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Since the series about your desk, you've got me. Very cool videos with high quality and content. that inspires me to do something myself and upgrade my things diy!!

Awesome project, I really enjoyed watching both videos! But there's one thing that I noticed - you left the clear PSU panel as a solid piece. Behind it, the hot air should actually exhaust out of the power supply... I'd highly suggest you to laser-cut a second piece with some ventilation holes/openings to make your power supply last a bit longer and increase safety. (sry if my English is a little bit weird to read, I'm from Germany ^^)

Try molding the case front and casting it in resin 👀

using roll-in nuts into the extrusion makes that soooooo much easier.

50k special will be a custom heater so he can take his jacket off at home

It's nice to see someone still genuinely be so happy with getting free parts. I sometimes get slightly annoyed with people sort of being like "o free, thanks". Cool videos and love the enthusiasm!

Awesome , continue

Love the PC build and the desk. You are going to make me spend alot of money on new hobbies lol. Thanks for telling us about Makerstore. Did my first (probably of many) order this week.

Love the vid! As usual. Cant wait to see what comes next 👀

"if you're an IT nerd, create a windows usb..." lol

to buy white asus 4070 dual: NO to color and 3d print a black one: yes

you doing IT god work

That PC build turned out so good. Also, your case design that you 3d printed turned out sick. Just out of curiosity, how big was the model in height? Not that I want to print one, just wondering on the height as I just ordered a Sovol SV08 with a print height of 345x350x350, I wanted to print some bigger things and my Ender 3v2 just doesn't cut it anymore and prints so slow. I've been caught out so many times with it's build volume being so small, got sick of splitting models and attempting to glue them together

14900 and 4070 (((

For future computer builds, I would recommend placing the motherboard on its box instead of its wrapper to install the CPU, RAM and SSD. This is because only the inside of the bag is anti-static and the outside of the bag is actually conductive. Not a massive issue as you've seen in your own build or shown by Linus Tech Tips and Electroboom. However, it's still better practice to use the motherboard box as a workbench. Hope that helps! (I've been following your video series and it's a really cool project!)

"Lifetime license" heard that one before

Amazing build!! 🤘 Just a thought: you could print a 2:1 standoff bracket for the bolts on the front of the case so that you only need one hole on each corner of the middle fan. That way the bolts would be consistent down the whole front. You'd have to do a reprint, but it would be more aesthetic. Anyway, love your stuff!

You have a thing for acrylic don’t ya!🎉🎉🎉

duuude the build is so clean!! your videos are such a hughlight, can't wait to see what you come up with next

Bro is actually making these videos so fast, always a good day when i see this man on my fyp!

Would be super cool if you put on your own fans + made a custom shroud for the GPU to further the project :D

been following the custom desk and custom pc build for a bit. Absolutely loving the awesome custom work that you do! Glad to see it all work out in the end!

The real question remains.......... What's next?

If you rly didnt like noise a water cooling build would have been the best option imo

love your stuff!

Absolutely beautiful build! Well done 👏 Highly recommend a piece of open source software called Fan Control for dialing in your pump and fans just right. It’s an 11/10 utility.

As always its cool how much detail of the process you keep in the video

Vertical GPU mounted the LOOOOOONG WAAAAAY

congrats on the build, cam! if u didn't already, some thermal paste could do the cpu some good at keeping the temps down. keep up your work!!!

Pump does not need to be running at 100% speed until water flow rate becomes your bottleneck. My recommendation for itx open frame builds based on experience is this: Ramp fans from 0%-60% for 35°C-70°C, then 60%-80% for 70°C-80°C, and 80%-100% for 80°C-10 under TjMax (14900K is 100°C so 90° is good). This will prevent your CPU from throttling, but keep fans silent. Then scale your pump from 25% (typical asetek minimum duty cycle, there will be a fan tuning tool to automatically calibrate minimum duty cycles) up to 60% for 40°C-75°C, then 60%-100% for 75°C-85°C allows the pump to get loud if it needs to in order to prevent damage and increase longevity. Also apply both pump and fan curves in the BIOS, sometimes software stops working or it might crash without you knowing, and it likely takes up 1-2% CPU usage just monitoring sensors, whereas bios uses more optimised control hardware. Tune your fans in windows, make sure the curve is good then transfer that to your BIOS, the performance and stability is worth it over the convenience of the windows tool. Also the case layout is similar to the SSPUD meshlicious except the GPU connectors are at the top instead of at the bottom with right angle cables. In that case you're expected to crush the radiator inlet tube to a tight 90 to get to the "motherboard side". Might be able to look into that case to resolve any future layout issues. Also I'll reach out via email and see if I can get a few more brand contacts your way.

what a master piece, i love your work dude!!!

15:45 genuine question - why the petg prototype, PLA final? I usually hear people doing the reverse, but as I've never used PETG before, I am REALLY curious how it enhances/alters/expands your workflow. (Personally I've been doing PLA for all stages, unless it's something that needs to endure heat, at which point I use ABS after PLA testing)

I absolutely loved this project! I noticed that your audio sounds super great, is that a wireless shotgun rig you're using? I'd love to know your setup. By the way, I'm sure Bambu Lab would be happy to send you a machine or two, would definitely help you in the long run. Cheers!

I came here because of the desk build, like many other I believe, the fact level of the video production is this high, I cant believe this is a small channel. Also the fact that you are getting sponsor and your reaction is genuinely like that is freaking wholesome

Now this is what i wanted to see, amazing work as always mate. Good stuff.

damn so cool, it's nice that you can have sponsors !

Bro you gonna fri the cpu with that cooler te radiator pips must be the highest poin so air bubbles are in te radiator and not the actual cooling block ❤❤ great video tho

What about asking asus for the model of the gpu cooler, so you can laser cut one in acrylic and got an awesome one of a kind gpu

This is soo cool man, thank u for sharing <3

Bro just made my sim rig into a pc case

Like always best video i've seen today keep doing this content!! I'm excited for 50k subs

I was waiting for this. Nice job. Please do some more videos of custom build, because youre really good at them.

Дружище! Насос должен быть ниже уровня входящей и выходящей трубки радиатора! Удачи!)))

you cant stop now!

Fire 🔥 fire 🔥 fire 🔥… the amount of times I have been making notes to this video and the series. I don’t have the tools you have but boy do want to build this to accompany my desk. I built a triple monitor mount out of 40x40 with space at the bottom for panels but now I want to pivot instead to building this pc. Bro your work is amazing 🤩 THANK YOU for sharing

such a cool project, love your vids :DD

Well done on the sponsorships man. Just goes to show how good your craftsmanship is and the production quality of your uploads are.

Actually the noise of air it would make isn't the problem. The air would be drawn into and through the tubes, reducing the cooling performance and shortening pump lifespan. So for the same reason you don't put the pump in the highest spot of the loop, you don't put the in and outlet tubes of an AIO as the highest spot in the loop.

I have no desire to ever build my own PC, but as a fellow maker - I love these videos.