prevent the glue from squishing all over.
I have to hand it to you, this is the coolest flowthrough chimney style ITX case I've seen made. I've waited for this for years and hoped that one of the big vendors would make it and instead you make it. If My printer could print this, I would absolutely print this.
Thank you so much! I’m glad you liked it! 😊 there’ll be more projects coming down the road so might be another chimney eventually 😊
This chassi was Fire, You sir have gotten a subscriber!
Thank you Kevin! 😊
You may want to start incorporating "shadow lines" into your design where you attach two prints together. It helps to make the seams cleaner. Teaching Tech has a great video about it.
Hmm, interesting idea! I’ll try to keep that in mind for future builds! You just gave me a cool idea that might be pretty dope which I’ll write down!
You did inspired me for my own build. No 3D printer for me so I'm building a custom ITX from aluminium / wood / glass and Acrylic. I hope i can be soon able to show it to you as you show your work to US ! Nice concepts as always :)
Thank you! I’m glad I could inspire you and I would love to see your custom project! If you feel like it you can for example send me some pictures through the Printables chat.
Thanks!
Discovering the existence of those inserts was my favorite part of this very impressive build. Magnets are also a great idea. My first thought was of a cat knocking your case off the desk and it exploding into build sections :)
Thank you! Do you mean the threaded brass inserts? 😊
I love this project! If i could change anything I would add some sort of texture to the outside . That could possibly help with hiding the layer lines
Thank you! That’s a great idea, I believe some slicers have build in texture adding tools too, but I’d only want it on the outer walls, but like a rugged texture could look pretty cool!
I could have perhaps sanded down the outside as well and prepare it for painting in like a metallic space gray color would look awesome!
Layer lines are a feature of the manufacturing process. I say make it with thicker more noticeable lines.Lean into the 3d printing aesthetic rather than try to hide it.
@@minty_lint 1.0mm nozzle, 0.8mm layer height 😁 could look cool. Have you seen those 3D printed houses? Those layer lines actually gives the house a very cool and unique look tbh!
Nothing that sanding and priming couldn't fix
Great 3D PC case, looking forward to new projects from you every time
Thank you! I’m soon about to post a new project, I estimate a few days 😊
I missed this, your build is always interesting. Thanks.
I’m glad you enjoyed! 😊 thanks!
Ты просто гений, меня ночами мучала идея создания пк похожего на mac studio и вот я нашёл твоё видео, надеюсь, что когда нибудь такие кейсы станут серийными
Thank you! I’m happy to hear you like my design! 😊
I love it, that is some amazing quality build and also the new way of presenting with a bit more humour sprinkled in is serving the video great. I will have to try and get this case realised in metal, the designs are already professional level stuff.
Time to integrate some Bernoulli Effect Physics in the next case ? :P
Thanks Tim! I noticed you changed your display name but I assume you’re still the same Tim given the profile picture!
I had to look up the Bernoulli effect but that was so cool, I have actually seen that before just never knew the «scientific» name for it. Kind of like the same effect that’s used in sand blasters for example right? Sucking it up the sand before shooting it out the nozzle.
About that, for a long time I have actually had this idea in the back of my head of a very «complex» 3D case built up of a bunch of closed channels actively targeting specific areas of the build where hot air is exhausted, to immediately remove the hot air produced by the GPU and exhaust it away from the rest if the build, kind of inspired by the part cooling fans on printers, just the opposite direction where the parts get no supply of air from any fans just normal room temperature air, then only focus on the removal of exhaust to prevent hot air circulation.
The Benoulli effect could actually be used in this type of application, you gave me an idea. Do you know if this effect would be as effective if it had more than one «intake pipe» like those mounted at an angle in sand blasters for example.
@@makerunit Back to my old display name and yes still the same 👍.
I like this idea very much and it could prove an interesting experiment, my only concerns would be that the speed of air could be too slow to take full effect of Bernoulli’s principle but without testing we will never now .. well it could probably be calculated but that math is too much for me.
There are some videos of people building natural convection cooled cases which could provide some additional inspiration and pointers.
One problem you might encounter could be too high friction inside a narrow tube due to the 3D printed lines (maybe), looking forward to the next experiments 👍
@@Neutronity Yeah possibly. I haven’t looked too munch into this effect and you might be right that the velocity of the air isn’t enough to cause the drag necessary to be effective.
My main idea was to create channels that each were connected to their own fan and part and would just be like a straight vacuum going in channels to the different parts.
You know how in Jet engines they have all these different spinning fans after eachother to create some kind of increased pressure or something, I wonder if stacking multiple fans can create higher pressure, what do you think?
@@makerunit yes I get the idea of vacuuming the generated heat away and it could prove to just be effective enough to work. I like the idea of the jet engine like fan stacking, maybe introducing a circular airflow with multiple inlets for acceleration of the air … no idea if practicable but definitely making a nice theme for a case
@@Neutronity I actually (for a different project) always wanted to also try to make a case that looks like a Jet Engine, like with a custom 3D printed propeller looking like the inlet of a jet engine, mounted to a PC fan motor to actually serve as cooling for the entire case, and also add the service doors etc to access the internal parts easily 😁
I really liked this, I never thought of custom cases like this!!! I may have to get into 3D printing…
Thank you! I’m happy to inspire you!
