Huge amount of respect for being honest about the disappointment in the flaws in the products (pump noise and off white cables) even while being very grateful for the sponsor support.
@@a1henstv did you watch the video? It had nothing to do with the mounting. The AIO Pump was at 100% which cause the noise. It is actually Asus fault that the pump header is at 100% at default. You don't need 100%(3000rpm) for good cooling, 60-70% pump speed is way enough to get a good flow in the coolant. Slower pump speed will also save the crappy Asetek pump from burning out.
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
haha well incase you missed it I am starting to turn my garage into a dream makerspace setup. ruclips.net/video/zPOzsD5JZpo/видео.html Going for them Ironman and Batman vibes
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!
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.
Appreciate the advice spusuf! I've never has a AIO pump at that pitch before, but at the same time, they've always been behind a panel in a case. I did exactly what you said though, ran stress tests in windows and dialed in the curve to be adequate to catch ramping temps and avoid thermal throttling on the toasty i9 14900k. Then replicated it in BIOS, because exactly as you said, sometimes the software takes a bit to kick in. Software is needed though to have temp readouts on the AIO LCD, but I can see myself making my own custom animation of my logo, so probably won't need the data readout. ALSO WHAT THE! DUDE, that case! as I said in the video, I'd never seen a PCIe riser cable do the bend and loop around. The Internet is a vast place though so I'm pleased to see there is an off the shelf option. Any help is great, thanks man 🤙
counter sunk bolts will help with the bolts sticking out so much, it'll take a bit of work on the acrylic by using a counter sink drill bit and it would cloud the area around the bolt. if you use a clear acrylic glue it might help filing in the cloudiness of the counter sunk holes. just spread the glue on the clouded acrylic and have it dry [whether it is UV dry or not]
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!
Thanks for following the journey! End of the day it comes back to the little phrase in the video "Do the next best thing", eventually it does all work out in the end 🤙
Congratulations on all of the amazing sponsorships! I feel so happy for you and the fact that you can find people and companies who want to help you make such amazing projects!
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 dont know who told you to avoid water gurgling or whatever it was, but you ALWAYS put the tubes above the level of the pump. Turn that radiator over so the tubes are on top. The reason for this is air bubbles in the loop will get into the pump and can cause it to fail. You really gotta fix this. To update this and make it a bit more clear, air bubbles in the loop can form over time or are there from its build date, and you dont want them getitng stuck in the pump so you need to put the radiator with the tube end UP so that the bubbles will get stuck in the reservoir on the radiator and not get stuck in the pump. Also its a good idea for the tube inlets on the pump to be facing up or to the direction of the front of the case to also make sure air doesnt collect in the pump. Air in the pump can kill the pump so its utmost importance to make sure the tube going into the radiator are always above the level of the pump and the pump is situated correctly so air doesnt get trapped in it
You should also highlight alongside your use of customer design through technology, is the actual design and architecture behind it. Well done mate! The whole setup looks absolutely sick
I know this is a lot later, but the pump needs to be in 3-pin mode (DC) instead of PWM, 99% of the time, that solved noise in PCs that came in the shop. Came accross your channel while looking for ideas for my new desk build and I'm definitely stealing lots of ideas from you! Cheers from Brazil!
Love the vids, you've got a combination of talents no one else has in design, electronics but also videography. Keep it up, these vids have the potential to be very big
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!!
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!
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.
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
this is pure perfection!!! So much inspiration here! Thank you for sharing this and showing us the process. I am huge into modding and creating custom mods for both desktops and handhelds. You just sparked so much joy and inspiration in me today that I needed to push me forward in showing off what I have been working on. I wish i had some of the equipment like a lath or a mill to create alot of the parts like this though. If you want a really good printer though, i have found the bambu labs printers have suited me well and give me some of the cleanest prints ive ever seen. Epic build and I am glad I found your channel today! I subbed and hope to see more cool creations.