This is looking amazing.
The only thing I may try would be some filler, polishing and paint but apart from that, this looks SICK.
Thank you so much! 😊
Definitely your best case! The other cases looked good,but you could tell it was 3d printed. This case at a quick glance looks like it could pass as a Corsair itx case. Temps were great on your aio, and it looks like you designed it with big air coolers in mind as well.
Thank you! Yeah I did have air coolers in mind for this build, though just too little space for big coolers like the 120mm tower coolers but most 92mm fan cooling towers should work and many of them are pretty effective too like the CM Evo 212 or Noctua U9s.
Just had myself the idea to design my own minimalist 3d printed PC case(for Micro ATX though). Your video popped up and is very well made and a great source of inspiration! Subscribed.
Awesome! Looking forward to hearing how it goes! 👌😁 thank you!
Love your 3d printed case content, really inspired me to design my own design, which I have been planning a bit now
That’s awesome! Thank you! 😁
I really love the design! Excellent job and oretty good video.
Thank you! 😊
This is an awesome case design and something the easily passes as a sleek production unit :D
Thank you! 😁 more projects are coming!
Lovely and thoughtful design. Excellent work.
Thank you!
For the magnets it works really well to fasten them with some painters tape while the glue is curing. That way they won't stick to your fingers.
I guess I got a little impatient as I was so close to finishing the build that I couldn’t even think straight so opted for the easiest solution I could think of in that moment 😁
I love this, I would absolutely love some sort of Rank mount type system to throw all my old parts into and mount to a server spot.
Thank you! 😊
Thanks for your great effort, sweet design. Saving this vid right now 👍
Thank you! I’m glad you liked it!
Wish I had a 3D printer but as someone interested in PCs this is inspiring
Thank you! I'm glad you found my work inspiring! :-) I just posted a new one right now if you're interested in seeing more, check out my channel.
@@makerunitI'll check it out, small form factor builds especially interest me
Nice build especially the 200mm fans! super quiet and lots of airflow. Maybe flipping the GPU upside down and mounting the PSU vertically can further shorten the height. The black meshes cold use round bevels on the corners for matching the rest of the aesthetic but not a big deal. ok I think thats it lol.
Thank you!
About the airflow on the 200mm fan, I actually saw in the specs that the 200mm and the 140mm have almost the same amount of airflow m^3 only different noise levels. So I do think 140mm fans could work here too, with some adapter plates.
I actually didn’t think of beveling the side panels, but that would have made them even more fitting to the rest of the look definitely.
Не перестаешь радовать крутыми корпусами. Спасибо тебе бро!
Thank you! I appreciate the good feedback 😊
That's an awesome build, especially with the two giant fans. Would be fun if it (or a variant) could fit giant air coolers like DeepCool Assassin IV or Noctua NH-D15S. Will definitely get myself a 3D printer for such a build in the future, and thanks for sharing it.
Thank you! With the current setup I would recommend using any 92mm tower cooler like the CM Hyper 212 or Noctua 92mm version and stick to a 240mm radiator if using anything that requires more powerful cooling.
But I might make something big enough for the D15 in the future 😊 how tall is it btw?
@@makerunit I think both that I mentioned are 160mm which is about as high as it goes for air cooled. But yeah I might just spring for a 240mm EKWB Nucleus when the time comes instead. Not as much of a price premium as I expected.
@@rafflesmaos the D15S is quite pricey too so not too much more for a liquid cooled one 😊 (maybe my next upcoming mATX case might be interesting for you) it’s intended to support a lot of different configurations like AIO, big CPU air coolers and much more!
ATX Psu, and pretty decent airflow as well. Hard drives, in a fairly compact total volume
@@makerunit Looking forward to it!
Great design, i loved it
Thank you!
Man this is a pretty cool build! I bet it would look even better though if you had the exterior sanded or smoothed out in some way.
Thank you! Would definitely look even better if the surface was treated a bit. However, I live in a flat so sanding is not ideal due to the dust it creates which is also why I don’t do it 😅
Have a dual 360 mm radiator water cooled 3080 ti and an ATX x570 motherboard. I'm wondering how small you can make it and if you can print a case to be very compact
It should be possible! I do not have these parts available to design around but maybe some day I might! 😊
That right angle you adapter is definitely the way to go. Would never want to unplug from the GPU
Yeah I agree the 90 degree adapter is definitely the best solution and the solution that I’ll keep using.
What a awsome build.
Thank you! 😊
I love that dual crazy airflow fan 😮
So much air, so little noise! 😁 pretty much silent on idle. Those 200mm fans are extremely quiet up to like 60-70% power. Even at 100% they seem to make less noise than my 92mm tiny fans and moving tons of air!
@@makerunit did you have both fans blowing down?
@@Kurto2021 Hi, no the bottom is an intake fan and the top is an exhaust, but I haven’t really tried the opposite, but as hot air naturally will go up I thought it made the most sense.
@@makerunit yeah I agree and the fact that the power supply sucks in from the bottom and exhausts out the back....I guess I assumed the logo side of the fan would be intake but I am guessing it's the exhuast.....back in the day they used to put arrows on the fans but my 200mm don't have them.
@@Kurto2021 Usually, the side of the fan that holds the motor and fan blade in place is the exhaust, and the open side is the intake. The internal AIO actually sucks air from the inside and pushes it out, giving really good cool temps for the CPU but at the cost of poor GPU ventilation... :)
Hey man really cool! Imo if you flipped the gpu so that the connections were down, you could very easily connect to the gpu without having to so the whole cable routing thing! You might even get better airflow as the fan will hit the aluminium fins from the gpu, instead of the connection bracket
Only problem is the big fan at the bottom too. Though I could have used a 140mm fan instead to leave more room there. The idea behind this project mainly to use 2x 200mm fans so I kinda ignored all options that would all smaller fans. I will make more though so might be an option in the future 😁
I'd love to see the logo get a pop of color. You ever get your hands on a bambu lab machine and ams? Even the new mini one could work for multicolored logos.
Or perhaps a transparent filament with LEDs that can change the logo color 😁 I do not have access to a Bambu machine unfortunately and I most likely will not get one either, at least not until they offer a printer with 300x300 bed or bigger 😊 once you go big it’s hard to go back to a smaller size, printer size.
@@makerunitthat's cool too!
Wind tunnel is cool...what about a wind box? Something that has 2 200mm fans on the top and bottom and a more "standard" orientation, so all cables come out the back. Cpu/psu on one side, GPU on the other.
That’s definitely doable too! I’ll look into more projects to utilize the 200mm fans later once I get some more time. (Currently have a few other projects lined up first.)
I was thinking about how you could mount a large GPU normally, without the riser, simplifying the build. What if you just turned the motherboard 90° clockwise so that the IO was facing upwards? Then it could sit against the back of the case like normal, and the GPU could be on the front of it, vertically oriented with plenty of room. To make io axis easy, you could leave a slot in the back of the case that all of the cables go into and you could have a removable window at the top of the case to make it easy to see what you are doing and use both hands. It's not like most of us are plugging and unplugging stuff every day anyways. Then the GPU would be easier to access as well. Thoughts? This is a really awesome case and I love this small form factor. Wish I had time to design my own hahaha.
I totally understand what you mean and to be honest that was actually how this build started in the first place. It would have probably worked too, but there was just something in me that really wanted to rotate the motherboard 90 degrees so it was facing backwards, and I think it was also kind of to have as few as possible cables interfering with the top fan blocking airflow… if it would have made a difference I’m not sure but I totally agree that most of us rarely even plug in and out stuff and the easiest fix would simply be to intregrate some front panel USB ports for easy access to that, or use a USB hub and problem solved. I’m personally using a hub built into the side of my monitor for all non-permanent USB devices, works great but I see how it becomes a problem when people have different monitors than me 😁
@@makerunit Thanks for the awesome reply. I def want to try printing a case someday! I love the 200mm fan tower case idea in general.
It’s a lot of fun! And looking at your own designs everyday gives you (at least me) a sense of accomplishment like «I made that and it actually turned out pretty cool!» 😁
pretty cool project.
Thank you!
I think screwing straight into plastic is perfectly adequate under some circumstances. If something is a permanent or mostly-permanent build, then even machine screw into plastic is OK. If it's supposed to be serviced regularly, then you need a threaded insert. Screw into plastic connection is by no means weak if well calibrated.
Yeah I agree with what you say here. Permanent installation, no problem. Regularly opened, inserts are ideal. I’ve made many pc cases that do not have any inserts and I don’t really have any issues with that. Only problem is if I tighten a little too hard on some screws then it could strip the plastic.
Amazing work, looks great & super fun to make! nice.
Thank you! 😊
how about designing a case where thew top and bottom fans are exhaust and deliver all the air through the radiators for the grapichs card and cpu?
Hmm, possible, I’m not an expert at airflow but I feel like if two fans are pulling opposite directions they might not be as effective but I might be wrong. I’m thinking about the top and bottom fan…
I mean like obe if the corsair cases have it like that, pulls air through the radiators on the side
@@mgut17 yeah about the radiator pulling in from the outside I’m for. I’m just not sure how pulling the exhaust two different directions might disrupt the airflow, but might work. 😊
Nice case! Reminds me of the Silverstone FT03S.
Thank you! 😊
This is awesome! Love the creativity. Have you ever thought about external cooling? Like 3d printing a chassis that could hold 2, 3, or... 10 radiators linked in series that would super cool the computer?
A design like that has actually crossed my mind just like you mention. I’m just not too familiar with like custom loop watercooling but definitely something to have on my to do list for future projects! 😊
I also thought about like a wall mounted case consisting of one small enclosure for each of the individual parts so the wall panel would consist of 4 or 5 small boxes that together formed one nice liquid cooled pc! Someday!
I like this case so much. I would like to ask if the motherboard can be installed upright or if it needs to be rotated 180 degrees in conjunction with the graphics card installation, as shown in the video. In addition, can an air-cooling radiator be installed?
Hi! Thank you and I’m happy to hear you like the design. So first of all, the mounting holes will not fit if using the motherboard facing upwards like with the GPU, but on the other hand it’s a very easy fix using the supplied .step files.
Air coolers up to about 140mm height will work in this case 😊
So most tower coolers with a 92mm fan should do the trick for most CPU’s 😊
Thank you for your reply, looking forward to your next work😊
Any danger of the system's heat warping or otherwise affecting the case?