Stoked to hear you've been inspired by the project video! Thanks for the Bambu labs recommendation, I've been looking into them recently and might give them a go as my main printers
For complete silent built you need full custom loop with 720 mm of radiators surface 45mm think ( 120 x 6 ), pull-push radiators config. Noctua NF-A12x25 will do the trick running on 30%, pump at 1800 rpm.
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!)
Great job mate, I build my own too, but love how you take it many steps further. This may be the new inspiration for my next upgrade as I am now coming due for one!
Pump noise could be due to radiator orientation. You should watch the JayzTwoCents video on AIO radiator positions. You seem to have either been mislead or misunderstood on radiator orientation for AIOs. There's a good chance there's air stuck in the pump which can lead to it prematurely burning out.
I love the build. The only thing i would have changed is the 360 rad placement. I would have mounted the port holes at the top because as the loop begins to get air in the loop over time, the air can get trapped in the reservoir for the CPU. This can lead to water pump damage, and a worse gurgling sound.
This is a common misconception. Manufacturers will actually specify pipes at the bottom as the best orientation. There's some great videos by Gamers Nexus and Jayz Two Cents about this topic. They've found that pipes at the bottom is also optimal sound as well as longevity, which is why I went to the extra effort to re-arrange the orientation. As long as the pump is not the highest point of the loop, and there is no air is in the Pump, then all air will sit in the top of the radiator, an air bubble cannot be sucked down through the radiator fins, and then through the pipes into the Pump.
Worried about the lack of mention of thermal paste for that processor with instability issues. Hope that was a video omission and not a build omission.
It's cool seeing the entire process from start to finish. Nice work with the build. Only question I have is are you coming the power supply by covering the vent home where the bracket is
very nice build! I think I know why the pump was making noise, it's because of an air bubble in the water cooling system at the pump level. The inlet and outlet of the radiator should be the highest points in the circuit so that the air is in the radiator and not in the pump. The best solution would be to turn the radiator upside down :)
that's not true. the radiator is still the highest point in the loop, so air won't get trapped in the pump. also, tubes down is the ideal position for vertically mounted radiators, so he already has the ideal position
subscribed and liked with intentions to see when in a few years you make a video on making your own RWB Porsche, you're on the way man keep going imma be on the comments along the way
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 ^^)
For the pump fan, I had the same issue and all I did was plug it into a fan connector instead of the pump connection, Obviously the computer would yell at you for that but all I did was just plug a computer fan into that spot and it was just fine.
yeah someone else told me that too! good to know, as I would have gone to use bluetooth in the future and been really stumped thinking it was drivers if not haha
Man, i share your dreams about custom pc case/frame. Maybe some time later i'll purchase such a ferrari like you did, and then my thoughts will become alive in this world. My sub is yours, great work!
Probably many people won't agree with me, but I am clearly against varying the pump speed. Why? Because increasing the speed causes the opposite effect of what we want. By speeding up, it means the liquid moves faster through the circuit, so it doesn't have enough time to cool down as it passes through the radiator. It's better to set the pump speed at around 60 or 70% and vary the radiator fans instead. This way, it's the fans that work on cooling the liquid.
Holes misalignment might be due to lens distortion when taking reference photos with phone or any camera. Really enjoy your channel and content, thanks.
Huge amount of respect for being honest about the disappointment in the flaws in the products (pump noise and off white cables) even while being very grateful for the sponsor support.
it was a bit of manual error as your not supposed to mount an aio like that
@@a1henstv did you watch the video? It had nothing to do with the mounting. The AIO Pump was at 100% which cause the noise. It is actually Asus fault that the pump header is at 100% at default. You don't need 100%(3000rpm) for good cooling, 60-70% pump speed is way enough to get a good flow in the coolant. Slower pump speed will also save the crappy Asetek pump from burning out.
@@iPain3G please never give PC build advice to anybody that will listen to you.
custom human organs when?
don't have that 3D printer filament in stock 😜
@@camshand Ask Prusa to send you some, it'll be great for marketing
Fr I want that neon blue 3D printed kidney
I want a huge black 3d printed :)
@@OBAYTHEK1NG it's not the print volume that matter, it's how you slice it.