Not that I’ve experienced. Never had issues with any of my cases regarding heat. Even the PLA cases. I do recommend using PETG when possible but most cases, especially those with a lot of airflow, PLA should be fine.
amazing brother, nice work
Thank you! 😊
I would love to see this as a "vertical style" case. Meaning that the motherboard and GPU IO is on the top, wich makes it ideal for placement under the table.
Thanks for the great design
I’ve always had my PC on the table as I like it to be a part of the desk decoration so I’ve never actually even thought about that 😁 but I’ll consider it for a previous build if the design gets right 😁 but would you still have wanted the IO hidden or just open?
@@makerunit My favorite would be a small hatch to access the ports. Similar to the "cloud unit" from DIY Perks.
I think this is the perfect combination of easily accessible and looking nice.
I'm planning to design my own PC case in the future. Do you have any tips for designing my first PC case? I already have quite some designing experience from other projects, but I guess PC design has its very own challenges :)
@@Lennard222 My most important tip is probably. Don’t forget to consider the cables when designing.
Imagine where all the cables would go, and add extra clearance and holes for cables where necessary. So many times I’ve printed a part only to realize there is no room for the cable I’ll be attaching 😅 like even for the bottom fan in this build.
Great Case. Could you maybe build a case with another shape? Cube shaped cases are common but a 3d Print has so much more potential for complicated shapes and design choices
Any shapes you have in mind? Hit me with some ideas if you have any 👍😊
Hey man would it be possible to fit a fully liquid cooled pc under 15 litres of volume? I currently have my gpu cooled inside the lian li tu150 case which is right under 24 litres, i would want to go smaller though!
Fully liquid cooled, like CPU and GPU? Hmm, possibly, perhaps in a console style layout maybe. I don’t currently own any GPU watercooling solution so I’m not sure how I’d fix that but should be doable yes.
@@makerunitthank you for even considering it!
What an amazing case! I need to get a 3D printer......
Thank you! 😊
I have the exact same Gigabyte RTX 3070. My recommendation: try running it at 1860MHz @ 900mV. Made it drop from 246W to 180W for me. Also, this card has fan humming from 950 to 1150rpm. 1250 seems to be the sweet spot for noise and temps. You might lock it there (under load) for good noise/temp performance.
Also, I highly suggest turning off fan stop and letting the fans spin at 21% on idle (set by Afterburner). Remember that for Gigabyte cards, only firmware control mode works. Don't ask why.
I see! I’ll see if I can figure it out and will give it a try if I manage to do it! 😁
This is something I really want to try - would this case fit some of the really long video cards like RTX-4090?
300mm is the maximum length, and about 60mm width total I think. Also if using a very thick card you may need a PCIE riser cable that does not have the angle adapter as it may hit the motherboard. Due to sticking out a bit due to the angle😁
have you considered using fuzzy skin to make the less visible and give it a textured look.
Yeah it has crossed my mind to do that for some future projects 😊
Nice work, this will be my next project to build !!! … just one question, could be any possibility to add a 360mm size AIO cooler ? Thanks
Thank you! About the 360mm radiator, unfortunately it’ll be too tall, alternatively the case would have had to be really tall, which would make it a lot bigger…
love this, would be cool to see a Micro ATX version or just one that could use those
I do have one case on my channel that can support mATX already but not in this build config 😁
@@makerunit imma check it out, thing is now i have a home theater \ VR living room but i have a ATX case ... and its just too big
@@GeloOfficialPR I see! So ideally you’d want a mini ITx then if size is the issue? 😁
My main feedback is to look at how Cooler Master mounts the SFX PSU in their ITX cases, vertically to one side of the case. This will get it, and all those flat power cables out of the way of that chonky boi bottom intake fan.
That was my original plan to keep it vertically in the corner actually, I can’t remember why I changed it actually. 😅
I'd love to see this case sized down to a 140mm fan, but without the AIO support.
It has crossed my mind too to create another scaled down version of this, to fit smaller printers. (210x210mm possibly)
@makerunit I've got a sketchup drawing I could share with you.
@@TheTerk I see. You can send files through the printables.com chat and I can take a look. I do not have sketchup anymore, so can you export it as a STL or other common format? I know sketchup can’t do .step but STL works to look at it.
@@TheTerk Hi, sorry for the delay but I’ll look into it tonight.
good job dude!
Thank you! 😊
man I wish I had your creativity. Eventually I want to build a pc, and this will be perfect. Problem im running into currently is I upgraded from a 1650 in my Trident 3 to a 2060 super.... and it doesn't fit anymore. Issue with using a design like this for transferring the Trident 3 parts over is it has an external power supply. Hoping to find something in your files I can attempt to get to work
Thank you! Yeah unfortunately my cases can’t be compatible with every single part on the market but many of the most common at least. I do my best to keep the projects coming so hopefully you can one day find a project that suits your needs! You’re also welcome to come with build suggestions and ideas if you have any in mind 😊
@makerunit this is a selfish idea as its what im in need for. But if I was to make a request it would be for a bigger version of the trident 3 case or something bigger in general that will fit alllll of its random ports and plug ins. Its a nice little box for what it is.... but upgrades that are compatible with the motherboard don't all fit within the case they provide.
Ill still be aiming to do research and practice with cad programs and 3d programs until i eventually am able to be able to create wonderful pieces of work like yours!!!!
@@bordnation1594 I see! What type of motherboard is in the Trident? Is it based on a normal Mini ITX motherboard?
I’ve been thinking of making a «console style» case for a while actually!
@makerunit i have the trident 3 8th gen (not sure the differences as they've gotten newer). When I looked it up online it says the H310. But physically looking at it, it looks nothing like the h310's i seen online.. so im not entirely sure. Msi has a specs page that has a data sheet on it... lists all the ports and such but not the motherboard. I found the motherboard in the description of the trident 3 on newegg's website
@@bordnation1594 hmm, I see, so most likely my upcoming projects will be based on a Mini ITX or a Micro ATX as those are the two formfactors I have available at the moment.
Hey makeruunit, I love your builds and I'd love to see a sff pc case that a) fits in carry on b) is silent (custom loop, d5 pump with reservoir, more than 6x140mm fans, or 9-10x120mm + 2cm radiators) c) have 5090 and new i9 (future:) d) its 20l or less
Hi there! First of all, I do not have, or know the dimensions of a 5090 yet… you’re alsking for silent, but also up to 10 fans as well as being SFF. I’m afraid those specs are quite difficult to achieve. Maybe possible some day… my goal is to continue making cases in different form factors on a regular basis and perhaps some day one of those builds will fit your requirement 😊
@@makerunit I surely will be doing it myself in kinda heavily moded meshroom s. Hopefully during christmas haha. Lets pray for 1-1.5 slot 5090 waterblock shorter than… 240.
I love this case! I was also asking for this! I did ask for mATX cause I’m needy, but this is perfect!
As for other shapes checkout the Jonsbo BO102. I believe asus also did a multi chamber design with similar shape. I think this idea could be leveraged with the ducting designs I saw on RUclips with two singular large fans feeding it. This should help isolate air paths and temps. I think most are square because of space efficiency. But I like the idea of honeycomb or like the one mentioned before.
I think the incorporation of plexiglass or glass panels would be nice as well.
I keep thinking I’m going to design one. But time gets away from me. Any chance you are also going to release the sketch up files of this case?
Thanks for all that you do. And as always it look’s fantastic!
Thank you Jake!
A vertical triangular shape definitely looks awesome! That’s an interesting one for the future. The idea of completely isolated and separated air chambers is very interesting! I’m thinking like a back to back setup would be the most efficient way to have a dual chamber setup which I’ll keep in mind for a future design 😁
@@makerunit I agree. Also I see in a lot of those shaped builds they include tie downs for cable management. And this is the video about ducting the pc case. Again I’d love to make this case with a few minor changes for my aesthetic. Thanks for the inspiration, starting point, and info so I can hopefully finish this one day.
ruclips.net/video/cehXZftIYok/видео.htmlsi=sRdxsRnGcrpX6ObW
i have a question: do you have any models of pc components so that i could try to make a pc case of my own? thanks! (i use tinkercad so obj or stl please :) )
update: i got the objects to work from one of your earlier videos, but they are all the wrong sizes.
do you think you could give me the dimentions? thanks!
ruclips.net/video/HoUxaEunoRM/видео.html
another update: got them working from mesuring and resizing.
sorry for this!
Great to hear it worked out, let me know if you have any issues 😊
…i couldent get the sizes right :(
@@iamnotinaustralia If you look at the .step files on some of my latest cases you can find some pretty accurate parts inside those files.
would love to see some of your cases sanded and painted.
I plan to do that… eventually 😅
Could you solve the problem, how to build a ATX case?
It’s pretty high up on my to-do list! 😁
Looks awesome, but it would be a good idea to add some IO to the front of the case. Having all your IO in the back tends to be really inconvenient, and it looks like this case would have room for something like a small USB hub/card reader to be integrated.
There is definitely room for that. I have an integrated hub in my monitor which I’m used to using and it’s probably therefore I also tend to forget to add that every time 😅
Awesome build. Where do you purchase your power switch? Does it have a built in light? I'm currently designing a PC build within an Ikea Alex drawer. It's gonna have a lot of 3D printed parts mainly to improve airflow. Right now I'm working out the details of the front i/o and on/off switch. Thinking about creating a separate unit placed on the desk with custom wiring to the motherboard.
Thank you! I purchased mine locally in a store called Kjell&Company in Norway which judging by your very scandinavian sounding name you’re probably familiar with? 😁
If not, you can get these buttons pretty much everywhere, Ebay, Amazon by searching for 12mm power button.
@@makerunit svensk :) Kjell o company finns hos mig i Luleå. 😁
@@JoakimStenudd Så bra! Lykke til med ditt prosjekt! Det hadde vært roligt å se noen bilder når du er ferdig 😃
Would be cool to see the desktop lay down cases that were popular in the early 2000s but make it mount to the underside of the desk
With built in screw mounts? So you can screw it directly to the underside of the desk? That’s a pretty cool idea actually! I’ve got a bunch of 92mm fans I could use for that.
@@makerunit i know its not the best for thermals cause heat rises but i have my tower in a tower mount bolted to my desk cause its a sit stand desk but the horizontal cases would take up less leg space and bring back an abandoned case format
stuff like the antec vsk2000u3, or silverstone gd09b
@@alphaboltz enough fans/airflow can compensate for the rising heat though. Let’s say if I had 3x 92mm (3 on each side) fans as intake and exhausts, it would force air through the case and out the other side, constantly replacing it.