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
I agree, production value is very good, fantastic work!!!!
blud soon gonna have his custom house
haha well incase you missed it I am starting to turn my garage into a dream makerspace setup.
ruclips.net/video/zPOzsD5JZpo/видео.html
Going for them Ironman and Batman vibes
@@camshand I would go somewhat in the middle. Batman beyond or redhood.
😂😂😂 fr
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!
Right ? Every youtuber brushes it off like its nothing.
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.
Appreciate the advice spusuf!
I've never has a AIO pump at that pitch before, but at the same time, they've always been behind a panel in a case.
I did exactly what you said though, ran stress tests in windows and dialed in the curve to be adequate to catch ramping temps and avoid thermal throttling on the toasty i9 14900k.
Then replicated it in BIOS, because exactly as you said, sometimes the software takes a bit to kick in.
Software is needed though to have temp readouts on the AIO LCD, but I can see myself making my own custom animation of my logo, so probably won't need the data readout.
ALSO WHAT THE! DUDE, that case! as I said in the video, I'd never seen a PCIe riser cable do the bend and loop around.
The Internet is a vast place though so I'm pleased to see there is an off the shelf option.
Any help is great, thanks man 🤙
counter sunk bolts will help with the bolts sticking out so much, it'll take a bit of work on the acrylic by using a counter sink drill bit and it would cloud the area around the bolt. if you use a clear acrylic glue it might help filing in the cloudiness of the counter sunk holes. just spread the glue on the clouded acrylic and have it dry [whether it is UV dry or not]
this is actually incredible. insane attention to detail and creativity. hopefully this gets the attention it deserves.
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!
Thanks for following the journey! End of the day it comes back to the little phrase in the video "Do the next best thing", eventually it does all work out in the end 🤙
Awesome build, thanks for including the problems you encountered and the troubleshooting! Looking forward to seeing what you do next 😊
Congratulations on all of the amazing sponsorships! I feel so happy for you and the fact that you can find people and companies who want to help you make such amazing projects!
duuude the build is so clean!! your videos are such a hughlight, can't wait to see what you come up with next
Man the best content in the last year, I am subscribed to like just 7 tech channels including this and this is the one I wait for
This is my favorite youtube channel and this inspire me to do bigger and better projects every day!
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 dont know who told you to avoid water gurgling or whatever it was, but you ALWAYS put the tubes above the level of the pump. Turn that radiator over so the tubes are on top. The reason for this is air bubbles in the loop will get into the pump and can cause it to fail. You really gotta fix this. To update this and make it a bit more clear, air bubbles in the loop can form over time or are there from its build date, and you dont want them getitng stuck in the pump so you need to put the radiator with the tube end UP so that the bubbles will get stuck in the reservoir on the radiator and not get stuck in the pump. Also its a good idea for the tube inlets on the pump to be facing up or to the direction of the front of the case to also make sure air doesnt collect in the pump. Air in the pump can kill the pump so its utmost importance to make sure the tube going into the radiator are always above the level of the pump and the pump is situated correctly so air doesnt get trapped in it
I started getting an anxiety attack when he turned the tubes upside down...
@@demontheory For real. I sincerely hope hes switched it since making this video because that cpu and water cooler are gonna die if he doesnt
Love your videos! I also love how grateful you are! Keep going buddy!
You should also highlight alongside your use of customer design through technology, is the actual design and architecture behind it. Well done mate! The whole setup looks absolutely sick
Well done on the sponsorships man. Just goes to show how good your craftsmanship is and the production quality of your uploads are.
Bro i got no words just freaking awesome man, that build is so nice man. Good job!
I wish there was a love button too bc I LOVE the design of the pc and the speaker stands and the desk!!❤❤❤
Now this is what i wanted to see, amazing work as always mate. Good stuff.
This is absolutely sick! So impressed and inspired by your build here
I know this is a lot later, but the pump needs to be in 3-pin mode (DC) instead of PWM, 99% of the time, that solved noise in PCs that came in the shop.