@@makerunityou should do it!!!
@@alphaboltz definitely an interesting one that I’ll consider!
What's that extruder enclosure you are using on the cr10v3? Got one too and I'm having issues with the stock one
I’m using the E3D Hemera extruder mounted on my CR10v2. 😁 my stock creality one was dead after only weeks due to one massive plastic clog.
is it possible to fit in MATX Mobo? if no is there a case that can fit normal size mobo and psu?
I have made one case a long time ago (the case I showed almost at the start of the video), it supports mATX but still SFX psu, I have not yet made a full size case unfortunately.
Hey I like the Idea of those vertical cases but I think the addition of a risercable that has to be bend is not ideal. Just look at the desaster with the NZXT H1. Some ppl will get a cheap riser from AliExpress with questionable QC.
The Layout of the Corsair 2000D is much more appealing to me. A Version of that which can fit the big Noctual coolers like NH-P1 and NH-D15 would be awesome.
I just built a system with the NH-P1 and a semi passive psu and graphicscard in a jonsbo u5s. I really love that while not gaming its completly silent and passive. Having somethig like that in a vertical case without the riser would be awesome.
I see. My next case will most likely fit a 160mm cooler so the D15s should fit if my calculations are correct. It won’t be vertical though. No riser cables and it’s simple to assemble.
The 2000D looks pretty great and it’s definitely a great inspiration for a future vertical design 😊
Man, I wish this case was a smidge smaller. Instead of the big fans top and bottom, I would love them to be just 120MM or 140, but I don't know if that is physically possible.
Physically it’s possible to make the fans smaller. That’s easily fixable with some thin adapter plates only. The total size has some room to shrink and I could have probably managed to get it 10 mm thinner both ways if I really squeezed everything together but I was worried it would be too tight. I might make a «replica» of this design as well, just made for smaller parts in a smaller total body size. It would be a fun project to size down.
@@makerunit I have an ender 3 and am on the hunt for a case that is vertical cooling like this one, but 120mm fans top and bottom, and can fit a full size gpu :) I don't know if that is possible. I have a cr-10 I am converting to a switchwire that I will print this with once I get it done if you dont release anythign else in the meantime.
@@jeremiwebb7519 I see. IF I end up making one it might not be in the nearest future though. Designing a case takes a lot of time and testing and finding the most effective layouts etc… meaning I’m not able to just spit out new cases every week unfortunately. 😅
What was the name of the 3d printer you used?
I used a Creality CR10v2 (slightly modified)…
But recently I have upgraded to a Creality K1 Max instead 😊 both printers can do 300x300mm.
Nice, just missing some leds in the case.
I kind of like the stealthy non-rgb look of this build 😁 if I wanted an RGB build I would have used plexiglass walls instead
@@makerunit I get that but imagine with the honeycomb, add a mysterious low red lighting... add a switch to turn it off if you want stealth. In any ”case”, I love the design!
@@kraaijer I mean that sounds kind of cool, if the gray was dark gray instead I think some red LEDs could look pretty cool! 👌
How difficult would it be to design a rack mount 3d printed pc case ?
I’m not sure as I’m not really familiar with the rack mounting system 😅
@makerunit that's fair was just wondering most rack mount cases are really expensive so being able to 3d print one would be nice.
@@coryreynolds1167 I see! I have no experience with it but I would guess it would be as straight forward as any other case build, just with the rack form factor and definitely possible! Maybe if it’s a very wide rack it could be reinforced with some aluminium flat bar maybe 😁 what width is a typical rack?
After watching the video from optimum tech i would love to see a version, where you seperate the hot air and cold air better. basically he created a fan shroud for the gpu fans to pull in fresh air from the outside instead of the warm air inside the case. dope would be different gpu shrouds that can get mounted to the black honecomb on the gpu side and that ends up flush with the gpu fans. That should help a lot with gpu temps.
Funny enough I was just about to start a project after posting this one, using fan ducts just like what Optimum Tech did, but he beat me to it so I’ve got to work on another solution but that path has crossed my mind.
I was inspired by part cooling on 3D printers, why not make airflow patterns that are specifically directed towards the areas that need cooling rather than everywhere 😁 (would still need some flow in the entire case but like targed specific areas of the print using custom designed ducts. 😁
@@makerunit then I can’t wait to see what you come up with. In the mean time I will try to remix your design with the step files. Have you ever considered putting a fine mesh over your print while printing to create a dust filter? Would be interesting especially on the bottom hexagon print
@@henrigrotkamp I feel like a fine mesh at the bottom, it would be too restrictive, but I’ll leave that mesh part up to the individual as it can simply be stretched and clamped between the fan and the fan guard at the bottom 😁
How many cm is the graphics card extension cable?
The cable I used was 300mm long 😊 I recommend to pre-bend the cable to avoid too much strain on your PCIE slot.
If using a Micro Atx motherboard, is it possible to mount without the CPU cooler in this case?
Unfortunately not as a Micro ATX board is 244x244mm and the outer size of the case is 250x250 meaning the inner maximum is about 240mm at most, but then we also have the sliding side panels etc adding to the wall thickness so probably would be left with about 230mm of room total 🙂
great video! thanks for sharing
Thank you! More coming soon 😊
hey , how does the material of the case works with the temperature of the cpu and gpu
Hi! No problem. The plastic does not melt or deform.
I've always thought it weird that gamers would use an AIO on the CPU but not the GPU. I always do it the other way around. Huge improvements in GPU performance, and so much quieter in operation. The only downside is that it's not as easy to attach an AIO to a GPU.
I guess it’s due to as you say that it’s more complicated to mount a waterblock to a GPU than to a CPU. I agree it’ll probably be a lot quieter!
This is such a cool pc. I might make an adapter for though, lol. I have a rtx 4090 that's hybrid air and liquid cool along with a core i9 both are over clocked. My room after about an hour is so hot. I have one of those portable air-conditioners that have a hose connected to it and the window. I was thinking about making a y-spliter for it and an adapter for this pc build so that all the heat or the bulk of is dumped out the window in theory at least 😅😂 I know it may sound but i think it would be fun to experiment with.
Hahah thank you! That sounds like a really cool experiment and I’d love to hear how it goes! «AC cooled PC case» in theory that sounds really cool actually. You should definitely try it 😁
thermals definitely inspired by the series x, looks amazing though!
Thank you! Haha yeah in a way it was.
Awesome, as always! 😃
How about a micro ATX case with atx power supply and place for 4-8 of 2.5" SSD?
Would be nice for a NAS.
No ITX, that is supposed to be cheap and ITX=not cheap.
So, as cheap as possible. Got it.
I notice that I get a lot of requests for making a NAS case. I must say I have never ever in my life used/or even seen, a NAS case. What are NAS cases mainly intended for? Like a server?
Would like a 5700g + a bunch of HDD’s be considered a NAS?
@@makerunit Oh yes, 5700G is overkill for NAS! (network attached storage)
I use it for file sharing (not windows) and as redundancy and safety, two of the same set of files on two RAIDZ, paranoia !!! 😃
That is one nice case. Sadly, some parts won't fit on my printer's bed!
Thank you! What size bed do you have?
@@makerunit 256x256x256. The side filter is a bit too long.. But I can cut it in the slicer and print it in 2 parts if needed.
@@patricklebel1141 as it’s a sliding track I don’t see how it would be a problem to print in two pieces. You can align the cut with the center line clamping the main body for example and it might not look too bad actually. On the other hand, the tracks have a function of stiffening up the body by interlocking the parts together but if the build is intended be stationary I don’t see any issues with that 👍
The other parts that won’t fit are the motherboard plate and the AIO mount. Though these should also be possible to split.
that intro transition had no business going as hard as it did
Haha, it was just an experimental intro on my part, wasn’t even meant to be included but then I kinda liked it so I just went along with it 😁
@makerunit its really good honestly.
@@Lt_Koro well I’m glad to hear that! Thanks! 😁
Can you use A normal power supply
If you are referring to ATX psu as «normal» then no, unfortunately not.
This makes me want to buy a 3D Printer to make my own computer case. If I were to design one; all RGB lights would either be put into the bottom (5:34) right where the fan is would face inwards; following a specifically made exhaust port heading upwards through the case for direct cooling; and out the top. This is due to cool air going lower while warm air rises so it can concentrate on all that cool air going downwards forcing most of the heat to go upwards if that makes any sense. If I could draw I'd show a design of what I mean so it's less complicated.
I think I understand what you mean to a certain extent, but pretty much same setting with intake and exhaust like this case but have some ducts to concentrate the air to certain areas? Am I getting it right?
@@makerunit Yes, exactly. Also I do have a question, I just recently watched your video "3D Printed Micro ATX / ITX case - 240mm AIO - Full size GPU". How much was the pexiglass if you can recall, if not that's fine; and have you tried doing a side panel out of transparent plastic like ABS or something as to keep material costs down?
@@Andrew-qo2jg I think it was 3mm plexiglass. The slide slots on this new case are exactly 3mm but I think the tolerance is too tight for 3mm plexi there, if you can find 2.5 or 2mm plexi it should work.
@@makerunit Well nonetheless still a really cool project you do.
@@Andrew-qo2jg thank you! And I’ll try to keep them coming 😁 maybe I’m able to fully change your mind one day 👌
How much does it cost to print something like that?
Depending on the filament price where you live, roughly 3-4 kilos depending on infill density and print settings. I believe I used approximately 3 kilos in total. So let’s assume about $20 per KG, about $60 for just the printed parts themselves I guess… 😊 hope this helps. + electricity cost etc…
If your question is aimed more towards how much it costs for a print-on-demand shop to print it for you, probably a bit more, I’d guess over $100 at least, maybe more as it takes a while to print… 😅
Cool case. Idea for you, how about the smallest ATX case?
Atx motherboard in a 3D printed PS5 body, printed in pure gold. Gotcha.
Given the size of the atx motherboard it would have had to be like a console style case then.
I'd like to see a modular case that's suitable for housing a either a mini ATX or micro ATX and a bunch of HDDs so that we could build a NAS system with the spare parts we all have lying around.
I see. I can tell a lot of people want me to design a NAS case. 😁 you’re not the first one. I’ll keep it in mind as a possible future project. Thank you for your feedback 😊
But can you go...bigger? What about an atx case?