Came accross your channel while looking for ideas for my new desk build and I'm definitely stealing lots of ideas from you! Cheers from Brazil!
As always its cool how much detail of the process you keep in the video
Love the vids, you've got a combination of talents no one else has in design, electronics but also videography. Keep it up, these vids have the potential to be very big
Mate...you made a beauty. Congrats. I can't wait to get my PC done. I wanna do some 3d printings and whatnot. Good job 🤙
I was waiting for this. Nice job. Please do some more videos of custom build, because youre really good at them.
oh damn a collab with DIY PERKS would be so dope!
Here before 1 million subs 🚀
Quality of these shots , story telling and editing is next level 👏🏻
Your desk build was incredible, I remember that. I can't believe I didn't sub back then, so here I am again and subbed this time!
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!!
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!
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.
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
this is pure perfection!!! So much inspiration here! Thank you for sharing this and showing us the process. I am huge into modding and creating custom mods for both desktops and handhelds. You just sparked so much joy and inspiration in me today that I needed to push me forward in showing off what I have been working on. I wish i had some of the equipment like a lath or a mill to create alot of the parts like this though. If you want a really good printer though, i have found the bambu labs printers have suited me well and give me some of the cleanest prints ive ever seen.
Epic build and I am glad I found your channel today! I subbed and hope to see more cool creations.
Stoked to hear you've been inspired by the project video! Thanks for the Bambu labs recommendation, I've been looking into them recently and might give them a go as my main printers
For complete silent built you need full custom loop with 720 mm of radiators surface 45mm think ( 120 x 6 ), pull-push radiators config. Noctua NF-A12x25 will do the trick running on 30%, pump at 1800 rpm.
Dude, loving this series, keep it up!
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!)
Bro is actually making these videos so fast, always a good day when i see this man on my fyp!
This channel need way more subs and views! Awesome content man!
I skipped all the toil and got right to the b-roll. Looks fantastic
Great job mate, I build my own too, but love how you take it many steps further. This may be the new inspiration for my next upgrade as I am now coming due for one!
that desk power button must be soo satisfying everytime you power it on
It truly is such a joy to power on, really makes the dashboard hub feel like a proper control centre for everything PC.
Amazing design
This is inspiring. Definitely going to give my idea of an engine PC case a shot!
Pump noise could be due to radiator orientation.
You should watch the JayzTwoCents video on AIO radiator positions. You seem to have either been mislead or misunderstood on radiator orientation for AIOs.
There's a good chance there's air stuck in the pump which can lead to it prematurely burning out.
I love the build. The only thing i would have changed is the 360 rad placement. I would have mounted the port holes at the top because as the loop begins to get air in the loop over time, the air can get trapped in the reservoir for the CPU. This can lead to water pump damage, and a worse gurgling sound.
This is a common misconception.
Manufacturers will actually specify pipes at the bottom as the best orientation.
There's some great videos by Gamers Nexus and Jayz Two Cents about this topic.
They've found that pipes at the bottom is also optimal sound as well as longevity, which is why I went to the extra effort to re-arrange the orientation.
As long as the pump is not the highest point of the loop, and there is no air is in the Pump, then all air will sit in the top of the radiator, an air bubble cannot be sucked down through the radiator fins, and then through the pipes into the Pump.
Finally the video we have been waiting for has come🙂↕️
That’s just Beautiful.
9:29 I bet in the bios the pump is set to dc instead of pwm! That would explain everything.
Dude, Hats off to your patience and skills ❤
Stumbled across this video while looking into laser cutting a case. Impressive work, my man!
Does anyone know what knife he is using? It looks really nice and I want one.
outdoor edge slidewinder
Wow insane build! Wish I had those kind of skills!
Worried about the lack of mention of thermal paste for that processor with instability issues. Hope that was a video omission and not a build omission.
Sick build.
Maybe a custom watercooled system as an future upgrade?
I have no desire to ever build my own PC, but as a fellow maker - I love these videos.
Open air is great for cooling but it leaves the parts vulnerable to damage and you have to dust more often
It's cool seeing the entire process from start to finish. Nice work with the build. Only question I have is are you coming the power supply by covering the vent home where the bracket is
1:54 you really shouldn't block off the rear vent on your power supply, it's there for a reason.
If you look a bit closer, you will see that his bracket has the same opening as the stock bracket ASUS provided for std atx mounting.
very nice build!
I think I know why the pump was making noise, it's because of an air bubble in the water cooling system at the pump level. The inlet and outlet of the radiator should be the highest points in the circuit so that the air is in the radiator and not in the pump. The best solution would be to turn the radiator upside down :)
I was about to comment the same thing
@@SankalpSaxena99 So was I.
that's not true. the radiator is still the highest point in the loop, so air won't get trapped in the pump. also, tubes down is the ideal position for vertically mounted radiators, so he already has the ideal position
you pc and setup is absolutely beautiful, you should enter into setup wars
yes I should, might have to look into the different setup based channels
subscribed and liked with intentions to see when in a few years you make a video on making your own RWB Porsche, you're on the way man keep going imma be on the comments along the way
it looks f****** good that computer
couldn't have put it any better 😍
Awesome video man, loved the build!
That's an incredible build!
Would be super cool if you put on your own fans + made a custom shroud for the GPU to further the project :D
that is a beautiful PC, awesome work Sir!
The reaction to a sponsored intel cpu was legit. I am now a fan. thank you for the content!
the little boy in me that grew up with old Pentium processors would be stoked 🤙 good to have you subbed too dude
Mad respect man, awesome build
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 ^^)
For the pump fan, I had the same issue and all I did was plug it into a fan connector instead of the pump connection,
Obviously the computer would yell at you for that but all I did was just plug a computer fan into that spot and it was just fine.
It would be cool to see this get a hard water loop, i think it would look cool with a steam punk look.
thats a meshlicious layout done with a 360 AIO
what a master piece, i love your work dude!!!
Love the vid! As usual. Cant wait to see what comes next 👀
Your hardwork paid👏👏
Geez! I'd kill for the cpu! It's a nice build, dude!
Love it, nice work!
This is soo cool man, thank u for sharing
That's badass. Nice work.
Nice build mate ! 🎉🎉❤
😮that is the coolest pc ive ever seen
Дружище! Насос должен быть ниже уровня входящей и выходящей трубки радиатора! Удачи!)))
first time seeing someone use plasticity, had my eye on it for a while. very cool!
soooo cool! But what if you used a sla printer to make the front partially translucent to match the pc with your desk??
17:10 The antenna also functions for the Bluetooth connection.
yeah someone else told me that too! good to know, as I would have gone to use bluetooth in the future and been really stumped thinking it was drivers if not haha
Like always best video i've seen today keep doing this content!! I'm excited for 50k subs
Man, i share your dreams about custom pc case/frame. Maybe some time later i'll purchase such a ferrari like you did, and then my thoughts will become alive in this world. My sub is yours, great work!
Great Build all in all, love the work.
3:44 nice lol Dope build man!
some cable combs for the braided psu cables and white accents on the motherboard would send it over the top imo
damn so cool, it's nice that you can have sponsors !
you've learn so much along the way, now i challenge you to make your own custom psu cable!!
Amazing vid btw, glad I got it in my recommended
Probably many people won't agree with me, but I am clearly against varying the pump speed. Why? Because increasing the speed causes the opposite effect of what we want. By speeding up, it means the liquid moves faster through the circuit, so it doesn't have enough time to cool down as it passes through the radiator. It's better to set the pump speed at around 60 or 70% and vary the radiator fans instead. This way, it's the fans that work on cooling the liquid.
Holes misalignment might be due to lens distortion when taking reference photos with phone or any camera. Really enjoy your channel and content, thanks.
I'd love to see some speaker mounts built from the extruded t-slot
such a cool project, love your vids :DD