I understand that an ATX case is highly requested from many of you so I guess I should soon start to consider it 😁 I just need to get an ATX motherboard first as I currently don’t have one, only micro ATX and ITX at the moment.
Do you have any links for what you used for the IO/power button?
Hi! So I did buy mine locally in Norway but this button is pretty much the same, except the fact that mine had a white light ring.
www.amazon.com/YACSEJAO-Chassis-Switch-Button-Computer/dp/B0BWDZ2HM6/ref=mp_s_a_1_7?crid=B4ESO0ZVEJTT&keywords=12mm+power+button&qid=1707299464&sprefix=12mm+power+button%2Caps%2C292&sr=8-7
Another idea that could be useful and environmentally friendly, using 3d printing to create panels that allow uaing old OEM cases with modern motherboards and components that arent compatible. I have an old Dell XPS desktop that could be refurbished but I want to put modern hardware in.
Hi! I like the idea but it would require me to actually have that case first to test fit everything. That’s also the main reason I mainly do ITX builds as I base my designs on the parts I have available to test and currently I don’t have an ATX motherboard so that’s why I also have not made a case for it yet. 😁
Can you make an eATX case that can fit a x79 dual cpu motherboard? And yes there will be two RTX 4060 GPUs in it.
Hmm, I might make something some day that can support eATX, but it would be around a standard form factor, if there is any specialized motherboard with different mounting I will probably not make that. I’m aiming to make all my projects buildable with common parts so you will most likely not see any specialized cases for very specific hardware. 😊
Awesome quality as always! I've literally printed each new project that's came out.. and that's a good thing I have new printers to torture test haha. I was wondering as a aesthetic standpoint the thickness of the side panels as I'm thinking I can fabricate some plexiglass panels to slide into the panel grooves depending on the thickness.
I’d have to double check but I believe the sliding tracks are 3mm and the sliding part of the side panels are 2.5mm wide allowing for 0.25mm of wiggle room on each side to slide smoothly. Though with the supplied step files this should be really easy to modify to your preference.
amazing design, you need to clean up your print quality though haha. CR10 converting to a ender 3 style belted Z mod, and tuning your retraction looks like it would help with most of it. If thats a biqu H2, try 0.4mm retraction with a retraction speed of 4mm/s.
Thank you! And yeah I know the print quality is not my strong game tbh 😅 it’s actually a E3D Hemera. Currently I’m planning on getting a new printer actually. Looking at possibly trying the new Elegoo Neptune 4 Max with klipper stock 😅
Interesting design, now I'm curious to see what a wind tunnel case could look like compared to this wind chimney 🤔
I have thought about a design that has like air channels directly leading to the specific components from the intake fans, I know that Optimum Tech posted a video on this method recently and beat me to it but I have some ideas on how to do this differently wich I might try later 😁
Wind tunnel vs Wind chimney, would be like a wind chimney just laying down wouldn’t it?
@makerunit that optimum tech video was an interesting one! And yep, I'm thinking wind tunnel in the same style that would be used for cars etc. Similar to this build but more like a laid down version
@@declanbowler7379 funny thing this case was actually started as a project laying down, then kind of randomly ended up rotated 90 degrees and I was like hmm, this is cool too, I’ll keep working on this 😁 the main goal for this build was to use two 200mm fans, so I struggled a bit with having the laying down setup as the rear 200mm would block the motherboard IO and gpu connections. If using a 140mm rear though I think it could work pretty well.
@makerunit ah of course, that sounds like a good idea! Regarding the case in this video, did you try the radiator fans as intake? Perhaps it would mean more air for the GPU?
@@declanbowler7379 the main problem with using the CPU fans as intake is that at the height the fans are, it’s already so high up that the GPU and CPU gets separated by the motherboard, so I don’t think it’ll work. Also the air coming through the radiator into the case might be hotter than the air coming from below if that made sense.
Optionally if using an air cooler you could use the AIO mount as two extra intake fans for example.
Nice Case! Plz make one for 360 AIO and ATX PSU
The design part itself is not really an issue. The problem is finding a way to join the parts nicely without looking horrible, definitely possible though 👌
I watched a video recently somewhere else talking about noctuas fan design. Somewhere inthere it said if u leave at least 7mm of space between the fan an the mesh u avoid turbulence noice. Fyi thought u might wanna know 😁
Yeah I’ve noticed a similar problem in some of my cases, but it only seems to happen if the fan sucks air into through the mesh and not when its exhausting it out. At least from my experience. That’s why I added the hollow circle inside my Little Boy S case where it sucks air through the front panel I had really bad turbulence noise in my first prototype.
On the Noctua 200mm fans this doesn’t seem to be a big problem as I never really noticed any noise at all from this chimney design. Might be the lower RPM of these large 200mm fans that make the difference, also a tighter infill mesh seems to lower the noise at the cost of lower airflow.
@@makerunit eyyy thats awesome i learned something new, it doesn't make the noice if its exhaust. Thx man!
Awesome build!!!
+1 subscriber
Thank you! 😊
Petg or asa? Thanks!
Gray filament is actually PLA, black filament is PETG 👍 but you can choose any filament type you want 😊
@@makerunit I asked because PLA cannot withstand high temperatures, the graphics card reaches a high temperature.
The case turned out great!